Why was EVOS useful in "A modular lentiviral system for multiplexed gene perturbation and functional analysis suggests..."?

The EVOS M5000 let the authors capture fluorescence images of labelled cells: "Immunofluorescence and quantification of Fucci reporters Fluorescence images in Figs 3C and D and 4C were acquired using EVOS M5000 Imaging System (Invitrogen) equipped with 10x phase-contrast objective (EVOS FL PH, N...". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cancer / oncology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: Fucci (green/red; GFP / RFP); imaging mode: phase-contrast, fluorescence.

Why was EVOS useful in "Programmable 4D printing of sustainable multifunctional photoresins with tissue-matched..."?

The EVOS M5000 let the authors acquire publication-quality images: "The picture of the 4D printed objects was acquired with a digital camera or Zeiss Microscope (Stemi 510), while the layer thickness was measured with an inverted microscope (Thermo Fisher Scientific M5000).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: GFP (green; GFP / FITC); PI (red; Texas Red / RFP / PI); Syto (blue/green; DAPI / GFP depending on dye); imaging mode: brightfield, fluorescence.

Why was EVOS useful in "Coxiella burnetii Delays Apoptosis and Causes Lytic Cell Death in Human Neutrophils In Vitro."?

The EVOS M5000 let the authors capture live-cell images without transferring samples to a larger confocal system: "For the subsequent 240 min, images were captured using an EVOS M5000 Live-Cell Imaging System equipped with an on-stage incubator maintaining 37 degC and 5% CO 2 .". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell death and viability assessment, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: other: on-stage incubator / live-cell chamber.

Why was EVOS useful in "177Lu-labeled amidoxime-functionalized biodegradable microspheres for transarterial..."?

The EVOS M5000 let the authors track cell migration and wound closure: "Wound healing assay A wound healing assay was performed using a Thermo Scientific EVOS M5000 inverted fluorescence microscope (Thermo Scientific, USA) to assess the effect of Lu-PLA-g-PAO-Ms on the migratory ability o...". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to diabetic wound healing and skin-cell biology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "A Human-Based Skin-Lymphoreticular Model-on-Chip to Emulate Inflammatory Skin Conditions."?

The EVOS M5000 let the authors image the relevant cellular readout: "TUNEL assay kit - BrdU-Red (Abcam, ab66110) was used following the manufacturer's instructions with the sections then being imaged using an EVOS M5000 fluorescence microscope.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: Brdu (red/far-red; Alexa 594 / 647); imaging mode: fluorescence.

Why was EVOS useful in "A RALGEF inhibitor suppresses lung cancer stem cell development and tumorigenesis."?

The EVOS M5000 let the authors image the relevant cellular readout: "Once cells were refreshed with drug-free media, red fluorescence was detected and imaged using the EVOS M5000 microscope at 1 h and after 24 h.". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cancer stem-cell biology and tumour progression, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "A VLP-based mRNA vaccine elicits potent humoral and cellular immunity against Oropouche virus."?

The EVOS M5000 let the authors capture fluorescence images of labelled cells: "Fluorescence images were captured using the EVOS M5000 Imaging System (Invitrogen).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to infectious disease & immunology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "A dual CEST-fluorescent reporter enables cross-validated tracking of hematopoietic engraftment..."?

The EVOS M5000 let the authors evaluate the experimental readout: "Cell culture microscopy Reporter expression was assessed by fluorescence microscopy using an EVOS M5000 imaging system (Invitrogen, AMF5000).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to fluorescence microscopy for labelled cellular readouts, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: DAPI (blue; DAPI / Hoechst); PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "A genetically encoded sensor of ionic stress links cellular proton dynamics to sleep."?

The EVOS M5000 let the authors monitor changes over time with repeated imaging: "For individual pharyngeal pumping analysis, synchronized L1 larvae were placed on thin-layer NGM plates and monitored using an EVOS M5000 microscope.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "A key role for the exoribonuclease XRN1 in regulating the hepatitis B viral transcriptome."?

The EVOS M5000 let the authors acquire publication-quality images: "Images were captured using an EVOS M5000 cell imaging system and processed with ImageJ.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to infectious disease & immunology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "A microgel bone marrow model of mesenchymal stromal cell paracrine signaling supporting..."?

The EVOS M5000 let the authors acquire publication-quality images: "Images of cells cultured in 2D were acquired using an EVOS M5000 imaging system (Thermo Fisher).". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology & signalling, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "A novel antiviral strategy targeting human metapneumovirus through pH modulation in human airway..."?

The EVOS M5000 let the authors capture fluorescence images of labelled cells: "Images were acquired every 24 h for 3 days using an EVOS M5000 microscope (Thermo Fisher Scientific) with an EVOS™ Light Cube, GFP 2.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to fluorescence microscopy for labelled cellular readouts, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 4x, 60x; fluorescence channels: DAPI (blue; DAPI / Hoechst); EDU (red/far-red; Alexa 594 / 647); GFP (green; GFP / FITC); Hoechst 33342 (blue; DAPI / Hoechst); PI (red; Texas Red / RFP / PI); RFP (red; RFP / Texas Red); imaging mode: fluorescence.

Why was EVOS useful in "A novel miniTurbo knock-in mouse reveals a protein interaction network of USP46 in the brain."?

The EVOS M5000 let the authors capture fluorescence images of labelled cells: "After 48 h, the fluorescent images were obtained using the EVOS M5000 imaging system (Thermo Fisher Scientific).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to fluorescence microscopy for labelled cellular readouts, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: Mcherry (red; RFP / Texas Red); imaging mode: fluorescence.

Why was EVOS useful in "A partial deletion of the Tardbp 3'UTR affects TDP-43 regulation and leads to motor dysfunction..."?

The EVOS M5000 let the authors observe cellular morphology and behaviour: "After 24 h, the HEK293 cells were observed by fluorescence microscopy (EVOS M5000, Invitrogen, Carlsbad, CA, USA).". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to fluorescence microscopy for labelled cellular readouts, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 40x; fluorescence channels: Alexa Fluor 647 (far-red; Cy5); DAPI (blue; DAPI / Hoechst); EDU (red/far-red; Alexa 594 / 647); PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "A permeable protein nanocage enables facile cargo loading and cytosolic protein delivery."?

The EVOS M5000 let the authors capture live-cell images without transferring samples to a larger confocal system: "After a final PBS wash, cells were imaged live on an EVOS M5000 imaging system (Thermo Fisher Scientific).". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to protein-engineered and nanoparticle-based drug delivery, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: Hoechst 33342 (blue; DAPI / Hoechst); Lysotracker Red (red; Texas Red / RFP); imaging mode: bright-field, fluorescence.

Why was EVOS useful in "ATF4 and FGFR4 cooperatively support thyroid cancer progression and CAF-associated..."?

The EVOS M5000 let the authors capture fluorescence images of labelled cells: "Fluorescent images were captured using an EVOS M5000 microscope (Thermo Fisher), and the percentage of EdU-positive cells was quantified with ImageJ software.". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to fluorescence microscopy for labelled cellular readouts, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: DAPI (blue; DAPI / Hoechst); EDU (red/far-red; Alexa 594 / 647); PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Activator protein-1 (AP-1) inhibition prevents endothelial to mesenchymal transition in..."?

The EVOS M5000, EVOS Cell Imaging System let the authors acquire publication-quality images: "Images were acquired with the EVOS cell imaging system (EVOS M5000, Thermo Fisher Scientific).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cardiovascular and vascular biology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: CY5 (far-red; Cy5); EDU (red/far-red; Alexa 594 / 647); Hoechst (blue; DAPI / Hoechst); Texas Red (red; Texas Red / RFP); imaging mode: fluorescence.

Why was EVOS useful in "Alloferon regulates the growth and movement of Trichomonas vaginalis by altering hydrogenosomes."?

The EVOS M5000 let the authors evaluate the experimental readout: "Following treatment, cell viability was assessed using trypan blue staining, and their movement was observed at 200x magnification under a microscopy (EVOS M5000; Invitrogen, Carlsbad, CA, USA).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell death and viability assessment, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 200x.

Why was EVOS useful in "Aloin attenuates NMDA receptor by modulating calcium response on substantia gelatinosa neurons..."?

The EVOS M5000 let the authors capture fluorescence images of labelled cells: "Fluorescent images were captured at one-minute intervals using a fluorescence microscope (EVOS M5000; ThermoFisher).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to neuroscience, neurodegeneration or brain-tumour research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Ameliorative effects of Wiryeongtang (herbal medicine) on cardiorenal complications via..."?

The EVOS M5000 let the authors image the relevant cellular readout: "Histopathological comparisons were ascertained by staining with Hematoxylin and Eosin (H&E) or Periodic Acid-Schiff (PAS) and visualizing under light microscopy (EVOS™ M5000, Thermo Fisher Scientific, Bothell, WA, USA).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 20x, 40x; fluorescence channels: DIO (green; GFP / FITC); EDU (red/far-red; Alexa 594 / 647); PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Ampyrone is a direct agonist of human tyrosinase and a potential therapeutic for..."?

The EVOS M5000 let the authors acquire publication-quality images: "Melanocyte images were captured using an integrated digital inverted microscope (EVOS M5000 Imaging System, Thermo Fisher Scientific).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "An Open-Source Automated Pipeline for Quantitative Morphological Analysis of 3D-Bioprinted..."?

The EVOS M5000 let the authors monitor 3D spheroid morphology and growth: "Microscopy Transverse images of 3D spheroids were captured using an EVOS M5000 microscope (ThermoFisher, Waltham, MA, USA) at 10x magnification ( Figure 2 ).". This gave them a fast, benchtop readout of spheroid without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to 3D tumour spheroid and organoid imaging, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 10x, 4x; fluorescence channels: PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "An engineered alpha-1,3-glucanase-derived probe enables sensitive detection of alpha-1,3-glucan..."?

The EVOS M5000 let the authors image the relevant cellular readout: "com/ Other Maxwell 16 Promega AS1000 GloMax Discover System Promega GM3000 EVOS Imaging System Thermo Fisher Scientific EVOS M5000 BLItz system Pall ForteBio Inc.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Antagonistic Mechanisms of Probiotic Aliivibrio sp. Strain Vl2 Against Moritella viscosa:..."?

The EVOS M5000 let the authors image the relevant cellular readout: "To evaluate toxic effects on the cells, all wells were inspected visually using an EVOS M5000 Imaging System (Thermofisher, USA).". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Architecture-Dependent Stability, Cellular Uptake, and Redox Modulation of Poly(p-Coumaric Acid)..."?

The EVOS M5000 let the authors image the relevant cellular readout: "The dye was removed and the cells were washed twice with PBS1X followed by fluorescence imaging and quantification using the EVOS M5000 Fluorescence microscope (ThermoFisher).". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cancer / oncology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Assessing the therapeutic effects of DPP4 Inhibitors on TGF-beta2-induced Lens Opacity."?

The EVOS M5000 let the authors evaluate the experimental readout: "Lens opacity was evaluated by placing the lenses above a metal grid with a 250 mum spacing interval, and transparency was analyzed under consistent light intensity and exposure using an EVOS M5000 microscope (Invitrog...". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Berberine Chloride Suppresses Growth of Canine Osteosarcoma Cells via Regulating..."?

The EVOS M5000 let the authors monitor 3D spheroid morphology and growth: "Spheroid formation in the vehicle and BBRC (75 muM) treatment groups was monitored daily at the same time using an EVOS M5000 imaging system.". This gave them a fast, benchtop readout of spheroid without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to 3D tumour spheroid and organoid imaging, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Biofilm sensitization to break Staphylococcus aureus tolerance to cold atmospheric plasma therapy."?

The EVOS M5000 let the authors acquire publication-quality images: "Cells were then imaged by dispensing 10 µl on a glass slide, with a coverslip placed on top, then visualized using the EVOS M5000 imaging system.". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to bacterial biofilm and infectious-disease imaging, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: PI (red; Texas Red / RFP / PI); Propidium Iodide (red; Texas Red / RFP / PI); Syto (blue/green; DAPI / GFP depending on dye); imaging mode: fluorescence.

Why was EVOS useful in "Biofilm-Antagonist Ginger-Based 3D-Printable Photoresins for Complex Implant Designs Exhibiting..."?

The EVOS M5000 let the authors image the relevant cellular readout: "The cells were then rinsed twice with PBS to remove excess staining, and imaging was done using a Thermo Fisher Scientific EVOS M5000 fluorescence microscope at 20x magnification.". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to bacterial biofilm and infectious-disease imaging, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 20x, 40x; fluorescence channels: PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Bone-like Collagen Matrices Through Rapid Intrafibrillar Mineralisation."?

The EVOS M5000 let the authors acquire publication-quality images: "Following incubation, the working solution was replaced with DPBS and visualised under EVOS™ Microscope M5000 Imaging System (Invitrogen™, Carlsbad, CA, USA) at 10x magnification (calcein fluorescence as green and Eth...". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 10x; fluorescence channels: Calcein (green; GFP / FITC); Ethd-1 (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Brazilian Propolis in the Context of Pathogens Associated with Neonatal Infections: An..."?

The EVOS M5000, EVOS Cell Imaging System let the authors acquire publication-quality images: "Different regions of each coverslip were examined, and at least four fields per coverslip were captured using an EVOS M5000 Imaging System fluorescence microscope with a 40x objective.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to bacterial biofilm and infectious-disease imaging, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 40x.

Why was EVOS useful in "CD36 Regulates PANoptosis in Diabetic Retinopathy via the NOTCH/MAML Pathway."?

The EVOS M5000 let the authors image the relevant cellular readout: "Analysis was conducted on an EVOS M5000 flow cytometer (Thermo Fisher, United States) within 1 h of staining.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to diabetic wound healing and skin-cell biology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "CDKN1A/p21 Influences the Survival and Expansion of Breast Cancer Stem Cells after Oxidative Damage."?

The EVOS M5000 let the authors acquire publication-quality images: "All the images were captured via the Invitrogen ™ EVOS ™ M5000 Imaging System (Thermo Fisher Scientific, #AMF5000).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cancer stem-cell biology and tumour progression, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Cadmium Exposure Aggravates SREBP-1c-Mediated Hepatic Steatosis and Liver Injury in High-Fat..."?

The EVOS M5000 let the authors image the relevant cellular readout: "The treated QSG-7701 Cells were fixed with 4% paraformaldehyde, stained, and imaged using a fluorescence microscope (Invitrogen, EVOS M5000, USA) with excitation at 537 nm.". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Cantu syndrome-associated SUR2[H60Y] mutation confers selective gain of function on Kir6.1..."?

The EVOS M5000 let the authors image the relevant cellular readout: "Separate images of green and red fluorescence were taken with the EVOS M5000 imaging system (10x lens).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 10x.

Why was EVOS useful in "Capillin, a Polyacetylene from Argyranthemum frutescens, a Promising Hit Compound for..."?

The EVOS M5000 let the authors capture fluorescence images of labelled cells: "Fluorescence was examined using an EVOS M5000 Imaging System (Invitrogen, Thermo Fisher Scientific, Madrid, Spain) with a DAPI (excitation 350 nm/emission 461 nm) light cube [ 26 ].". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to bacterial biofilm and infectious-disease imaging, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: DAPI (blue; DAPI / Hoechst); imaging mode: fluorescence.

Why was EVOS useful in "Cardiac-targeted delivery of miRNA via antioxidant nanozymes ameliorates cardiac dysfunction and..."?

The EVOS M5000 let the authors image the relevant cellular readout: "It was immediately recorded under a fluorescence microscope (Thermo Fisher, EVOS M5000, USA).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cardiovascular and vascular biology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Caspofungin-Based Red-Emissive Probes for Fluorescent Imaging of Pathogenic Fungi."?

The EVOS M5000 let the authors image the relevant cellular readout: "To establish the potential of the Caspo probes as possible clinical diagnostic tools in limited resource settings, we investigated their versatility and specificity using a nonconfocal plug-and-play EVOS M5000 benchto...". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to bacterial biofilm and infectious-disease imaging, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: CY5 (far-red; Cy5); PI (red; Texas Red / RFP / PI); imaging mode: brightfield, fluorescence, transmitted light.

Why was EVOS useful in "Cellular Identity Crisis: RD3 Loss Fuels Plasticity and Immune Silence in Progressive Neuroblastoma."?

The EVOS M5000 let the authors capture brightfield/phase-contrast morphology images: "Images of BrdU-incorporated cells were captured in 10 different fields using EVOS M5000 imaging system for Fluorescence and Transmitted Light Applications at 20X magnification (Thermo Fisher Scientific, Waltham, MA, U...". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to immunology and immune-cell biology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 100x, 2000x, 20x; fluorescence channels: Brdu (red/far-red; Alexa 594 / 647); CY5 (far-red; Cy5); Cfse (green; GFP / FITC); DAPI (blue; DAPI / Hoechst); EDU (red/far-red; Alexa 594 / 647); PI (red; Texas Red / RFP / PI); imaging mode: fluorescence, phase contrast, transmitted light.

Why was EVOS useful in "Co-culture of bone marrow-derived macrophages with aged primary myoblasts."?

The EVOS M5000 let the authors image the relevant cellular readout: "All images were taken on the ThermoFisher EVOS M5000 fluorescent microscope.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to immunology and immune-cell biology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Comparison of PANI- and PEDOT:PSS-Incorporated GelMA Hydrogels for Neuronal Differentiation of..."?

The EVOS M5000 let the authors image the relevant cellular readout: "Following incubation, cells were washed gently with DPBS and imaged using a fluorescence microscope (EVOS M5000, Invitrogen, Waltham, MA, USA).". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to neuroscience, neurodegeneration or brain-tumour research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: Alexa Fluor 488 (green; GFP / FITC); Calcein (green; GFP / FITC); DAPI (blue; DAPI / Hoechst); Ethidium Homodimer (red; Texas Red / RFP / PI); PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Conserved pathogenesis of ancestral and contemporary Oropouche virus strains in a murine..."?

The EVOS M5000 let the authors image the relevant cellular readout: "(EVOS M5000 imaging system, ThermoFisher).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to bacterial biofilm and infectious-disease imaging, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Construction and Characterization of Paired Patient-Derived Cell Models for Solitary Fibrous..."?

The EVOS M5000 let the authors image the relevant cellular readout: "Fluorescence Microscopy Cells in complete RPMI-1640 medium were imaged at 10x magnification using an EVOS M5000 Cell Imaging System (Thermo Fisher Scientific, Waltham, MA, USA).". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to fluorescence microscopy for labelled cellular readouts, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 10x; fluorescence channels: PI (red; Texas Red / RFP / PI); imaging mode: brightfield, fluorescence.

Why was EVOS useful in "Correction of the molecular phenotype of X-linked Dystonia-Parkinsonism reveals a non-canonical..."?

The EVOS M5000 let the authors image the relevant cellular readout: "Morphometric assessment was performed by imaging the slides on the EVOS M5000 Imaging System (Thermo Fisher Scientific) using a 10x magnification.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to neuroscience, neurodegeneration or brain-tumour research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 10x.

Why was EVOS useful in "Covalently Surface-Functionalized Porphyrins on Silica Nanoparticles for Efficient Photodynamic..."?

The EVOS M5000 let the authors acquire publication-quality images: "Widefield fluorescence microscopy images were acquired using an EVOS M5000 Imaging System (Invitrogen, Thermo Fisher Scientific, Waltham, MA, USA).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to fluorescence microscopy for labelled cellular readouts, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 0x (NA 1.20); fluorescence channels: DIO (green; GFP / FITC); Hoechst 33342 (blue; DAPI / Hoechst); imaging mode: fluorescence.

Why was EVOS useful in "Cyclic Mechanical Deformation of Denture PMMA Regulates Fungal Biofilm Virulence."?

The EVOS M5000 let the authors visualise bacterial biofilm structure and cell viability: "The stained biofilms were visualized using a fluorescence microscope (EVOS M5000).". This gave them a fast, benchtop readout of biofilm without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to bacterial biofilm and infectious-disease imaging, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Cytokines IL-6, IL-10, and CCL5 Secreted by Infiltrating B Cells Promote Cell Migration of Human..."?

The EVOS M5000, XL Core, EVOS XL let the authors image the relevant cellular readout: "Images of the migrated prostate cancer cells located at the bottom of the insert of the Boyden Chamber were taken using the EVOS XL Core microscope (Cat.". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to immunology and immune-cell biology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 10x; fluorescence channels: Alexa Fluor 488 (green; GFP / FITC); Alexa Fluor 594 (red; Texas Red / RFP); DAPI (blue; DAPI / Hoechst); imaging mode: fluorescence.

Why was EVOS useful in "Cytosolic Immunostimulatory DNA Ligands and DNA Damage Activate the Integrated Stress Response,..."?

The EVOS M5000 let the authors monitor changes over time with repeated imaging: "Cells were monitored for stress granule (SG) formation (represented as G3BP1 puncta) using EVOS M5000 fluorescence microscope (Thermo Scientific, Life Technologies, Carlsbad, CA, USA) at indicated times.". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to immunology and immune-cell biology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "DLK1 is a GATA1s-driven dependency and therapeutic target in Down syndrome-associated myeloid..."?

The EVOS M5000 let the authors capture brightfield/phase-contrast morphology images: "Representative images acquired using 4x objective on the EVOS M5000 imaging system (Thermo Fisher Scientific) in the transmitted light channel are shown.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cancer / oncology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 4x; imaging mode: transmitted light.

Why was EVOS useful in "DNA defense systems become a fitness liability during plasmid conjugation."?

The EVOS M5000 let the authors capture fluorescence images of labelled cells: "Colonies were imaged using a 4x objective lens on an EVOS M5000 imaging system (Thermo Fisher) using GFP and RFP fluorescence channels.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to fluorescence microscopy for labelled cellular readouts, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 4x; fluorescence channels: GFP (green; GFP / FITC); RFP (red; RFP / Texas Red); imaging mode: fluorescence.

Why was EVOS useful in "Design of a yeast-based bio-interface on an optical fiber SPR platform toward drug adsorption..."?

The EVOS M5000 let the authors capture fluorescence images of labelled cells: "For the total chitin staining, yeast cells were treated with 10 mug/mL of CFW solution and observed using a microscope equipped with DAPI filter (EVOS M5000 Imaging System, Thermo Fisher Scientific, MA, USA).". This gave them a fast, benchtop readout of yeast without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to immunology and immune-cell biology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: DAPI (blue; DAPI / Hoechst); imaging mode: fluorescence.

Why was EVOS useful in "Development and characterisation of a novel cell line derived from coho salmon (Oncorhynchus..."?

The EVOS M5000 let the authors acquire publication-quality images: "They were stained with Calcein-AM (1 muM, Sigma) and visualised by light and fluorescence microscopy (EVOS M5000 Imaging System, ThermoFisher).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to fluorescence microscopy for labelled cellular readouts, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 10x, 20x, 4x; fluorescence channels: Calcein (green; GFP / FITC); DAPI (blue; DAPI / Hoechst); GFP (green; GFP / FITC); PI (red; Texas Red / RFP / PI); imaging mode: brightfield, fluorescence.

Why was EVOS useful in "Development of a Nano-Hybrid Composite Using Bovine Hydroxyapatite and Montmorillonite for..."?

The EVOS M5000 let the authors observe cellular morphology and behaviour: "At each time point, the culture medium was removed, the samples were washed with PBS, stained with Live/Dead Viability/Cytotoxicity Kit (Thermo Fisher Scientific, USA), and observed under a fluorescence microscope (In...". This gave them a fast, benchtop readout of sample without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell death and viability assessment, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 000x.

Why was EVOS useful in "Directing GABAergic neuronal identity from human iPSCs through developmental patterning."?

The EVOS M5000 let the authors image the relevant cellular readout: "org/package=WGCNA Other Bio-Rad ChemiDoc MP Imaging System Bio-Rad RRID: SCR_019037 Chromium iX 10x Genomics Cat#PN-1000328; RRID: SCR_024536 ZEISS LSM 980 with Airyscan 2 Microscope ZEISS RRID: SCR_025048 EVOS M5000 ...". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to neuroscience, neurodegeneration or brain-tumour research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Doxorubicin enhances adipogenesis in an FGF2-dependent manner and induces a tumour-promoting..."?

The EVOS M5000 let the authors image the relevant cellular readout: "Stained cells were washed 3x with PBS and then imaged using EVOS M5000 Imaging System (Invitrogen, Waltham, MA).". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cancer / oncology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 10x; fluorescence channels: DAPI (blue; DAPI / Hoechst); PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Dual impact of EZH1/2-targeted therapy in HTLV-1-associated inflammation: Direct and indirect..."?

The EVOS M5000 let the authors image the relevant cellular readout: "com/docs/flowjo10/ Inverted fluorescence microscope EVOS M5000 Thermo Fisher Scientific https://www.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to immunology and immune-cell biology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 20x; fluorescence channels: Alexa Fluor 488 (green; GFP / FITC); DAPI (blue; DAPI / Hoechst); EDU (red/far-red; Alexa 594 / 647); imaging mode: fluorescence.

Why was EVOS useful in "Effects of illite or bentonite on cytotoxicity, antibacterial and adsorption capacity in porcine..."?

The EVOS M5000 let the authors track cell migration and wound closure: "After removing floating cell debris through three DPBS washes, the area of the scratch was measured under an inverted microscope (EVOS M5000 Imaging System, Thermo Fisher Scientific).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to bacterial biofilm and infectious-disease imaging, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Elucidation of Molecular Mechanisms of Lipid-Altered Cytotoxicity of TDP-43 Fibrils."?

The EVOS M5000 let the authors image the relevant cellular readout: "Imaging was performed using the EVOS M5000 Imaging System (Thermo Fisher Scientific, USA) equipped with an Olympus UPlanApo 100 x /1.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 100x (NA 1.35); fluorescence channels: Jc-1 (green/red; GFP / Texas Red); PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Enabling alloy screening via multi-material printing using a production PBF-LB machine."?

The EVOS M5000 let the authors image the relevant cellular readout: "After 30 min of incubation, each substrate was washed with DPBS, and imaged (EVOS M5000, Invitrogen, USA) using a x4 magnification lens.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Engineered Xenogeneic Bone Scaffold with IL-10 Nanodelivery System: Immunomodulation and BMSC..."?

The EVOS M5000 let the authors acquire publication-quality images: "Images were acquired using the EVOS M5000 imaging system (Thermo Fisher Scientific, USA) and analyzed in ImageJ software (v1.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to biomaterials and tissue-engineering scaffolds, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: DAPI (blue; DAPI / Hoechst); EDU (red/far-red; Alexa 594 / 647); FITC (green; GFP / FITC); PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Environmental Mycotoxins and Brain Health: Protective Role of Bromelain Against Fumonisin B1 in..."?

The EVOS M5000 let the authors capture fluorescence images of labelled cells: "For qualitative assessment, fluorescence images were captured using an EVOS M5000 Imaging System (Thermo Fisher Scientific) under GFP-compatible filter settings.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to fluorescence microscopy for labelled cellular readouts, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: GFP (green; GFP / FITC); imaging mode: fluorescence.

Why was EVOS useful in "Evaluation of polyethyleneimine-functionalized cellulose for the capture of valeric acid, a..."?

The EVOS M5000 let the authors image the relevant cellular readout: "The presence of amino groups on the PFC was confirmed using fluorescence microscopy (EVOS M5000, Invitrogen) after staining with FITC, following the manufacturer's protocol.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to fluorescence microscopy for labelled cellular readouts, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: FITC (green; GFP / FITC); imaging mode: fluorescence.

Why was EVOS useful in "Exosome-enriched extracellular vesicles are associated with Getah virus RNA and..."?

The EVOS M5000 let the authors acquire publication-quality images: "Images were captured with an EVOS M5000 Imaging System (Thermo Fisher Scientific).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to immunology and immune-cell biology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Exploring Bacteria from Extreme Environments in Chilean Patagonia for Antitrypanosomal Metabolites."?

The EVOS M5000 let the authors acquire publication-quality images: "Images were acquired using an EVOS M5000 digital microscope (Thermo Fisher Scientific, USA).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Exploring the memory of the extracellular matrix using MASH-derived decellularized scaffolds."?

The EVOS M5000 let the authors image the relevant cellular readout: "HepG2 cells grown on glass coverslips to 75-80% confluence were incubated with 100 µL of the working solution at room temperature for 30 min, then washed thrice with 1X PBS for 5 min each and imaged by fluorescence mi...". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to biomaterials and tissue-engineering scaffolds, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Fatal Systemic Granulomatous Disease Associated with Vaccine-Derived Rubella Virus in..."?

The EVOS M5000 let the authors acquire publication-quality images: "Cells were mounted on slides using VECTASHIELD Mounting Medium (Vector Laboratories) and visualized using an EVOS M5000 cell imaging system (40X objective, Thermo Fisher Scientific).". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to infectious disease & immunology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 40x; fluorescence channels: Alexa Fluor 488 (green; GFP / FITC); imaging mode: fluorescence.

Why was EVOS useful in "From injury to degeneration: delayed lipid-mediated neurotoxicity in a human astrocyte traumatic..."?

The EVOS M5000 let the authors image the relevant cellular readout: "Imaging was carried out using the Keyence BZ-800 fluorescence microscope (Keyence GmbH), EVOS™ M5000 Imaging System (Thermo Fisher Scientific) or Opera Phenix confocal microscope (Revvity, USA).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell death and viability assessment, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Functional characterization of spike RBD mutations in SARS-CoV-2 Omicron-derived subvariants..."?

The EVOS M5000 let the authors acquire publication-quality images: "Samples were visualized using EVOS-M5000 Imaging System (Invitrogen) and fused cells containing three or more nuclei were counted as syncytia.". This gave them a fast, benchtop readout of sample without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to infectious disease & immunology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: EDU (red/far-red; Alexa 594 / 647); PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Ginsenosides Rb3 and Rc Exhibit Anti-Amoebic Activities Against Naegleria fowleri, the..."?

The EVOS M5000, XL Core, EVOS XL let the authors observe cellular morphology and behaviour: "Morphological changes in amoebae were observed using an EVOS XL Core microscope (Thermo Fisher Scientific).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Guided and unguided neural organoids play complementary roles in studying neurodevelopment and..."?

The EVOS M5000 let the authors evaluate the experimental readout: "Measurements of neural organoid size The overall morphology of both guided and unguided organoids was evaluated using bright-field imaging with the EVOS M5000 Imaging System.". This gave them a fast, benchtop readout of organoid without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to immunology and immune-cell biology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: imaging mode: bright-field.

Why was EVOS useful in "HIF-1-regulated TPM3 links hypoxia to motility and invasion beyond the hypoxic fraction in..."?

The EVOS M5000 let the authors track cell migration and wound closure: "EVOS M5000 (Thermo Fisher) was used to image the wounds immediately after scratching and over time.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cancer / oncology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Hepatocellular carcinoma-linked AXIN1 mutations drive low Wnt/beta-catenin activity enabling..."?

The EVOS M5000 let the authors image the relevant cellular readout: "com/JanesLab/OrganoSeg Other Luminometer Centro LB960 Berthold N/A LSM700 confocal microscope Zeiss N/A EVOS M5000 Imaging System Thermo Fisher N/A Open in a new tab Experimental model and study participation details ...". This gave them a fast, benchtop readout of embryo without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cancer / oncology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: DAPI (blue; DAPI / Hoechst); PI (red; Texas Red / RFP / PI); imaging mode: brightfield, fluorescence.

Why was EVOS useful in "High-fat diet exacerbates hepatic and adipose insulin signaling impairment and ovarian lesions..."?

The EVOS M5000 let the authors acquire publication-quality images: "Images were captured using an EVOS M5000 Imaging System (Thermo Fisher Scientific).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology & signalling, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Hydrogel Microdroplet Based Glioblastoma Drug Screening Platform."?

The EVOS M5000 let the authors image the relevant cellular readout: "Microgel integrity was measured by imaging microgels automatically moved by a liquid handler or manually with a micropipette using the EVOS M5000 Imaging System (ThermoFisher Scientific).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to neuroscience, neurodegeneration or brain-tumour research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Hydrophobic pp-HMDSO Coating for Three-Dimensional Cell Culture."?

The EVOS M5000 let the authors monitor 3D spheroid morphology and growth: "Spheroid Analysis Microscopic analysis of spheroid formation was performed using an Evos M5000 microscope (Thermo Fisher Scientific, Waltham, MA, USA).". This gave them a fast, benchtop readout of spheroid without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to 3D tumour spheroid and organoid imaging, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Hydroxyapatite-Mediated Mechanical Modulation of GelMA Hydrogels Influences Osteogenic..."?

The EVOS M5000 let the authors image the relevant cellular readout: "After 2 h incubation, samples were washed and imaged using a fluorescence microscope (EVOS M5000, Thermo Fisher Scientific).". This gave them a fast, benchtop readout of sample without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to 3D tumour spheroid and organoid imaging, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Identification of a novel N-terminal linear B-cell epitope on the FIPV nucleocapsid protein by a..."?

The EVOS M5000 let the authors capture fluorescence images of labelled cells: "Fluorescence images were acquired and analyzed with the EVOS M5000 Imaging System (Thermo Scientific, USA).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Identification of a novel monoclonal antibody derived from the lumpy skin disease virus ORF123..."?

The EVOS M5000 let the authors acquire publication-quality images: "Western blot samples were collected, and representative images were captured using the EVOS M5000 imaging system.". This gave them a fast, benchtop readout of sample without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to infectious disease & immunology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Identification of pathological CD133+ endothelial cells in venous malformations."?

The EVOS M5000 let the authors acquire publication-quality images: "Images were captured using a Zeiss AxioCam MRc camera with Zeiss Zen software at 20X or 40X magnification, an Olympus IX83 Inverted System Microscope, together with the OlympusCellSens software program, or the EVOS M5...". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cardiovascular and vascular biology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 20x, 40x; fluorescence channels: DAPI (blue; DAPI / Hoechst); EDU (red/far-red; Alexa 594 / 647); PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Immune protection in chickens via lipid nanoparticle-encapsulated VP2 DNA vaccine against very..."?

The EVOS M5000 let the authors image the relevant cellular readout: "IFA analysis was conducted on an EVOS M5000 imaging system (Life, USA).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to immunology and immune-cell biology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Impact of Neuroendocrine Neoplasm-Specific Systemic Treatments on Somatostatin Receptors..."?

The EVOS M5000 let the authors image the relevant cellular readout: "Microphotographs were taken with EVOS M5000 equipped with an EVOS Objective (40x).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cancer / oncology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Impact of neuroendocrine neoplasm-specific systemic treatments on expression and function of..."?

The EVOS M5000 let the authors image the relevant cellular readout: "Microphotographs were taken with EVOS M5000 equipped with EVOS Objective (40x).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cancer / oncology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "In Vitro Modulation of Murine Tenocyte Behavior by Hyperbaric Oxygen Therapy."?

The EVOS M5000 let the authors image the relevant cellular readout: "Following this, images were taken of each well at 4X and 10X zoom on a microscope (EVOS M5000, ThermoFisher, Waltham, MA).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "In Vitro and In Silico Evaluation of the Antitumor Potential of New Benzotriazole-1,2,4-Triazole..."?

The EVOS M5000 let the authors image the relevant cellular readout: "Following treatment, cellular morphology was examined using the EVOS™ M5000 Imaging System equipped with a high-sensitivity CMOS camera (Thermo Fisher Scientific, Inc.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cancer / oncology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "In vitro Evaluation of the Physicochemical Stability of Multi-Drug Y-Site Admixtures Using..."?

The EVOS M5000 let the authors image the relevant cellular readout: ", UK), EVOS M5000 imaging system (Thermo Fisher Scientific Co.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "In vitro and in vivo anti-piroplasm activity of PBT2 against Theileria annulata and Babesia microti."?

The EVOS M5000 let the authors acquire publication-quality images: "Images were captured and analyzed using EVOS M5000 Imaging System (ThermoFisher Scientific).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "In vivo evidence for FOXO3-mediated suppression of primordial follicle activation in chickens."?

The EVOS M5000 let the authors image the relevant cellular readout: "Digital imaging was conducted using an EVOS™ M5000 Imaging System (AMF5000,Thermo Fisher Scientific, USA) Immunohistochemistry Deparaffinization and rehydration followed the protocol for H&E staining, after which anti...". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Indole-2-carboxylic Acid Nanoemulsions: A Novel Approach for Topical Cosmeceuticals with..."?

The EVOS M5000 let the authors image the relevant cellular readout: "A photomicroscope (EVOS M5000 Imaging System, Thermo Fisher Scientific) equipped with a digital camera (3-QColor Olympus) was used.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 40x; fluorescence channels: PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Inflammasome activation dictates the efficacy of antimycobacterial activity of frontline TB drugs."?

The EVOS M5000 let the authors image the relevant cellular readout: "Mitochondrial ROS was measured in cells treated with 5 µM Mitosox for 30 min and imaged on an Invitrogen EVOS M5000 Imaging System at different time points.". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to bacterial biofilm and infectious-disease imaging, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Inhibition of ATM, ATR and DNA-PK radiosensitises 3D uveal melanoma models to X-rays and proton..."?

The EVOS M5000 let the authors monitor 3D spheroid morphology and growth: "Spheroid growth was monitored up to day 18 post-seeding, during which time images were captured using the EVOS M5000 Imaging system (Life Technologies, Paisley, UK).". This gave them a fast, benchtop readout of spheroid without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to 3D tumour spheroid and organoid imaging, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Inhibition of the AT-Hook DNA-Binding Domain Attenuates HMGA2-Mediated Epithelial Mesenchyme..."?

The EVOS M5000 let the authors acquire publication-quality images: "Images were acquired with a 20x objective using the EVOS M5000 Imaging System (Thermo Scientific).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cancer / oncology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 20x; fluorescence channels: DAPI (blue; DAPI / Hoechst); EDU (red/far-red; Alexa 594 / 647); FITC (green; GFP / FITC); PI (red; Texas Red / RFP / PI); Phalloidin (variable; depends on conjugate); Propidium Iodide (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Integrated In Silico and In Vitro Study of Copper Nanocatalyzed Carbonyl-Functionalized..."?

The EVOS M5000 let the authors image the relevant cellular readout: "EVOS M5000 Imaging System was leveraged to record the ROS production with excitation and emission wavelengths of 530 and 480 nm, respectively [ 21 ].". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell death and viability assessment, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: DAPI (blue; DAPI / Hoechst); EDU (red/far-red; Alexa 594 / 647); imaging mode: fluorescence.

Why was EVOS useful in "Interface Wettability Transition-Driven Drug Release and Dual-Phase Functionalization in Implant..."?

The EVOS M5000 let the authors image the relevant cellular readout: "After incubation, sample surfaces were gently washed for 3 times with PBS followed by observation using a fluorescence microscope (EVOS M5000, Thermo Fisher Scientific).". This gave them a fast, benchtop readout of sample without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: EDU (red/far-red; Alexa 594 / 647); FITC (green; GFP / FITC); imaging mode: fluorescence.

Why was EVOS useful in "Intestinal epithelial Casd1 regulates mucus sialic acid O-acetylation and limits tissue damage..."?

The EVOS M5000 let the authors capture brightfield/phase-contrast morphology images: "Sections were counterstained with nuclear fast red for 10 min, dehydrated and mounted with Permount and imaged using a EVOS M5000 under brightfield settings.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: imaging mode: brightfield.

Why was EVOS useful in "Intravenous rAAV9 Produces Time-Resolved Parenchymal Labeling Downstream of the Vasculature in..."?

The EVOS M5000 let the authors capture fluorescence images of labelled cells: "Sample Imaging Standard fluorescence microscopy images were captured using an EVOS M5000 Imaging System (Thermo Fisher) and viewed through a DAPI filter cube for Hoechst images and an RFP filter cube for tdTomato images.". This gave them a fast, benchtop readout of sample without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to fluorescence microscopy for labelled cellular readouts, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: DAPI (blue; DAPI / Hoechst); EDU (red/far-red; Alexa 594 / 647); Hoechst (blue; DAPI / Hoechst); Hoechst 33342 (blue; DAPI / Hoechst); PI (red; Texas Red / RFP / PI); RFP (red; RFP / Texas Red); Tdtomato (red; RFP / Texas Red); imaging mode: fluorescence.

Why was EVOS useful in "Ischemic preconditioning promotes hepatic differentiation in human liver organoids."?

The EVOS M5000 let the authors acquire publication-quality images: "Bright-field images of the HLiOs were acquired using the EVOS M5000 imaging system (Thermo Fisher Scientific, United States).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to immunology and immune-cell biology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: EDU (red/far-red; Alexa 594 / 647); imaging mode: bright-field, fluorescence.

Why was EVOS useful in "Isoimperatorin alleviates fungal keratitis by regulating NF-κB pathway and macrophage immune..."?

The EVOS M5000 let the authors track cell migration and wound closure: "Migration was monitored using an EVOS M5000 fluorescence microscope (Thermo Fisher Scientific, USA) at 10 fold magnification at 0, 24, 48, and 72 hours in 25µM isoimperatorin-treated or DMSO-treated serum free media, ...". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to immunology and immune-cell biology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "KNL1 Regulates Ferroptosis Resistance and Migration in Lung Adenocarcinoma Cells via AMPK-mTOR..."?

The EVOS M5000 let the authors image the relevant cellular readout: "SCSP-503) were purchased from the Cell Bank of the Chinese Academy of Sciences(Shanghai, China); RSL3 (MCE, HY-100218A, Monmouth Junction, NJ, USA); RPMI 1640 cell culture medium (Gibco, 11875093, Waltham, MA, USA); D...". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cancer / oncology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: EDU (red/far-red; Alexa 594 / 647); PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Label-Free Raman Imaging Defines Distinct Cell Populations in Human Skin."?

The EVOS M5000 let the authors acquire publication-quality images: "Images were captured using the EVOS M5000 Imaging System (Thermo Fisher Scientific, Waltham, MA, USA).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to immunology and immune-cell biology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Lack of Oxygen and/or Glucose Differentially Potentiates Abeta40e22q- and Abeta42-Induced..."?

The EVOS M5000 let the authors image the relevant cellular readout: "The EVOS M5000 Imaging System (Thermo Fisher, Waltham, MA, USA) was utilized for cell visualization and imaging.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell death and viability assessment, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: EDU (red/far-red; Alexa 594 / 647); GFP (green; GFP / FITC); PI (red; Texas Red / RFP / PI); imaging mode: bright-field, fluorescence.

Why was EVOS useful in "Layer-Specific Dermal and Subcutaneous Delivery via Modular LNP-Hydrogel-Integrated Threaded..."?

The EVOS M5000 let the authors quantify proliferating EdU-positive cells: "EdU-positive nuclei were visualized under an inverted fluorescence microscope (EVOS M5000, Thermo Fisher Scientific, USA), and quantified with ImageJ software.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to biomaterials and tissue-engineering scaffolds, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: Calcein (green; GFP / FITC); EDU (red/far-red; Alexa 594 / 647); Hoechst 33342 (blue; DAPI / Hoechst); PI (red; Texas Red / RFP / PI); Propidium Iodide (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Lenvatinib Suppresses Colorectal Cancer Cell Growth, Migration, and Invasion via Dual-pathway..."?

The EVOS M5000 let the authors acquire publication-quality images: "The membranes were rinsed with PBS, and stained cells were visualized and imaged using a light microscope (EVOS M5000 Imaging System, Thermo Fisher Scientific, Waltham, MA, USA) ( 14 ).". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell death and viability assessment, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: DIO (green; GFP / FITC); imaging mode: fluorescence.

Why was EVOS useful in "Lipid transfer proteins and PI4KIIalpha initiate nuclear p53-phosphoinositide signaling."?

The EVOS M5000 let the authors image the relevant cellular readout: "The cells were imaged by an EVOS M5000 microscope ( F ) and quantified based on the extracted dye using a plate reader ( G ).". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology & signalling, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Lipidomic analysis of isolated lipid droplets reveals potential metabolic pathway differences..."?

The EVOS M5000 let the authors image the relevant cellular readout: "An EVOS™ M5000 microscope (Invitrogen, #AMF5000) was used for imaging at 20X magnification.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology & signalling, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 20x; fluorescence channels: DAPI (blue; DAPI / Hoechst); PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Low-Intensity Extracorporeal Shock Wave Therapy Alleviates Detrusor Muscle Apoptosis and..."?

The EVOS M5000 let the authors observe cellular morphology and behaviour: "These staining results were observed under the EVOS M5000 Imaging System fluorescence microscope (Thermo Fisher Scientific Inc.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell death and viability assessment, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: Brdu (red/far-red; Alexa 594 / 647); PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Low-intensity pulsed ultrasound mitigates acute extremity compartment syndrome by mediating..."?

The EVOS M5000 let the authors image the relevant cellular readout: "html Other Function generator Tektronix, USA AFG3102 Power amplifier Electronics & Innovation, USA 325LA Ultrasound transducer Olympus, Japan A314S Fiber-optic hydrophone ONDA, China HGL-0200 Infrared thermography Bos...". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to fluorescence microscopy for labelled cellular readouts, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Lysosomal channel TPC2 modulates microglia-endothelial signaling in choroidal angiogenesis."?

The EVOS M5000 let the authors image the relevant cellular readout: "Images of tissue pieces were taken with EVOS M5000 microscope (Thermo Fisher Scientific, USA) on specific days.". This gave them a fast, benchtop readout of tissue without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cardiovascular and vascular biology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: EDU (red/far-red; Alexa 594 / 647); PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Mechanisms of TRIM21-mediated RUNX2 degradation via chaperone-mediated autophagy in periodontitis."?

The EVOS M5000 let the authors image the relevant cellular readout: "The stained cells were examined and photographed with an EVOS M5000 microscope (Thermo Fisher Scientific, Waltham, MA, USA).". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology & signalling, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: Alexa Fluor 488 (green; GFP / FITC); Alexa Fluor 594 (red; Texas Red / RFP); DAPI (blue; DAPI / Hoechst); EDU (red/far-red; Alexa 594 / 647); PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Metabolic host-microbe crosstalk in stabilization of epithelial HIF."?

The EVOS M5000 let the authors capture brightfield/phase-contrast morphology images: "IHC images were captured using an EVOS M5000 imaging system on "RGB illumination" brightfield mode, with identical exposure settings (Light/Exposure/Gain) and objective/zoom level for each sample.". This gave them a fast, benchtop readout of sample without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: imaging mode: brightfield.

Why was EVOS useful in "Microalgal colony blot: A simple and rapid method for direct detection of recombinant protein..."?

The EVOS M5000 let the authors image the relevant cellular readout: "Open in a new tab The previously isolated clones were imaged at 200X magnification in an inverted fluorescent microscope (EVOS™ M5000, ThermoFisher Scientific).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 200x.

Why was EVOS useful in "Microbiome-driven alterations in tryptophan metabolism contribute to behavioral comorbidities in..."?

The EVOS M5000 let the authors capture brightfield/phase-contrast morphology images: "The slides were viewed on a Thermo Invitrogen EVOS M5000 phase contrast fluorescence microscope imaging system with both 10x (Olympus UPlanAPO 10x/0.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 10x; imaging mode: phase contrast.

Why was EVOS useful in "Mitochondrial Distribution Patterns and Remodeling During In Vitro Maturation of Alpaca (Vicugna..."?

The EVOS M5000 let the authors image the relevant cellular readout: "Slides were analyzed using an inverted fluorescence microscope (EVOS M5000, Thermo Fisher Scientific, Bothell, WA, USA) equipped with a Texas Red 2.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology & signalling, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: Texas Red (red; Texas Red / RFP); imaging mode: fluorescence.

Why was EVOS useful in "Monomethylation of cytosolic 5'-nucleotidase 1A affects its recognition by inclusion body..."?

The EVOS M5000 let the authors image the relevant cellular readout: "Cells were imaged using a fluorescence microscope (EVOS M5000, Thermo Scientific), using 40x and/or 60x objectives.". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 60x.

Why was EVOS useful in "Multi-layered target identification strategy of natural products: Daphnetin targets NQO1 and..."?

The EVOS M5000 let the authors evaluate the experimental readout: "After treatment, the wells were washed with PBS, and wound closure was assessed by EVOS™ M5000 imaging system (Thermo Fisher Scientific Inc.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Multiple Roles of G3BP1 in Regulating STING-Dependent Interferon and Cytokine Induction by..."?

The EVOS M5000 let the authors image the relevant cellular readout: "Split Venus (BiFC) Assay for STING Dimerization and Activity STING-V1 (N-terminus of Venus) and STING-V2 (C-terminus of Venus) plasmids were transfected into HT1080 WT or G3BP1 KO cells, and 24 h later, transfected wi...". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to immunology and immune-cell biology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: EDU (red/far-red; Alexa 594 / 647); GFP (green; GFP / FITC); imaging mode: fluorescence.

Why was EVOS useful in "Mung Bean Seed Coat Extract Promotes Diabetic Wound Healing in High-Glucose-Exposed HaCaT..."?

The EVOS M5000 let the authors capture brightfield/phase-contrast morphology images: "Cells were photographed at 0, 12, 24, 36, and 48 h using a cell microscope (EVOS M5000 imaging system, Thermo Fisher Scientific, Waltham, MA, USA) with a 4x objective lens, in phase contrast mode, with the position fi...". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to diabetic wound healing and skin-cell biology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 4x; imaging mode: phase contrast.

Why was EVOS useful in "Muscle-type-dependent differences in satellite cell proliferation and differentiation in chick..."?

The EVOS M5000 let the authors image the relevant cellular readout: "The cell suspension (10 µL) was mixed with 10 µL trypan blue (Thermo Fisher Scientific), and the number of viable cells was counted using a hemocytometer and phase-contrast microscope (EVOS M5000; Thermo Fisher Scient...". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology & signalling, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: imaging mode: phase-contrast.

Why was EVOS useful in "Neurokinin-1 receptor activation protects against cardiac fibrosis, inflammation and diastolic..."?

The EVOS M5000 let the authors acquire publication-quality images: "The sections were then visualised and imaged using an EVOS M5000 fluorescence microscope (Life Technologies).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cardiovascular and vascular biology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: Alexa Fluor 488 (green; GFP / FITC); Alexa Fluor 568 (orange/red; RFP / Texas Red); Alexa Fluor 647 (far-red; Cy5); DAPI (blue; DAPI / Hoechst); PI (red; Texas Red / RFP / PI); Phalloidin (variable; depends on conjugate); imaging mode: fluorescence.

Why was EVOS useful in "Nucleoside Analogue with Thymidine Nucleobase Inhibits Leishmania infantum and Depolarizes the..."?

The EVOS M5000 let the authors observe cellular morphology and behaviour: "The cells were observed under a digital fluorescence microscope (EVOS M5000 Imaging System, Thermo Fisher Scientific).". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: EDU (red/far-red; Alexa 594 / 647); Sytox (blue/green; DAPI / GFP depending on dye); imaging mode: fluorescence.

Why was EVOS useful in "Optimized Buffer for Preservation of Hepatitis E Virus During Freeze-Thaw Cycles."?

The EVOS M5000 let the authors image the relevant cellular readout: "EVOS fluorescence microscopes (Thermo Scientific, model: EVOS M5000) 8.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to infectious disease & immunology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Oxidative Stress and Apoptosis Inhibition Mitigate Static Cold Storage-Induced Injury in Liver..."?

The EVOS M5000 let the authors image the relevant cellular readout: "Images were taken with an EVOS M5000 inverted microscope (Thermo Fisher, Waltham, MA, USA).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell death and viability assessment, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: Calcein (green; GFP / FITC); DAPI (blue; DAPI / Hoechst); DII (red; RFP / Texas Red); EDU (red/far-red; Alexa 594 / 647); Ethidium Homodimer (red; Texas Red / RFP / PI); FITC (green; GFP / FITC); Hoechst (blue; DAPI / Hoechst); Phalloidin (variable; depends on conjugate); imaging mode: fluorescence.

Why was EVOS useful in "PACSIN2 regulates mercaptopurine cytotoxicity and cellular biomechanics through Rac1 modulation..."?

The EVOS M5000 let the authors observe cellular morphology and behaviour: "At each time point, cell morphology was observed using the EVOS M5000 Imaging System ( Thermo Fisher Scientific, Waltham, MA, United States) at x40 magnification.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: DAPI (blue; DAPI / Hoechst); imaging mode: fluorescence.

Why was EVOS useful in "PEGylated nicotinamide mononucleotide targeted ferroptosis in acute kidney injury by suppressing..."?

The EVOS M5000 let the authors image the relevant cellular readout: "After rinsing with deionized water, slides were mounted in glycerol-water (1:1, v/v) and photographed using an EVOS M5000 imaging system (Thermo Fisher).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Phenolic-Rich Extracts from Artichoke By-Products Promote Apoptosis in Human Colorectal Cancer..."?

The EVOS M5000 let the authors acquire publication-quality images: "To remove excess dye, the cells were washed with PBS, and nuclear morphological changes were visualized by the EVOS M5000 Imaging System fluorescence microscope (ThermoFisher Scientific, Milan, Italy).". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell death and viability assessment, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: CY3 (orange/red; RFP / Texas Red); DAPI (blue; DAPI / Hoechst); PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Physiological temperature enhances proliferative capacity and protein production characteristics..."?

The EVOS M5000 let the authors image the relevant cellular readout: "Subsequently, the differentiation and proliferation patterns of the cells were examined using a phase-contrast inverted microscope (EVOS M5000, Invitrogen, Thermo Fisher Scientific, MA, US).". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology & signalling, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: imaging mode: phase-contrast.

Why was EVOS useful in "Pigeonpea-Phytophthora cajani isolates characterization and assessment of resistance in elite..."?

The EVOS M5000 let the authors observe cellular morphology and behaviour: "The morphological characteristics such as presence of hyphal swellings, production of chlamydospores, size (mum), shape and type of sporangia and the abundance of zoospores were observed using EVOS M5000 Imaging Syste...". This gave them a fast, benchtop readout of sample without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 20x.

Why was EVOS useful in "Polymerase iota coordinates adaptation to replication stress in BRCA2-deficient mammary..."?

The EVOS M5000 let the authors acquire publication-quality images: "Images were acquired using an EVOS M5000 microscope (ThermoFisher Scientific, A40486) at 40x magnification with identical acquisition settings across conditions.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 40x, 63x; fluorescence channels: Alexa Fluor 488 (green; GFP / FITC); Brdu (red/far-red; Alexa 594 / 647); DAPI (blue; DAPI / Hoechst); EDU (red/far-red; Alexa 594 / 647); imaging mode: fluorescence.

Why was EVOS useful in "Primary Cilia Are Required for Efficient BMP Signaling in Traumatic Heterotopic Ossification."?

The EVOS M5000 let the authors evaluate the experimental readout: "Transduction efficiency was assessed using a fluorescence microscope (EVOS M5000 Imaging System; Invitrogen, Thermo Fisher Scientific, Carlsbad, CA, USA).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology & signalling, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Probiotics Ameliorate Histological Alterations and Prevent Increases in Cytokine and Toxin..."?

The EVOS M5000 let the authors image the relevant cellular readout: "Sections were imaged with an EVOS M5000 Imaging System microscope (Thermo Fisher Scientific, Waltham, MA, USA) and examined by two blinded pathologists, who graded enteritis using the following scoring system: epithel...". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to immunology and immune-cell biology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Prostatic fibroblast reprogramming by Interleukin-30 activates prostate cancer metastasis programs."?

The EVOS M5000 let the authors capture brightfield/phase-contrast morphology images: "Tube formation was visualized using a Thermo Fisher Scientific EVOS M5000 Imaging System (RRID:SCR_023650) with a 4 x objective in pseudo-phase contrast.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to diabetic wound healing and skin-cell biology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 4x; imaging mode: phase contrast.

Why was EVOS useful in "Protective Effects of a New Human Placental Extract Against Hair Graying and..."?

The EVOS M5000 let the authors capture fluorescence images of labelled cells: "Fluorescent images of the cells were acquired using a microscope EVOS M5000 Imaging System (Thermo Fisher Scientific).". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to fluorescence microscopy for labelled cellular readouts, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: GFP (green; GFP / FITC); PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Proteomic mapping of Rosa damascena nanovesicles reveals plastid mitochondrial metabolic..."?

The EVOS M5000 let the authors image the relevant cellular readout: "7 macrophages was performed using an EVOS M5000 Imaging System.". This gave them a fast, benchtop readout of macrophage without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to immunology and immune-cell biology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 20x; fluorescence channels: DIO (green; GFP / FITC); imaging mode: fluorescence.

Why was EVOS useful in "Protocol for eVLP-mediated CRISPR-Cas9 and prime editing in pancreatic cancer cell lines."?

The EVOS M5000 let the authors image the relevant cellular readout: "me/ Other Cell Drop BF bright field cell counter DeNovix Cat#I-20103 Refrigerated Centrifuge Eppendorph Cat#5810-R Ultra-Centrifuge Hitachi Cat#CP100WX Micro Plate Reader BMG Labtech PHERAstar FSX Tissue Culture Hood ...". This gave them a fast, benchtop readout of tissue without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cancer / oncology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: EDU (red/far-red; Alexa 594 / 647); PI (red; Texas Red / RFP / PI); imaging mode: brightfield, fluorescence.

Why was EVOS useful in "Pulmonary delivery of siRNA lipoplexes and lipid nanoparticles using a vibrating mesh nebuliser."?

The EVOS M5000 let the authors capture fluorescence images of labelled cells: "Fluorescence was then visualised using an EVOS M5000 microscope imaging system (Thermo Fisher Scientific, Waltham, MA, USA) with Cy5 and DAPI channels at 20x.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to fluorescence microscopy for labelled cellular readouts, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: DAPI (blue; DAPI / Hoechst); CY5 (far-red; Cy5); imaging mode: fluorescence.

Why was EVOS useful in "Quality Thresholds for Angiogenesis Under Acoustic Manipulation in Engineered Vascular Tissues."?

The EVOS M5000 let the authors image the relevant cellular readout: "Images were taken with a 4X objective on an EVOS microscope.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cardiovascular and vascular biology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 10x, 20x, 40x, 4x; fluorescence channels: GFP (green; GFP / FITC); PI (red; Texas Red / RFP / PI); imaging mode: brightfield, fluorescence.

Why was EVOS useful in "ROS-Scavenging Hyperbranched Polymer Dot Nanozymes Combined with Fractional CO2 Laser..."?

The EVOS M5000 let the authors image the relevant cellular readout: "Sections were stained with haematoxylin and eosin and imaged using an EVOS M5000 microscope under consistent acquisition conditions.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: Alexa Fluor 488 (green; GFP / FITC); DIO (green; GFP / FITC); EDU (red/far-red; Alexa 594 / 647); PI (red; Texas Red / RFP / PI); Sytox (blue/green; DAPI / GFP depending on dye); imaging mode: fluorescence.

Why was EVOS useful in "Ras1-Independent High Iron-Mediated Hyphal Formation in Candida albicans."?

The EVOS M5000 let the authors evaluate the experimental readout: "Assessment of Hyphal Development Hyphal formation was assessed by measuring hyphal length using an EVOS M5000 Imaging System (Invitrogen, Waltham, MA, USA), and image analysis was performed using the integrated EVOS M...". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to infectious disease & immunology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Reconstructing the glioblastoma microenvironment in heterotypic 3D spheroids: a multicellular..."?

The EVOS M5000 let the authors image the relevant cellular readout: "The acquisition of images was conducted using an Evos M5000 microscope (ThermoFisher Scientific), and subsequent processing was undertaken with the utilization of Fiji software (ImageJ 2.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to 3D tumour spheroid and organoid imaging, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: Hoechst 33342 (blue; DAPI / Hoechst); PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Regulation of Mitophagy by Low-Intensity Pulsed Ultrasound Attenuates Endothelial Dysfunction."?

The EVOS M5000 let the authors quantify proliferating EdU-positive cells: "Images were observed and captured under an EVOS M5000 fluorescence microscope (Thermo Fisher Scientific, Waltham, MA, USA), and EdU-positive cells were counted with ImageJ software.". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cardiovascular and vascular biology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: DAPI (blue; DAPI / Hoechst); EDU (red/far-red; Alexa 594 / 647); Hoechst 33342 (blue; DAPI / Hoechst); imaging mode: fluorescence.

Why was EVOS useful in "Regulatory Effects of CD14+CD16++Slan+ Monocytes on Classical Monocytes and T Lymphocytes in..."?

The EVOS M5000 let the authors image the relevant cellular readout: "Samples were fixed in FluorSave and imaged using EVOS M5000 fluorescence microscopy.". This gave them a fast, benchtop readout of sample without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to fluorescence microscopy for labelled cellular readouts, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 40x; fluorescence channels: Cfse (green; GFP / FITC); Hoechst (blue; DAPI / Hoechst); Hoechst 33342 (blue; DAPI / Hoechst); Lysotracker Red (red; Texas Red / RFP); PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Remote Ischemic Preconditioning Exerts Neuroprotective Effects Via the PGC-1alpha/FNDC5/BDNF..."?

The EVOS M5000 let the authors observe cellular morphology and behaviour: "Immunofluorescence staining was observed using a fluorescence microscope (EVOS M5000 imaging system; Thermo Fisher Scientific, Inc.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology & signalling, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 20x; fluorescence channels: Alexa Fluor 488 (green; GFP / FITC); Alexa Fluor 555 (orange/red; RFP / Texas Red); imaging mode: fluorescence.

Why was EVOS useful in "Revealing biomechanical vulnerabilities in oral cancer cells using 3D coculture platform and..."?

The EVOS M5000 let the authors capture fluorescence images of labelled cells: "The samples were then washed with PBS, and immunofluorescence images were captured using a fluorescence microscope with a 60x oil immersion objective (EVOS M5000 imaging system, Invitrogen).". This gave them a fast, benchtop readout of sample without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cancer / oncology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 60x; fluorescence channels: Alexa Fluor 488 (green; GFP / FITC); Alexa Fluor 568 (orange/red; RFP / Texas Red); Hoechst (blue; DAPI / Hoechst); Phalloidin (variable; depends on conjugate); imaging mode: fluorescence.

Why was EVOS useful in "Reverse genetics and comparative pathogenesis of Lone Star virus."?

The EVOS M5000 let the authors observe cellular morphology and behaviour: "The plates were then observed using a fluorescence microscope (EVOS M5000 imaging system, ThermoFisher).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to bacterial biofilm and infectious-disease imaging, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Role of Collection Media on the Biological Activity of Extracellular Vesicles From..."?

The EVOS M5000 let the authors image the relevant cellular readout: "An EVOS M5000 microscope was used to image the gaps after the inserts were removed (time 0), as well as 16, and 40 h after treatment.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to biomaterials and tissue-engineering scaffolds, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 100x; fluorescence channels: PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "SPCS2 serves as a critical host factor for JEV replication by regulating viral protein stability..."?

The EVOS M5000 let the authors acquire publication-quality images: "Twelve hours after transfection, cell nuclei were stained with Hoechst 33,342, and the cells were visualized and photographed using a fluorescence microscope (Life, Evos m5000).". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to infectious disease & immunology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: Hoechst (blue; DAPI / Hoechst); imaging mode: fluorescence.

Why was EVOS useful in "Separation of Human P63+ Lung Progenitor Cells from Growth-Arrested Feeders Using..."?

The EVOS M5000 let the authors image the relevant cellular readout: "Fluorescence-labeled cells sorted within the MDDS device were tracked using an EVOS M5000 imaging system (Thermo Fisher Scientific).". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: PI (red; Texas Red / RFP / PI); imaging mode: fluorescence, phase-contrast.

Why was EVOS useful in "Serine 89 Phosphorylation Controls Nuclear Localization and Transcriptional Activity of ARID3B."?

The EVOS M5000 let the authors capture fluorescence images of labelled cells: "Fluorescence Localization of ARID3B-GFP fusion proteins was detected, and images were collected via live fluorescence imaging on an EVOS M5000 microscope (Invitrogen, Carlsbad, CA, USA).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to fluorescence microscopy for labelled cellular readouts, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: Alexa Fluor 594 (red; Texas Red / RFP); DAPI (blue; DAPI / Hoechst); GFP (green; GFP / FITC); imaging mode: fluorescence.

Why was EVOS useful in "Shiga Toxin Induces Apoptosis via ROS-Caspase Activation in Human Cerebral Endothelial Cell Line..."?

The EVOS M5000 let the authors image the relevant cellular readout: "Using a fluorescence microscope EVOS M5000 (Thermo Fisher Scientific) with fluorescence signals detected in red, green, and blue emission channels.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell death and viability assessment, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 20x; fluorescence channels: Alexa Fluor 488 (green; GFP / FITC); Alexa Fluor 647 (far-red; Cy5); DAPI (blue; DAPI / Hoechst); Er-Tracker (variable; depends on variant); PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Sodium Butyrate Alleviates Fungal Keratitis by Exerting Antifungal Activity and Dampening..."?

The EVOS M5000 let the authors image the relevant cellular readout: "fumigatus was treated with NaB (2 or 4 mM) or PBS at 37 degC for 24 hours, followed by CFW or PI staining in the dark and imaging at 200 x (EVOS M5000, ThermoFisher).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to immunology and immune-cell biology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Solvatochromic Study of 2-(N,N-dimethyl)-3-alkynyl-pyridine Fluorophores."?

The EVOS M5000 let the authors image the relevant cellular readout: "Fluorescence imaging was performed using an EVOS M5000 fluorescence microscope (Thermo Fisher Scientific) equipped with excitation and emission filters centered at approximately 357 and 447 nm, respectively.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 10x; imaging mode: phase contrast, phase-contrast.

Why was EVOS useful in "Spatially Resolved Photostimulation of Cardiac Activity Using Optoelectronic Peptides."?

The EVOS M5000 let the authors evaluate the experimental readout: "Peptide-4T patterns were evaluated after printing on either an EVOS M5000 imaging system (Thermo Fisher Scientific Inc.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cardiovascular and vascular biology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Sphingosine-1-phosphate receptor 2 inhibition ameliorates familial exudative vitreoretinopathy..."?

The EVOS M5000 let the authors capture brightfield/phase-contrast morphology images: "Images were taken on an Invitrogen EVOS M5000 Imaging System at 4X magnification using brightfield phase contrast.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 10x, 4x; fluorescence channels: Alexa Fluor 594 (red; Texas Red / RFP); GFP (green; GFP / FITC); imaging mode: brightfield, fluorescence, phase contrast.

Why was EVOS useful in "Streaming potential analysis of hair variation: Ethnicities and environmental exposures."?

The EVOS M5000 let the authors image the relevant cellular readout: "Images were taken using a fluorescence microscope (EVOS M5000) at 40x magnification (Figure S1 ).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 40x; fluorescence channels: EDU (red/far-red; Alexa 594 / 647); imaging mode: brightfield, fluorescence.

Why was EVOS useful in "Striatal Neuron Excitability Is Regulated by Huntingtin in the Adult Brain."?

The EVOS M5000 let the authors image the relevant cellular readout: "Images of H&E and cresyl violet stained slides were taken using an EVOS M5000 microscope (Thermo Fisher Scientific) with a 20x/0.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to neuroscience, neurodegeneration or brain-tumour research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 20x.

Why was EVOS useful in "Sustainable Chitosan-Based Nanoparticles for Curcumin Delivery: Assessment of Chemical Integrity..."?

The EVOS M5000 let the authors capture fluorescence images of labelled cells: "Imaging was performed using an EVOS M5000 fluorescence microscope (Life Technologies) equipped with a GFP filter cube (482/25 nm Excitation; 524/24 nm Emission).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to bacterial biofilm and infectious-disease imaging, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: GFP (green; GFP / FITC); imaging mode: fluorescence.

Why was EVOS useful in "Synergistic Combination of Additive One- and Two-Photon Polymerization Printing Methods to..."?

The EVOS M5000 let the authors monitor changes over time with repeated imaging: "Cell growth was monitored every day using fluorescent microscopy (EVOS M5000 Imaging System, Invitrogen, USA).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: Alexa Fluor 647 (far-red; Cy5); GFP (green; GFP / FITC); PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Synergistic cooperation between progranulin and Jak2/Stat3 signaling determines definitive..."?

The EVOS M5000 let the authors image the relevant cellular readout: "Images were taken with a 100x objective lens using an EVOS M5000 (Thermo Fisher Scientific) with EVOS software.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology & signalling, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 100x; fluorescence channels: DIO (green; GFP / FITC); EDU (red/far-red; Alexa 594 / 647); PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Systematic functional validation of IKAROS variants from patients and laboratory-generated..."?

The EVOS M5000 let the authors image the relevant cellular readout: "Images were obtained with an EVOS M5000 fluorescence microscope (40x objective).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 40x; fluorescence channels: Alexa Fluor 488 (green; GFP / FITC); PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Systemic targeting of aberrant neovascular tufts using trehalose-dendrimer nanocarriers for the..."?

The EVOS M5000 let the authors track cell migration and wound closure: "Light microscopy imaging was performed at 0, 24 and 48 h intervals to see the changes in the migration behavior under the influence of dendrimers, using Zeiss Axiovert 135 TV microscope or EVOS M5000 Imaging System at...". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cardiovascular and vascular biology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 4x.

Why was EVOS useful in "TEAD inhibitor induced switch in energy metabolism drives human podocyte injury in vitro."?

The EVOS M5000 let the authors evaluate the experimental readout: "Morphology was assessed by microscopy (EVOS M5000, Invitrogen).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: PI (red; Texas Red / RFP / PI); Phalloidin (variable; depends on conjugate); imaging mode: fluorescence.

Why was EVOS useful in "THEMIS attenuates MASH by suppressing disease-associated hepatocyte induction and hepatocyte..."?

The EVOS M5000 let the authors image the relevant cellular readout: "Results were examined using microscopy (Thermo Fisher, EVOS M5000).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Targeting NOP14 remodels the tumor immune microenvironment and enhances the antitumor efficacy..."?

The EVOS M5000 let the authors capture fluorescence images of labelled cells: "Representative fluorescent images were captured using EVOS M5000 fluorescent microscope to ensure high-resolution visualization.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to immunology and immune-cell biology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: Alexa Fluor 594 (red; Texas Red / RFP); DAPI (blue; DAPI / Hoechst); EDU (red/far-red; Alexa 594 / 647); imaging mode: fluorescence.

Why was EVOS useful in "Targeting microRNA let-7b-5p-mediated aberrant androgen receptor signaling for prevention of..."?

The EVOS M5000 let the authors image the relevant cellular readout: "Images of wounds were taken at 0 and 9-16 h (4X magnification, EVOS M5000).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cancer / oncology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 4x; fluorescence channels: PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "The Antidepressant Amitriptyline Upregulates ERK1/2 Signaling and Inhibits Rho-Mediated..."?

The EVOS M5000 let the authors capture fluorescence images of labelled cells: "Fluorescence staining was visualized by using an EVOS M5000 imaging system (Invitrogen/Thermo Fisher Scientific) equipped with light cubes for DAPI (AMEP4950), GFP (AMEP4951) and RFP (AMEP4952), and 20-40x fluorite ob...". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to fluorescence microscopy for labelled cellular readouts, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: DAPI (blue; DAPI / Hoechst); GFP (green; GFP / FITC); RFP (red; RFP / Texas Red); imaging mode: fluorescence.

Why was EVOS useful in "The MALAT1-EZH2 axis regulates PRC2 activity and promotes the mesenchymal phenotype in pediatric..."?

The EVOS M5000 let the authors image the relevant cellular readout: "Nuclear localization was quantified using an EVOS M5000 system.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cancer / oncology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 40x; fluorescence channels: Alexa Fluor 488 (green; GFP / FITC); Calcein (green; GFP / FITC); DAPI (blue; DAPI / Hoechst); EDU (red/far-red; Alexa 594 / 647); PI (red; Texas Red / RFP / PI); Propidium Iodide (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "The Preclinical Effects and Mechanisms of Biofield Therapy on Pancreatic Cancer Cell Growth and..."?

The EVOS M5000 let the authors monitor changes over time with repeated imaging: "The growth of AM67 was monitored with EVOS M7000 Imaging System (Thermo Fisher Scientific) and quantified by ImageJ.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cancer / oncology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: DAPI (blue; DAPI / Hoechst); EDU (red/far-red; Alexa 594 / 647); PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "The Significant Antioxidant Effect Exerted by Pomegranate (Punica granatum): The Hidden Polyphenols."?

The EVOS M5000 let the authors observe cellular morphology and behaviour: "Fluorescence was detected through a fluorimeter (Fluoroskan Ascent, Thermo Scientific) and observed on cell lines using an Evos M5000 device (Invitrogen by Thermo Fisher Scientific).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "The club cell circadian clock regulates temporal patterns in leukocyte trafficking in chronic..."?

The EVOS M5000 let the authors image the relevant cellular readout: "(C) - Representative image of an FFPE section of Air-Liquid interface cultured epithelial cells taken using a EVOS M5000 light microscope.". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "The miR-16-1-3p suppresses proliferation and invasiveness via the MDM2-p53 axis in TGF-beta1..."?

The EVOS M5000 let the authors track cell migration and wound closure: "Images of the wound area were captured at 0 h and 24 h by the EVOS M5000 Imaging System, and the scratch area was quantified using ImageJ software (National Institute of Health, USA).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cancer / oncology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "The newly developed porcine-origin parainfluenza virus PIV5-JS17 serves as an exogenous gene..."?

The EVOS M5000 let the authors observe cellular morphology and behaviour: "The cells were observed using an inverted fluorescence microscope (EVOS M5000, Life, USA).". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to infectious disease & immunology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "The transcription elongation factors Spt4 and Spt6 promote dermal adipocyte differentiation."?

The EVOS M5000 let the authors image the relevant cellular readout: "Imaging was performed using the EVOS M5000 Imaging System.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology & signalling, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: Hoechst (blue; DAPI / Hoechst); PI (red; Texas Red / RFP / PI); imaging mode: brightfield, fluorescence.

Why was EVOS useful in "Therapeutic targeting of cancer-associated fibroblasts with oncolytic virus in preclinical..."?

The EVOS M5000 let the authors image the relevant cellular readout: "Imaging was performed using an EVOS M5000 Imaging System (Cat.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to diabetic wound healing and skin-cell biology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Thymoquinone suppresses papillary thyroid carcinoma by impairing autophagic flux via the..."?

The EVOS M5000 let the authors capture fluorescence images of labelled cells: "Fluorescence images were acquired using an EVOS M5000 Imaging System (Thermo Fisher Scientific, Waltham, MA, United States), and the proportion of EdU-positive cells was quantified from five randomly selected fields p...". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cancer / oncology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: EDU (red/far-red; Alexa 594 / 647); imaging mode: fluorescence.

Why was EVOS useful in "Topical Trichosanthis Radix Water Extract Attenuates Atopic Dermatitis-Like Skin Inflammation:..."?

The EVOS M5000 let the authors acquire publication-quality images: "Images were acquired using an EVOS M5000 optical microscope (Thermo Fisher Scientific) under identical magnification settings across groups.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to immunology and immune-cell biology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: DAPI (blue; DAPI / Hoechst); PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Tuning tRNA synthetase inhibition reveals parabolic induction of stress granules limited in size..."?

The EVOS M5000 let the authors image the relevant cellular readout: "Images were collected on an EVOS M5000 fluorescence microscope (Invitrogen) using a 40x objective, and the percentage of cells with stress granules quantified from two frames per condition from n = 3 independent repli...". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 40x; fluorescence channels: GFP (green; GFP / FITC); Hoechst (blue; DAPI / Hoechst); PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Ultrasound-Generated Nanoscale Mechanical Stimulation to Regulate Stem Cell Differentiation."?

The EVOS M5000 let the authors acquire publication-quality images: "After washing with PBS, coverslips were mounted on glass slides, and images were captured at 10x using the Evos M5000 imaging system (Invitrogen).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology & signalling, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Unraveling the therapeutic potential of Elaeagnus angustifolia extract on triple-negative breast..."?

The EVOS M5000 let the authors capture fluorescence images of labelled cells: "Labelling efficiency was verified using an EVOS M5000 fluorescence microscope (Thermo Fisher Scientific) with an RFP filter.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to fluorescence microscopy for labelled cellular readouts, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 4x; fluorescence channels: DII (red; RFP / Texas Red); EDU (red/far-red; Alexa 594 / 647); PI (red; Texas Red / RFP / PI); RFP (red; RFP / Texas Red); imaging mode: fluorescence.

Why was EVOS useful in "Unstable mitochondrial heteroplasmy in Mytilus edulis primary cell cultures."?

The EVOS M5000 let the authors capture fluorescence images of labelled cells: "Finally, after another series of washes in PBS, the slides were mounted with Fluoroshield Mounting Medium with DAPI (Abcam ab104139), and imaged (EVOS M5000).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to fluorescence microscopy for labelled cellular readouts, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 100x; fluorescence channels: DAPI (blue; DAPI / Hoechst); PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Uric Acid Released from Poly (Lactic-co-Glycolic Acid) Nanoparticles Mitigates Glutamate-Induced..."?

The EVOS M5000 let the authors acquire publication-quality images: "After immunostaining, coverslips were mounted onto glass slides using Fluoromount-G (Thermofisher; Cat# 00-4958-02) and then visualized by immunofluorescence under a 10X objective on an EVOS M5000 microscope.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to neuroscience, neurodegeneration or brain-tumour research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 10x; fluorescence channels: Hoechst (blue; DAPI / Hoechst); PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Utilizing Caenorhabditis elegans as an In Vivo Model for Identifying Small Molecules Modulating..."?

The EVOS M5000 let the authors image the relevant cellular readout: ") at 50x magnification for A and B and an EVOS M5000 Imaging System (Invitrogen, Thermo Fisher Scientific) at 40x magnification for C.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 40x, 50x.

Why was EVOS useful in "Vaccination with Lipid Nanoparticle-Delivered VP2-DNA Elicits Immune Protection in Chickens..."?

The EVOS M5000 let the authors acquire publication-quality images: "Images were acquired using an EVOS M5000 imaging system (Life, Waltham, MA, USA).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to immunology and immune-cell biology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: FITC (green; GFP / FITC); imaging mode: fluorescence.

Why was EVOS useful in "WSB1-Mediated PSMA Ubiquitination Promotes Enzalutamide-Induced Neuroendocrine-like Transition..."?

The EVOS M5000 let the authors monitor 3D spheroid morphology and growth: "Spheroid formation was monitored for up to 4 weeks by bright-field and phase-contrast microscopy with an EVOS M5000 imaging system (Thermo Fisher Scientific, Waltham, MA, USA).". This gave them a fast, benchtop readout of spheroid without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to 3D tumour spheroid and organoid imaging, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: Calcein (green; GFP / FITC); Ethd-1 (red; Texas Red / RFP / PI); Ethidium Homodimer (red; Texas Red / RFP / PI); imaging mode: bright-field, fluorescence, phase-contrast.

Why was EVOS useful in "circSCAF11 Attenuates TGF-beta/SMAD2/3 Signaling to Suppress Colorectal Cancer Progression."?

The EVOS M5000 let the authors track cell migration and wound closure: "Images were captured at 0 and 24 h post-scratching using an inverted microscope (EVOS FL, Thermo Fisher), and wound area was quantified using ImageJ software.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cancer / oncology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "pH-dependent effects of pepsin and trypsin on the stability and antibiofilm functionality of pea..."?

The EVOS M5000 let the authors observe cellular morphology and behaviour: "Microscopic observation of nanoemulsion droplets A droplet of freshly homogenized emulsion (with or without enzyme) was placed on a clean glass slide, covered with a coverslip, and observed using an EVOS M5000 Imaging...". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to bacterial biofilm and infectious-disease imaging, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "3D modelling of pulmonary arterial stenosis and endothelial dysfunction in CTEPH."?

The EVOS M5000 let the authors acquire publication-quality images: "Fluorescent platelet aggregates were visualised with a fluorescent microscope (EVOS M5000, Invitrogen, Thermo Scientific).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cardiovascular and vascular biology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: DIO (green; GFP / FITC); imaging mode: fluorescence.

Why was EVOS useful in "In vitro biocontrol potential of plant extract-based formulation against infection structures of..."?

The EVOS M5000 let the authors acquire publication-quality images: "Images per well were captured at 10x magnification using an inverted epifluorescence microscope (EVOS M5000, Invitrogen, Thermo Fisher Scientific).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to infectious disease & immunology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 10x; fluorescence channels: PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Kjellmaniella crassifolia for the Prevention of Ultraviolet B-Induced Oxidative Stress in HaCaT..."?

The EVOS M5000 let the authors image the relevant cellular readout: "Cell morphological changes were examined by using the EVOS M5000 imaging fluorescence microscope (Thermo Fisher Scientific).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to diabetic wound healing and skin-cell biology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Mentha rotundifolia, a Source of Amoebicidal Agents Against Naegleria fowleri."?

The EVOS M5000 let the authors image the relevant cellular readout: "Fluorescence imaging was performed using EVOS M5000 Cell Imaging System (Life Technologies, Madrid, Spain) and confocal microscope Leica DMI 4000 B equipped with Leica Application Suite X software version 3.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Alloferon and IL-22 receptor expression regulation on the pathogenesis of imiquimod-induced..."?

The EVOS M5000 let the authors acquire publication-quality images: "Signals were visualized using fluorescence microscopy (EVOS M5000, Invitrogen).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to bacterial biofilm and infectious-disease imaging, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: Alexa Fluor 488 (green; GFP / FITC); DAPI (blue; DAPI / Hoechst); EDU (red/far-red; Alexa 594 / 647); PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Antler stem cell-derived exosomes restore periodontal homeostasis in a rat model with diabetic..."?

The EVOS M5000 let the authors image the relevant cellular readout: "The specific fluorescent staining was conducted under a fluorescent microscope (EVOS M5000, Thermo Fisher, USA).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell death and viability assessment, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Arylsulfatase B induces melanoma apoptosis by the ubiquitin ligase COP1."?

The EVOS M5000 let the authors capture fluorescence images of labelled cells: "Slides were washed with PBST 4 times (3 min each), then mounted with prolong antifade mountant with DAPI (Thermo Fisher) and viewed after 10 min in the EVOS M5000 Imaging System (Thermo Fisher) at 20x with optimized a...". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell death and viability assessment, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: DAPI (blue; DAPI / Hoechst); FITC (green; GFP / FITC); imaging mode: fluorescence.

Why was EVOS useful in "B10 Promotes Polarization and Pro-Resolving Functions of Bone Marrow Derived Macrophages (BMDM)..."?

The EVOS M5000 let the authors image the relevant cellular readout: "Imaging was performed with an EVOS M5000 system (Invitrogen, Carlsbad, CA, USA).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to immunology and immune-cell biology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Benzydamine rescues ethanol-induced teratogenesis in zebrafish FASD model."?

The EVOS M5000 let the authors image the relevant cellular readout: "Images were taken in an EVOS fluorescence microscope (EVOS M5000 Imaging System).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 10x, 20x; fluorescence channels: PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Bioprospecting for Anti-Kinetoplastid Drug Discovery from Aloysia citrodora Essential Oil."?

The EVOS M5000 let the authors image the relevant cellular readout: "After a 24 h period of incubation with the relevant IC 90 of the compound, the resulting fluorescence was measured in both the treated and untreated cells using an image-based cytometer, the EVOS M5000.". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Brassinin Induces H2S Signals and Improves Vascular Smooth Muscle Cell Functions."?

The EVOS M5000 let the authors track cell migration and wound closure: "The cell images were taken with an EVOS M5000 fluorescent microscope at 0 h and 24 h after the cells were scratched with 100 µL tips.". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cardiovascular and vascular biology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Cannabidiol potentiates p53-driven autophagic cell death in non-small cell lung cancer following..."?

The EVOS M5000 let the authors evaluate the experimental readout: "The stained cells were evaluated using an EVOS M5000 imaging system (Invitrogen).". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell death and viability assessment, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Cardiac Cell Membrane-Coated Nanoparticles as a Potential Targeted Delivery System for Cardiac..."?

The EVOS M5000 let the authors image the relevant cellular readout: "The internalisation was detected using an EVOS M5000 fluorescence microscope (Thermo Fisher Scientific Inc.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cardiovascular and vascular biology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: DAPI (blue; DAPI / Hoechst); PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Caspase-6 Is a Non-Apoptotic Effector of Shear-Induced Morphological Adaptation in Pulmonary..."?

The EVOS M5000 let the authors image the relevant cellular readout: "Five fields of view per channel were imaged every 24 h at 10x magnification (EVOS M5000, Invitrogen, Waltham, MA, USA), and cell orientation/elongation was quantified using a custom MATLAB R2022a (MathWorks, Natick, M...". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cardiovascular and vascular biology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 10x; other: time-lapse imaging.

Why was EVOS useful in "Cholesterol confers resistance to Apatinib-mediated ferroptosis in gastric cancer."?

The EVOS M5000 let the authors image the relevant cellular readout: "After the incubation, the staining was detected using the EVOS M5000 (Life, America).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cancer / oncology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Circular RNA circNRIP1 promotes glioma progression by regulating the miR-106a-5p/GPR133 pathway."?

The EVOS M5000 let the authors image the relevant cellular readout: "Microscopic examination (EVOS M5000, Invitrogen, Carlsbad, CA) was conducted on five randomly chosen fields of view.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology & signalling, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Complete Loss of Cramp Promotes Experimental Osteoarthritis with Enhanced Chondrocyte Apoptosis..."?

The EVOS M5000 let the authors acquire publication-quality images: "Images were acquired with the EVOS M5000 Imaging System (Thermo Fisher Scientific, Waltham, MA, USA).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell death and viability assessment, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Composites of Reduced Graphene Oxide Based on Silver Nanoparticles and Their Effect on Breast..."?

The EVOS M5000 let the authors capture brightfield/phase-contrast morphology images: "The mammospheres were imaged in an inverted phase contrast microscope (EVOS M5000) and the number of spheroids was counted.". This gave them a fast, benchtop readout of spheroid without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cancer stem-cell biology and tumour progression, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: imaging mode: phase contrast.

Why was EVOS useful in "Cyclodextrin Counteracts Coxsackievirus-Induced Cardiac Damage by Protecting Desmosome Integrity..."?

The EVOS M5000 let the authors image the relevant cellular readout: "Morphological examination using an EVOS M5000 microscope (Invitrogen, Waltham, MA, USA) revealed no noticeable changes in cell appearance or viability at concentrations up to 5.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell death and viability assessment, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "DNA-mediated UCP1 overexpression in adipose tissue: A promising anti-obesity gene therapy."?

The EVOS M5000 let the authors capture fluorescence images of labelled cells: "The stained adipocytes were visualised under a fluorescence microscope (EVOS M5000, ThermoFisher) with GFP filter (Ex470 nm, Em510 nm).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to fluorescence microscopy for labelled cellular readouts, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: GFP (green; GFP / FITC); imaging mode: fluorescence.

Why was EVOS useful in "Deciphering the effects of bixin on pulmonary alveolar adenocarcinoma migration and..."?

The EVOS M5000 let the authors capture fluorescence images of labelled cells: "After PBS wash, DAPI solution (300nM) was added into cells and incubated for 5-10 minutes in the dark and visualized under a Fluorescence microscope (EVOS M5000, Invitrogen).". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to fluorescence microscopy for labelled cellular readouts, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: DAPI (blue; DAPI / Hoechst); imaging mode: fluorescence.

Why was EVOS useful in "Design, Synthesis, and Bioactivity Assessment of Modified Vemurafenib Analog."?

The EVOS M5000 let the authors image the relevant cellular readout: "The images were obtained by EVOS M5000 microscope (Thermo Fisher, Waltham, MA, USA).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Dual treatment with Val-083 and AZD1775 shows potent anti-tumor activity in diffuse midline..."?

The EVOS M5000 let the authors acquire publication-quality images: "c Transwell inserts captured using EVOS M5000 after 24 h and 48 h invasion assay.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cancer / oncology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Dynamic and precise electromagnetic levitation of single cells."?

The EVOS M5000 let the authors image the relevant cellular readout: "All images of the wells were taken at 10x using the EVOS M5000 microscope and saved as ".". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Efficacy of parainfluenza virus 5 (PIV5)-vectored intranasal COVID-19 vaccine as a single dose..."?

The EVOS M5000 let the authors image the relevant cellular readout: "The cells were washed with PBS and imaged with an EVOS M5000 microscope (Thermo Fisher Scientific).". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to infectious disease & immunology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Elesclomol-copper combination synergistically targets mitochondrial metabolism in cancer stem..."?

The EVOS M5000 let the authors image the relevant cellular readout: "Microscopic images were recorded on day 7 (EVOS M5000, Invitrogen) (B), and the total area of the spheres was analyzed by ImageJ (C).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cancer stem-cell biology and tumour progression, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Endothelial cell source dictates the expression and release of fibrinolytic markers in a..."?

The EVOS M5000 let the authors acquire publication-quality images: "Images were captured using an EVOS M5000 fluorescent microscope (Thermo Fisher Scientific) with an oil-immersion 60x objective lens.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cardiovascular and vascular biology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 60x; fluorescence channels: Alexa Fluor 488 (green; GFP / FITC); PI (red; Texas Red / RFP / PI); Phalloidin (variable; depends on conjugate); imaging mode: fluorescence.

Why was EVOS useful in "Engineering chronological lifespan toward a robust yeast cell factory."?

The EVOS M5000 let the authors observe cellular morphology and behaviour: "Yeast cells stained with trypan blue were observed with an EVOS M5000 microscope, and >500 cells in biological triplicates were quantified to determine cell viability.". This gave them a fast, benchtop readout of yeast without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell death and viability assessment, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Estrogenic regulation of perineuronal nets in the mouse insular cortex and hippocampus."?

The EVOS M5000 let the authors image the relevant cellular readout: "The cotton swab was then rolled across a glass microscope slide and immediately imaged using an EVOS M5000 fluorescence microscope (ThermoFisher Scientific) at 10x magnification.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to neuroscience, neurodegeneration or brain-tumour research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 10x.

Why was EVOS useful in "Evernic Acid: A Low-Toxic and Selective Alternative to Chemotherapeutic Agents in the Treatment..."?

The EVOS M5000 let the authors image the relevant cellular readout: "Imaging of the stained cells was performed using a fluorescence microscope (EVOS M5000 Imaging System, Thermo Fisher Scientific, MA, USA).". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cancer / oncology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Expression of DNAJB1-PRKACA oncogene suppresses the differentiation potential of liver..."?

The EVOS M5000 let the authors image the relevant cellular readout: "Images were taken on Invitrogen's EVOS M5000 Imaging system at 2x magnification.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to organoid and tissue-model development, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 2x, 4x; fluorescence channels: GFP (green; GFP / FITC); PI (red; Texas Red / RFP / PI); imaging mode: bright-field, fluorescence.

Why was EVOS useful in "Fabrication of Aligned Polyhydroxybutyrate Fibrous Scaffolds via a Touchspinning Apparatus."?

The EVOS M5000 let the authors image the relevant cellular readout: "The controls and scaffolds were incubated with the stains for 30 min, and the cells were then imaged using an inverted fluorescence microscope (EVOS M5000) at 20x magnification.". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to biomaterials and tissue-engineering scaffolds, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 20x.

Why was EVOS useful in "Filovirus infection disrupts epithelial barrier function and ion transport in human iPSC-derived..."?

The EVOS M5000 let the authors capture brightfield/phase-contrast morphology images: "Images were captured using the EVOS M5000 Imaging System, with brightfield and fluorescence imaging at 25 ms exposure.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to organoid and tissue-model development, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: imaging mode: brightfield.

Why was EVOS useful in "From Bench to Chairside: Collagen Scaffolds in Combination with Mesenchymal Stromal Cells for..."?

The EVOS M5000 let the authors image the relevant cellular readout: "Visualization was performed using an EVOS M5000 Imaging System (Thermo Fisher Scientific, Waltham, MA, USA).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to biomaterials and tissue-engineering scaffolds, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: Calcein (green; GFP / FITC); Hoechst (blue; DAPI / Hoechst); PI (red; Texas Red / RFP / PI); Propidium Iodide (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Fucoxanthin Inhibits the NMDA and AMPA Receptors Through Regulating the Calcium Response on..."?

The EVOS M5000 let the authors acquire publication-quality images: "Fluorescent signals were captured at 1-min intervals for 5 min in the absence and presence of FCX (60 muM) using a fluorescence microscope (EVOS M5000, Thermo Fisher, MA, USA).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to neuroscience, neurodegeneration or brain-tumour research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Genetic analysis of pigment production in the fungus Exophiala dermatitidis mutant strains..."?

The EVOS M5000 let the authors image the relevant cellular readout: "Once the strains had grown, single colonies were picked and mounted in sterile water on glass slides for observation using an EVOS M5000 (Fischer Scientific) desktop microscope.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Human genetic variation reveals FCRL3 is a lymphocyte receptor for Yersinia pestis."?

The EVOS M5000 let the authors image the relevant cellular readout: "Cells were imaged using a 40x air objective on an EVOS M5000 microscope.". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: DAPI (blue; DAPI / Hoechst); GFP (green; GFP / FITC); PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Identifying regulators of aged fibroblast activation in 3D tissue models."?

The EVOS M5000 let the authors acquire publication-quality images: "All images were captured using the EVOS M5000 (Thermo Fisher Scientific, 4x objective) and the Nikon Ti2 Confocal Imaging System (20x objective).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to diabetic wound healing and skin-cell biology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 20x, 4x.

Why was EVOS useful in "Immune checkpoint inhibitor-induced AMPA2 antibody-positive encephalitis: a case report."?

The EVOS M5000 let the authors image the relevant cellular readout: "The Thermo Fisher EVOS M5000 cell imaging system was used to detect autoantibodies of autoimmune encephalitis using a cytometric bead array (CBA).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to immunology and immune-cell biology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Investigating Bacterial Vaginosis Pathogenesis Using Peptide Nucleic Acid-Fluorescence In Situ..."?

The EVOS M5000 let the authors image the relevant cellular readout: "bivia under a 60x objective using the TRITC and FITC filters on the EVOS M5000 Imaging System (Thermo Fisher Scientific), respectively.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to bacterial biofilm and infectious-disease imaging, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 60x; fluorescence channels: FITC (green; GFP / FITC); imaging mode: fluorescence.

Why was EVOS useful in "Investigating the reassortment potential and pathogenicity of the S segment in Akabane virus..."?

The EVOS M5000 let the authors observe cellular morphology and behaviour: "The cells were observed under an EVOS M5000 microscope (Thermo Fisher Scientific, China).". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to bacterial biofilm and infectious-disease imaging, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Investigation of lncRNA expression in newly diagnosed multiple myeloma reveals a LINC01432-CELF2..."?

The EVOS M5000 let the authors image the relevant cellular readout: "Louis, MO, USA catalog number D9542), mounted with ProLong Gold Antifade (Invitrogen, catalog number P36930 ), and imaged using EVOS M5000 Imaging System (Invitrogen).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell death and viability assessment, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: Alexa Fluor 488 (green; GFP / FITC); DAPI (blue; DAPI / Hoechst); imaging mode: fluorescence.

Why was EVOS useful in "Iron overload-induced ferroptosis in CD8+ T cells leads to functional abnormalities that promote..."?

The EVOS M5000 let the authors image the relevant cellular readout: "Slides were photographed using an EVOS M5000 imaging system (Thermo Scientific, Waltham, MA, USA).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to immunology and immune-cell biology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: DAPI (blue; DAPI / Hoechst); DIO (green; GFP / FITC); EDU (red/far-red; Alexa 594 / 647); PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Kap1 Regulates Protein Stability of Nanog by Interfering with Fbxw8-Dependent Ubiquitination."?

The EVOS M5000 let the authors acquire publication-quality images: "The images were acquired using an EVOS M5000 imaging system.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology & signalling, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Karyotypic Profiling of Induced Pluripotent Stem Cells Derived from a Xeroderma Pigmentosum..."?

The EVOS M5000 let the authors image the relevant cellular readout: "Imaging was performed using an EVOS M5000 Imaging System (ThermoFisher Scientific, Waltham, MA, USA).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology & signalling, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: DAPI (blue; DAPI / Hoechst); imaging mode: fluorescence.

Why was EVOS useful in "Light-Intensity-Dependent Control of Collagen Hydrogel Properties via Riboflavin..."?

The EVOS M5000 let the authors image the relevant cellular readout: "After PBS washing, fluorescence imaging was performed using an EVOS M5000 imaging system (Thermo Fisher Scientific, Waltham, MA, USA).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to biomaterials and tissue-engineering scaffolds, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: Calcein (green; GFP / FITC); Ethd-1 (red; Texas Red / RFP / PI); Ethidium Homodimer (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "MK2 Inhibition as a Novel Treatment for Fibrosis in Primary Sclerosing Cholangitis via an..."?

The EVOS M5000 let the authors image the relevant cellular readout: "Imaging of the stained liver sections was performed using the EVOS M5000 imaging system (ThermoFisher Scientific, Waltham, MA, USA).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Magnolol as a Radiotherapy Enhancer in Oral Squamous Cell Carcinoma: Targeting the EGFR/NF-κB..."?

The EVOS M5000 let the authors acquire publication-quality images: "Pathological images of each group were captured using the EVOS M5000 Imaging System (Invitrogen, MA, USA) at a magnification of x100.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to immunology and immune-cell biology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Mechanical Reinforcement of Paper Biocomposites Using Filamentous Cyanobacteria."?

The EVOS M5000 let the authors observe cellular morphology and behaviour: "Stained cells were observed directly in the well using a fluorescence microscope (EVOS M5000, Thermo Fisher, UK) equipped with 10x and 20x objectives.". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 20x; fluorescence channels: Calcein (green; GFP / FITC); DAPI (blue; DAPI / Hoechst); Ethidium Homodimer (red; Texas Red / RFP / PI); FITC (green; GFP / FITC); PI (red; Texas Red / RFP / PI); Phalloidin (variable; depends on conjugate); RFP (red; RFP / Texas Red); imaging mode: fluorescence.

Why was EVOS useful in "Mechanism Insight of Cell Death Signaling by Thymol Derivatives on Trypanosomatidae Protozoan..."?

The EVOS M5000 let the authors image the relevant cellular readout: "After 24 h of incubation with the corresponding IC 90 of each derivative, the fluorescence emitted by treated and untreated cells was measured using an image-based cytometer, EVOS M5000.". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell death and viability assessment, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Mitochondrial Fusion Protein 2-Modified Bone Marrow Mesenchymal Stem Cells Improved..."?

The EVOS M5000 let the authors image the relevant cellular readout: "EVOS M5000 fluorescence microscope Themo Fisher, USA Orbital shaker TS-100 Kylin-Bell, China JP-K6000 chemiluminescence analyzer Shanghai Jiapeng, China 10T Transfection kit Nanjing Jiangyuan Biotechnology Co.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology & signalling, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "MoS2-x/C Nanosheets for Antifungal and Anti-Inflammatory Therapy of Aspergillus fumigatus..."?

The EVOS M5000 let the authors image the relevant cellular readout: "Images were photographed using the EVOS™ M5000 imaging system.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Modifying Antifungal Peptides as Safe Food Preservatives."?

The EVOS M5000 let the authors image the relevant cellular readout: "Images were obtained using an EVOS M5000 imaging system (Thermo Fisher Scientific).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: EDU (red/far-red; Alexa 594 / 647); PI (red; Texas Red / RFP / PI); Propidium Iodide (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Modulating Skin Aging Molecular Targets and Longevity Drivers Through a Novel Natural Product:..."?

The EVOS M5000 let the authors image the relevant cellular readout: "The image collection of specific fluorescence signals was performed with the epi-fluorescence imaging system (EVOS M5000; Thermo Fisher).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: DAPI (blue; DAPI / Hoechst); PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Multilayered Tissue Assemblies Through Tuneable Biodegradable Polyhydroxyalkanoate Polymer..."?

The EVOS M5000 let the authors image the relevant cellular readout: "Samples were incubated in the staining solution in the dark for 30 min at 37 degC, washed twice with PBS, and then imaged using an inverted fluorescence microscope (EVOS model M5000, Thermo Fisher).". This gave them a fast, benchtop readout of sample without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to biomaterials and tissue-engineering scaffolds, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 10x; fluorescence channels: Calcein (green; GFP / FITC); DAPI (blue; DAPI / Hoechst); EDU (red/far-red; Alexa 594 / 647); GFP (green; GFP / FITC); Hoechst (blue; DAPI / Hoechst); PI (red; Texas Red / RFP / PI); imaging mode: brightfield, fluorescence.

Why was EVOS useful in "N-butylphthalide (NBP) and ligustrazine (TMP) triazole hybrids target the KEAP1-NRF2 pathway to..."?

The EVOS M5000 let the authors image the relevant cellular readout: "Following two washes with DMEM, cellular morphology was examined using an EVOS M5000 fluorescence microscope (Thermo Fisher Scientific, USA).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology & signalling, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Navigating the Collective: Nanoparticle-Assisted Identification of Leader Cancer Cells During..."?

The EVOS M5000 let the authors track cell migration and wound closure: "Additionally, we took pictures after 24 h to assess the percentage of wound closure--effectively allowing the measurement of the migration efficacy endpoint--using the EVOS M5000 fluorescent imaging system (Thermo Fis...". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cancer / oncology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Nelfb promotes dermal white adipose tissue formation through RNA polymerase II-mediated..."?

The EVOS M5000 let the authors capture fluorescence images of labelled cells: "Samples were mounted with Fluoromount-G (Southern Biotech, #0100-01) and fluorescence images were acquired using the EVOS M5000 Imaging System (Thermo Fisher Scientific).". This gave them a fast, benchtop readout of sample without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: DAPI (blue; DAPI / Hoechst); Hoechst 33342 (blue; DAPI / Hoechst); PI (red; Texas Red / RFP / PI); imaging mode: brightfield, fluorescence.

Why was EVOS useful in "Odontogenesis-associated phosphoprotein (ODAPH) Promotes Ameloblast adhesion and alkaline..."?

The EVOS M5000 let the authors acquire publication-quality images: "After distilled water washes, images were acquired using an EVOS M5000 imaging system (Thermo Fisher Scientific).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology & signalling, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 10x, 40x; imaging mode: phase-contrast.

Why was EVOS useful in "Protective Action of 3,5-Diiodo-L-Thyronine on Cigarette Smoke-Induced Mitochondrial Dysfunction..."?

The EVOS M5000 let the authors acquire publication-quality images: "After fixation with a solution of 2% paraformaldehyde, images were acquired by the EVOS M5000 Imaging System (Thermo Fisher Scientific).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology & signalling, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Protocol for 3D Matrigel embedding of primary murine astrocytes for a physiologically relevant..."?

The EVOS M5000 let the authors image the relevant cellular readout: "Open in a new tab Proper cell seeding density (A) Representative optical microscope images (EVOS M5000, Invitrogen) of primary astrocytes immediately after embedding in the Matrigel drop at cell densities lower, equal...". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to immunology and immune-cell biology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Protocol for detection of Oropouche viruses from human serum."?

The EVOS M5000 let the authors image the relevant cellular readout: "2 mum Bottle top filter Thermo Fisher Scientific Cat# 0974106 CFX Opus 96 real-time PCR system Bio-Rad Cat# 12011319 EVOS M5000 imaging system Invitrogen Cat# AMF5000 ImmunoSpot S6 Core Analyzer C.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to infectious disease & immunology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Protocol for modeling injury-induced regeneration in retinal organoids and isolating hNRSCs for..."?

The EVOS M5000 let the authors image the relevant cellular readout: ", 1998 6 Experimental models: Organisms/strains Mouse: Rd10 (Pde6b rd10 , C57BL/6J genetic background) 4-24 weeks, male Shanghai Model Organisms Cat# NM-KI-232201 Other Class II biological hood Thermo Scientific Cat# ...". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to organoid and tissue-model development, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Recovery of phenotypically sorted cells using droplet-digital microfluidics."?

The EVOS M5000 let the authors capture fluorescence images of labelled cells: "Fluorescence images of the single cells in well plates were taken using an EVOS M5000 imaging system (Thermo Fisher Scientific, Waltham, MA, USA).". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: Calcein (green; GFP / FITC); GFP (green; GFP / FITC); PI (red; Texas Red / RFP / PI); Sytox (blue/green; DAPI / GFP depending on dye); imaging mode: brightfield, fluorescence.

Why was EVOS useful in "Regulation of Ferroptosis in Human Macrophage by Nitric Oxide Donors."?

The EVOS M5000 let the authors capture fluorescence images of labelled cells: "Live and dead cells were visualized using an EVOS M5000 fluorescence microscope (Thermo Fisher Scientific, USA) with a following established wavelength range for excitation and registration of dye fluorescence: for Ho...". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to immunology and immune-cell biology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: Calcein (green; GFP / FITC); DAPI (blue; DAPI / Hoechst); EDU (red/far-red; Alexa 594 / 647); GFP (green; GFP / FITC); Hoechst (blue; DAPI / Hoechst); Hoechst 33342 (blue; DAPI / Hoechst); PI (red; Texas Red / RFP / PI); Propidium Iodide (red; Texas Red / RFP / PI); RFP (red; RFP / Texas Red); imaging mode: fluorescence.

Why was EVOS useful in "Repeated Low-Level Inflammatory Challenge Leads to Alterations in the TNF-CXCL10 Signalling..."?

The EVOS M5000 let the authors capture fluorescence images of labelled cells: "Stained cells were then imaged and counted using the EVOS M5000 GFP filter cube, and counts normalized to total cell count acquired through brightfield images (x10 magnification).". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cardiovascular and vascular biology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: GFP (green; GFP / FITC); imaging mode: brightfield, fluorescence.

Why was EVOS useful in "Repurposing Analysis of Nitroxoline (8-Hydroxy-5-nitroquinoline) as an Antichagasic Compound."?

The EVOS M5000, EVOS FL let the authors image the relevant cellular readout: "Images were taken using EVOS M5000 Cell Imaging System 1.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Resveratrol Analogs Ameliorate Mitochondrial Impairment and Insulin Resistance in a..."?

The EVOS M5000 let the authors acquire publication-quality images: "After washing with PBS, fluorescence was visualized using an EVOS M5000 epifluorescence microscope (ThermoFisher Scientific).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to neuroscience, neurodegeneration or brain-tumour research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "SFTSV NSs interacts with AGO2 to regulate the RNAi pathway for viral replication."?

The EVOS M5000 let the authors capture fluorescence images of labelled cells: "( D ) HEK293T cells were infected with SFTSV (1 MOI) and co-transfected with siGFP and pGFP simultaneously, 6 h after transfection, or 6 h before transfection followed by the fluorescence microscopy for GFP signal wit...". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to immunology and immune-cell biology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: GFP (green; GFP / FITC); imaging mode: fluorescence.

Why was EVOS useful in "Shiga Toxin Type 2 Aggravates G1/S Phase Cell Cycle Arrest, Mediating Caspase-Independent Cell..."?

The EVOS M5000 let the authors monitor 3D spheroid morphology and growth: "After 96 h, the phenotype of the spheroids was observed using an EVOS M5000 fluorescence microscope (ThermoFisher Scientific) and cytotoxicity was confirmed using cell culture supernatants.". This gave them a fast, benchtop readout of spheroid without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell death and viability assessment, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Single-cycle parainfluenza virus type 5 vectors for producing recombinant proteins, including a..."?

The EVOS M5000 let the authors acquire publication-quality images: "Visualization of mCherry-expressing cells and plaques and immunofluorescence Infected cells expressing mCherry and mCherry-positive viral plaques in unfixed but washed (1x with complete PBS) cells were visualized usin...". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to infectious disease & immunology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 20x; fluorescence channels: CY5 (far-red; Cy5); DAPI (blue; DAPI / Hoechst); EDU (red/far-red; Alexa 594 / 647); FITC (green; GFP / FITC); Mcherry (red; RFP / Texas Red); PI (red; Texas Red / RFP / PI); Texas Red (red; Texas Red / RFP); imaging mode: fluorescence, phase-contrast.

Why was EVOS useful in "TFEB overexpression alleviates autophagy-lysosomal deficits caused by progranulin insufficiency."?

The EVOS M5000 let the authors capture fluorescence images of labelled cells: "Coverslips were mounted onto slides with Prolong Gold reagent with DAPI (ThermoFisher), then imaged on an EVOS M5000 microscope (ThermoFisher).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to fluorescence microscopy for labelled cellular readouts, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: DAPI (blue; DAPI / Hoechst); DIO (green; GFP / FITC); EDU (red/far-red; Alexa 594 / 647); GFP (green; GFP / FITC); RFP (red; RFP / Texas Red); imaging mode: fluorescence.

Why was EVOS useful in "TGF-beta1-dependent expression of FOXS1 attenuates adipogenic potential and enhances a..."?

The EVOS M5000 let the authors image the relevant cellular readout: "Images were taken using an EVOS M5000 imaging system (Thermo Fisher Scientific).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to diabetic wound healing and skin-cell biology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Targeting cystatin F activation enhances NK cell cytotoxicity in glioblastoma models."?

The EVOS M5000 let the authors image the relevant cellular readout: "Chips were incubated overnight and then imaged using confocal microscopy (LSM 710, Carl Zeiss) or widefield microscopy (EVOS M5000 Imaging system, Thermo Fisher).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to neuroscience, neurodegeneration or brain-tumour research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: other: time-lapse imaging.

Why was EVOS useful in "The Combination of Curcumae Radix and Syzygium Aromaticum Extracts Mitigates Benign Prostatic..."?

The EVOS M5000 let the authors image the relevant cellular readout: "Cell viability was measured at 540 nm using EVOS M5000 fluorescence microscopy (Thermo Fisher Scientific).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell death and viability assessment, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "The coiled-coil protein carrier structure affects the activation of certain endocytosis pathways."?

The EVOS M5000 let the authors observe cellular morphology and behaviour: "The cells were observed using an Evos M5000 imaging system (Thermo Fisher Scientific).". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology & signalling, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Three-Dimensional Printing of Hydrogel as Skin Substitute and Comparative Evaluation of Melanin..."?

The EVOS M5000 let the authors acquire publication-quality images: "After incubation, images were captured, using the Invitrogen EVOS M5000 imaging system, from Thermo-fisher Scientific (USA), in which the green color indicates live cells and the red color indicates dead cells.". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to biomaterials and tissue-engineering scaffolds, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 10x.

Why was EVOS useful in "Ultra-Small Iron-Based Nanoparticles with Mild Photothermal-Enhanced Cascade Enzyme-Mimic..."?

The EVOS M5000 let the authors capture fluorescence images of labelled cells: "The fluorescence images were recorded employing an inverted fluorescence microscope (EVOS M5000, Thermo Fisher Scientific).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cancer / oncology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: Calcein (green; GFP / FITC); FITC (green; GFP / FITC); Hoechst 33258 (blue; DAPI / Hoechst); Jc-1 (green/red; GFP / Texas Red); PI (red; Texas Red / RFP / PI); Propidium Iodide (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Understanding Heterogeneity and Tolerance of Dual Candida albicans-Staphylococcus aureus..."?

The EVOS M5000 let the authors capture fluorescence images of labelled cells: "Wells were imaged on an EVOS M5000 fluorescent microscope using a DAPI filter (Ex.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to bacterial biofilm and infectious-disease imaging, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: DAPI (blue; DAPI / Hoechst); PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Uropathogenic Escherichia coli Biofilms: Antibiotic Pressure and Interaction with Human Neutrophils."?

The EVOS M5000 let the authors image the relevant cellular readout: "EVOS M5000 light microscope, scale bar--125 mum.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to bacterial biofilm and infectious-disease imaging, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "YAP1 promoter-associated noncoding RNA affects Ewing sarcoma cell tumorigenicity by regulating..."?

The EVOS M5000 let the authors image the relevant cellular readout: "Cells were washed with Stellaris™ RNA FISH Wash Buffer B in the dark at room temperature for 5 min and mounted and imaged using an Invitrogen EVOS M5000 microscope.". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cancer / oncology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "miR-124 Targets EGFR and Attenuates Growth and Invasion in Bladder Cancer Cells."?

The EVOS M5000 let the authors capture fluorescence images of labelled cells: "Finally, 50 mul of DAPI mounting medium (Leica, Wetzlar, Germany) was added, and EGFR fluorescence was captured using the EVOS M5000 imaging system ( 22 ).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to fluorescence microscopy for labelled cellular readouts, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: DAPI (blue; DAPI / Hoechst); imaging mode: fluorescence.

Why was EVOS useful in "Iris setosa Pall. ex Link Extract Reveals Amoebicidal Activity against Acanthamoeba castellanii..."?

The EVOS M5000 let the authors capture fluorescence images of labelled cells: "4), followed by the assessment of fluorescence signals using an EVOS M5000 Imaging System (Thermo Fisher Scientific, Waltham, MA, USA): the 4',6-diamidino-2-phenylindole (DAPI) channel (405 and 450 nm) for CytoCalcein...". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to fluorescence microscopy for labelled cellular readouts, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: Calcein (green; GFP / FITC); DAPI (blue; DAPI / Hoechst); GFP (green; GFP / FITC); imaging mode: fluorescence.

Why was EVOS useful in "A High-Throughput Drug Repurposing Strategy to Treat TBX2 and/or TBX3 Dependent Cancers."?

The EVOS M5000 let the authors image the relevant cellular readout: "The next day, images were taken using an EVOS M5000 Imaging System microscope (Thermo Fisher Scientific, USA).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cancer / oncology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: Alexa Fluor 488 (green; GFP / FITC); DAPI (blue; DAPI / Hoechst); PI (red; Texas Red / RFP / PI); imaging mode: brightfield, fluorescence.

Why was EVOS useful in "A Surprising Repurposing of Central Nervous System Drugs against Squamous Cell Carcinoma of the..."?

The EVOS M5000 let the authors image the relevant cellular readout: "Cell Morphology Visualization After the 48 h drug exposure, we used a digital inverted microscope (EVOS M5000 Imaging System, Thermo Fisher Scientific Inc, Waltham, MA, USA) to visualize and capture the morphological ...". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cancer / oncology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 20x; fluorescence channels: EDU (red/far-red; Alexa 594 / 647); PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "A multicellular vessel-on-a-chip model reveals context-dependent roles for platelets in..."?

The EVOS M5000 let the authors image the relevant cellular readout: "FITC-dextran (250 kDa) was added for the last 45 minutes and then fluorescence was imaged on an EVOS M5000.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to immunology and immune-cell biology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: FITC (green; GFP / FITC); imaging mode: fluorescence.

Why was EVOS useful in "Amoebicidal Effect of COVID Box Molecules against Acanthamoeba: A Study of Cell Death."?

The EVOS M5000 let the authors image the relevant cellular readout: "EVOS M5000 and an objective of 40 were used to quantify the mean fluorescence intensity emitted by the cells stained.". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell death and viability assessment, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Anti-aging effect of extracellular vesicles from mesenchymal stromal cells on senescence-induced..."?

The EVOS M5000 let the authors image the relevant cellular readout: "Cells were examined and photographed under a microscope (EVOS M5000, Invitrogen, Illkirch, France).". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to biomaterials and tissue-engineering scaffolds, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Antisense-mediated splicing correction as a therapeutic approach for p53 K120R mutation."?

The EVOS M5000 let the authors acquire publication-quality images: "Images were captured using an EVOS M5000 imaging system (Thermo Fisher Scientific).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Comparative Analysis of Commercial and Home-Made Media on RSPO1/S6R Axis in Organoids with..."?

The EVOS M5000 let the authors acquire publication-quality images: "( A ) Representative images of CRC NM PDOs cultured with the indicated media at 48 h (40x magnification, scale bar = 100 µm) (n = 6); representative pictures were captured through an EVOS M5000 Microscope.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to organoid and tissue-model development, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 40x; fluorescence channels: PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Development and validation of Mayaro virus with luciferase reporter genes as a tool for..."?

The EVOS M5000 let the authors image the relevant cellular readout: "Images were analyzed at EVOs M5000 Cell Imaging Systems (Thermo Fisher Scientific).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to infectious disease & immunology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Effect of Crude Polysaccharides from Ecklonia cava Hydrolysate on Cell Proliferation and..."?

The EVOS M5000 let the authors observe cellular morphology and behaviour: "Proliferated HMSCs were observed using an EVOS M5000 imaging system (ThermoFisher) at the same time each day.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology & signalling, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Ethanol-activated microglial exosomes induce MCP1 signaling mediated death of stress-regulatory..."?

The EVOS M5000 let the authors capture fluorescence images of labelled cells: "Fluorescent images were captured with EVOS M5000 Imaging System (Invitrogen, USA).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to neuroscience, neurodegeneration or brain-tumour research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: DAPI (blue; DAPI / Hoechst); imaging mode: fluorescence.

Why was EVOS useful in "Exploring therapeutic approaches against Naegleria fowleri infections through the COVID box."?

The EVOS M5000 let the authors image the relevant cellular readout: "The results were revealed by fluorescence obtained using EVOS™ M5000 fluorescence inverted microscope (Invitrogen, Thermo Fisher Scientific, Madrid, Spain).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to infectious disease & immunology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 40x; fluorescence channels: GFP (green; GFP / FITC); Hoechst (blue; DAPI / Hoechst); Hoechst 33342 (blue; DAPI / Hoechst); Jc-1 (green/red; GFP / Texas Red); PI (red; Texas Red / RFP / PI); Propidium Iodide (red; Texas Red / RFP / PI); RFP (red; RFP / Texas Red); Sytox (blue/green; DAPI / GFP depending on dye); imaging mode: fluorescence.

Why was EVOS useful in "Flucofuron as a Promising Therapeutic Agent against Brain-Eating Amoeba."?

The EVOS M5000 let the authors acquire publication-quality images: "Two different visible/fluorescent channels were simultaneously captured at 100x magnification using an EVOS M5000 Cell Imaging System, Life Technologies, Madrid, Spain.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 100x.

Why was EVOS useful in "Genome variation in the Batrachochytrium pathogens of amphibians."?

The EVOS M5000 let the authors image the relevant cellular readout: "The background images for the species boxes are photos taken by an EVOS M5000 Imaging System at 40x magnification (scale bars shown) of Bsal (top panel) and Bd cells (bottom panel) grown in tGhL media.". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to bacterial biofilm and infectious-disease imaging, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 40x; fluorescence channels: DIO (green; GFP / FITC); PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Homocysteine potentiates amyloid beta -induced death receptor 4- and 5-mediated cerebral..."?

The EVOS M5000 let the authors acquire publication-quality images: "Cells were visualized and imaged using the EVOS M5000 Imaging System (Thermo Fisher Scientific).". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell death and viability assessment, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: EDU (red/far-red; Alexa 594 / 647); GFP (green; GFP / FITC); PI (red; Texas Red / RFP / PI); Propidium Iodide (red; Texas Red / RFP / PI); RFP (red; RFP / Texas Red); imaging mode: brightfield, fluorescence.

Why was EVOS useful in "Human dental pulp stem cells modulate pro-inflammatory macrophages both through cell-to-cell..."?

The EVOS M5000 let the authors capture brightfield/phase-contrast morphology images: "Phase contrast 20X images captured by EVOS M5000 Imaging System (Thermofisher, USA).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to immunology and immune-cell biology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: PI (red; Texas Red / RFP / PI); imaging mode: fluorescence, phase contrast.

Why was EVOS useful in "Intra-tumor ROS amplification by melatonin interferes in the..."?

The EVOS M5000 let the authors acquire publication-quality images: "After vigorous washing with PBS to remove excessive stain, cells were mounted and visualized under EVOS M5000 Imaging System (Invitrogen) using UV-filter [ 35 ].". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell death and viability assessment, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 40x; fluorescence channels: DAPI (blue; DAPI / Hoechst); EDU (red/far-red; Alexa 594 / 647); FITC (green; GFP / FITC); Lysotracker Green (green; GFP / FITC); PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Liquid-liquid phase inclusion bodies in acute and persistent parainfluenaza virus type 5 infections."?

The EVOS M5000 let the authors acquire publication-quality images: "The cells were visualized using an Evos M5000 microscope (Thermo Fisher).". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to infectious disease & immunology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Lithium downregulates phosphorylated acetyl-CoA carboxylase 2 and attenuates mitochondrial fatty..."?

The EVOS M5000 let the authors image the relevant cellular readout: ") and a fluorescence microscopy system (EVOS M5000 Imaging System; Thermo Fisher Scientific, Inc.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to fluorescence microscopy for labelled cellular readouts, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: Hoechst (blue; DAPI / Hoechst); imaging mode: fluorescence.

Why was EVOS useful in "Microfluidic Fabricated Liposomes for Nutlin-3a Ocular Delivery as Potential Candidate for..."?

The EVOS M5000 let the authors acquire publication-quality images: "To confirm Nutlin-3 effects on ARPE-19, cell morphology was observed, and images were acquired using an EVOS XL microscope system (Advanced Microscopy Group, AMG, Washington, USA).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 40x; fluorescence channels: Brdu (red/far-red; Alexa 594 / 647); FITC (green; GFP / FITC); PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Mitochondrial Transplantation Therapy Ameliorates Muscular Dystrophy in mdx Mouse Model."?

The EVOS M5000 let the authors capture fluorescence images of labelled cells: "Stained preparations were studied using the EVOS M5000 imaging system and DAPI, Texas Red, and GFP fluorescent cubes.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to fluorescence microscopy for labelled cellular readouts, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: DAPI (blue; DAPI / Hoechst); GFP (green; GFP / FITC); Hoechst 33342 (blue; DAPI / Hoechst); Texas Red (red; Texas Red / RFP); imaging mode: fluorescence.

Why was EVOS useful in "Mitochondrial epigenetics brings new perspectives on doubly uniparental inheritance in bivalves."?

The EVOS M5000 let the authors capture fluorescence images of labelled cells: "Cells were finally washed 3 x 5 min in PBS 1X, were added to a slide and mixed with a drop of 4',6-diamidino-2-phenylindole (DAPI), and were visualized with an EVOS M5000 microscope.". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to fluorescence microscopy for labelled cellular readouts, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: DAPI (blue; DAPI / Hoechst); imaging mode: fluorescence.

Why was EVOS useful in "Multi-omic analyses identified SFRP4 as a novel biomarker in abnormal uterine bleeding with..."?

The EVOS M5000 let the authors capture fluorescence images of labelled cells: "Finally, DAPI was added and images were obtained with EVOS™ M5000 (ThermoFisher Invitrogen, USA).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to fluorescence microscopy for labelled cellular readouts, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: DAPI (blue; DAPI / Hoechst); imaging mode: fluorescence.

Why was EVOS useful in "PIK3R1 fusion drives chemoresistance in ovarian cancer by activating ERK1/2 and inducing rod and..."?

The EVOS M5000 let the authors capture fluorescence images of labelled cells: "Fluorescence images were taken using Invitrogen EVOS M5000 Imaging System (Thermo Fisher Scientific) and confocal images by 3i Spinning Disc.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cancer / oncology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Photochemical inactivation as an alternative method to produce a whole-cell vaccine for..."?

The EVOS M5000 let the authors acquire publication-quality images: "Agglutination images were captured by photo-microscopy using the 4x lens of an EVOS M5000 imaging system (Thermo Fisher Scientific).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to bacterial biofilm and infectious-disease imaging, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 4x.

Why was EVOS useful in "Pneumolysin contributes to dysfunction of nasal epithelial barrier for promotion of pneumococcal..."?

The EVOS M5000 let the authors observe cellular morphology and behaviour: "Stained tissue sections were observed using an EVOS M5000 Imaging System (Thermo Fisher Scientific).". This gave them a fast, benchtop readout of tissue without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: Alexa Fluor 488 (green; GFP / FITC); Alexa Fluor 594 (red; Texas Red / RFP); DAPI (blue; DAPI / Hoechst); PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Recruiting the Immune System against Pathogenic Bacteria Using High-Affinity Chimeric Tags."?

The EVOS M5000 let the authors image the relevant cellular readout: "Images were obtained using an EVOS M5000 imaging system (Thermo Fisher Scientific).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to bacterial biofilm and infectious-disease imaging, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 40x; fluorescence channels: PI (red; Texas Red / RFP / PI); Syto (blue/green; DAPI / GFP depending on dye); imaging mode: fluorescence.

Why was EVOS useful in "Reduction of Mitochondrial Calcium Overload via MKT077-Induced Inhibition of Glucose-Regulated..."?

The EVOS M5000 let the authors image the relevant cellular readout: "To monitor the transverse orientation of muscle fibers and identify the mid-belly region of the muscle (according to [ 39 ]), semithin sections were first prepared and analyzed using an EVOS M5000 imaging system (Ther...". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology & signalling, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Role of transglutaminase 2 in promoting biglycan synthesis in idiopathic gingival fibromatosis."?

The EVOS M5000 let the authors observe cellular morphology and behaviour: "Color development was observed using an EVOS M5000 imaging system (Invitrogen).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Selective Targeting of Regulated Rhabdomyosarcoma Cells by Trinuclear Ruthenium(II)-Arene Complexes."?

The EVOS M5000 let the authors track cell migration and wound closure: "Open in a new tab Representative images (10x; EVOS M5000 imaging System) and graphical quantification of migration of (a) RD and (b) RH-30 RMS cell lines treated with either 1 or the vehicle (0.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cancer / oncology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: Calcein (green; GFP / FITC); DAPI (blue; DAPI / Hoechst); PI (red; Texas Red / RFP / PI); Propidium Iodide (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "The ventral hippocampus is activated in olfactory but not auditory threat memory."?

The EVOS M5000 let the authors image the relevant cellular readout: "Image acquisition and analysis Images were taken in the lateral amygdala (LA), anterior basolateral amygdala (BLA), posterior piriform cortex (pPC), dorsal CA1 (dCA1), dorsal CA3 (dCA3), ventral CA1 (vCA1), ventral CA...". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Chamigrane-Type Sesquiterpenes from Laurencia dendroidea as Lead Compounds against Naegleria..."?

The EVOS M5000 let the authors image the relevant cellular readout: "Images (x40) were obtained using an EVOS M5000 Cell Imaging System, Life Technologies and are representative of the cell population.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: EDU (red/far-red; Alexa 594 / 647); GFP (green; GFP / FITC); Hoechst (blue; DAPI / Hoechst); Hoechst 33342 (blue; DAPI / Hoechst); Jc-1 (green/red; GFP / Texas Red); PI (red; Texas Red / RFP / PI); Propidium Iodide (red; Texas Red / RFP / PI); Sytox (blue/green; DAPI / GFP depending on dye); imaging mode: fluorescence.

Why was EVOS useful in "Exploring the Bioactive Potential of Calostoma insigne, an Endangered Culinary Puffball..."?

The EVOS M5000 let the authors acquire publication-quality images: "When intracellular ROS levels rose, DCFDA became DCF, a green, fluorescent molecule, which was measured at 485 nm excitation and 535 nm emission using a fluorescence microplate reader and captured with an EVOS M5000 I...". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: FITC (green; GFP / FITC); Hoechst 33342 (blue; DAPI / Hoechst); Jc-1 (green/red; GFP / Texas Red); PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Hypoxia Inhibits Cell Cycle Progression and Cell Proliferation in Brain Microvascular..."?

The EVOS M5000 let the authors image the relevant cellular readout: "EVOS M5000 objective magnification: 40x.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cardiovascular and vascular biology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 20x, 40x; fluorescence channels: EDU (red/far-red; Alexa 594 / 647); Hoechst 33342 (blue; DAPI / Hoechst); PI (red; Texas Red / RFP / PI); Propidium Iodide (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Identification and characterization of novel marine oxasqualenoid yucatecone against Naegleria..."?

The EVOS M5000 let the authors image the relevant cellular readout: "For this, the EVOS M5000 Cell Imaging System (Life Technologies, Madrid, Spain) was used and each experiment was performed in triplicate.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: EDU (red/far-red; Alexa 594 / 647); Hoechst (blue; DAPI / Hoechst); Hoechst 33342 (blue; DAPI / Hoechst); Jc-1 (green/red; GFP / Texas Red); PI (red; Texas Red / RFP / PI); Propidium Iodide (red; Texas Red / RFP / PI); Sytox (blue/green; DAPI / GFP depending on dye); imaging mode: fluorescence.

Why was EVOS useful in "In Vivo and In Vitro Expression of iC1, a Methylation-Controlled J Protein (MCJ) in Bovine..."?

The EVOS M5000 let the authors acquire publication-quality images: "Cells were mounted in aqueous VECTASHIELD ® Antifade Mounting Media (Vector Laboratories, Newark, CA, USA) and visualized under an epifluorescence microscope (Evos M5000 Imaging System; Invitrogen, Carlsbad, CA, USA).". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: DAPI (blue; DAPI / Hoechst); PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Induction of Programmed Cell Death in Acanthamoeba culbertsoni by the Repurposed Compound..."?

The EVOS M5000 let the authors observe cellular morphology and behaviour: "Finally, the trophozoites were observed using an inverted microscope EVOS™ FL Cell Imaging System M5000 (Life Technologies, USA).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell death and viability assessment, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 100x, 40x; fluorescence channels: DAPI (blue; DAPI / Hoechst); Hoechst (blue; DAPI / Hoechst); Hoechst 33258 (blue; DAPI / Hoechst); Hoechst 33342 (blue; DAPI / Hoechst); Jc-1 (green/red; GFP / Texas Red); PI (red; Texas Red / RFP / PI); Phalloidin (variable; depends on conjugate); Propidium Iodide (red; Texas Red / RFP / PI); Sytox (blue/green; DAPI / GFP depending on dye); imaging mode: fluorescence.

Why was EVOS useful in "Marine Meroterpenoids Isolated from Gongolaria abies-marina Induce Programmed Cell Death in..."?

The EVOS M5000 let the authors image the relevant cellular readout: "An EVOS M5000 Cell Imaging System, Life Technologies, Madrid, Spain was used to capture the images.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell death and viability assessment, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: DIO (green; GFP / FITC); EDU (red/far-red; Alexa 594 / 647); Hoechst (blue; DAPI / Hoechst); Hoechst 33342 (blue; DAPI / Hoechst); Jc-1 (green/red; GFP / Texas Red); PI (red; Texas Red / RFP / PI); Propidium Iodide (red; Texas Red / RFP / PI); Sytox (blue/green; DAPI / GFP depending on dye); imaging mode: fluorescence.

Why was EVOS useful in "Repurposing of Nitroxoline as an Alternative Primary Amoebic Meningoencephalitis Treatment."?

The EVOS M5000 let the authors image the relevant cellular readout: "Three independent assays were conducted with the EVOS M5000 software tools.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: EDU (red/far-red; Alexa 594 / 647); Hoechst 33342 (blue; DAPI / Hoechst); Jc-1 (green/red; GFP / Texas Red); PI (red; Texas Red / RFP / PI); Propidium Iodide (red; Texas Red / RFP / PI); Sytox (blue/green; DAPI / GFP depending on dye); imaging mode: fluorescence.

Why was EVOS useful in "Phragmites australis (Cav.) Trin. ex Steud. Extract Induces Apoptosis-like Programmed Cell Death..."?

The EVOS M5000 let the authors image the relevant cellular readout: "The images were obtained using an EVOS M5000 Imaging System (Thermo Fisher Scientific, Waltham, MA, USA).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell death and viability assessment, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 200x, 400x, 6000x; fluorescence channels: Calcein (green; GFP / FITC); DAPI (blue; DAPI / Hoechst); FITC (green; GFP / FITC); GFP (green; GFP / FITC); Jc-1 (green/red; GFP / Texas Red); PI (red; Texas Red / RFP / PI); Propidium Iodide (red; Texas Red / RFP / PI); Texas Red (red; Texas Red / RFP); imaging mode: fluorescence.

Why was EVOS useful in "Repetitive Transcranial Magnetic Stimulation Improves Neurological Function and Promotes the..."?

The EVOS M5000 let the authors image the relevant cellular readout: "After all, the slices were washed 2-3 times with PBS and examined under an EVOS M5000 imaging system.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to immunology and immune-cell biology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: Brdu (red/far-red; Alexa 594 / 647); DAPI (blue; DAPI / Hoechst); PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Tumor necrosis factor alpha and palmitate simulate bovine fatty liver disease in vitro when..."?

The EVOS M5000 let the authors acquire publication-quality images: "About 10 randomly selected photomicrographs of each group were captured at 100x magnification using the EVOS M5000 Imaging System and marker positive cells were quantified using ImageJ.". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cancer / oncology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 100x; fluorescence channels: DAPI (blue; DAPI / Hoechst); EDU (red/far-red; Alexa 594 / 647); PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "A New Protocol of Computer-Assisted Image Analysis Highlights the Presence of Hemocytes in the..."?

The EVOS M5000 let the authors image the relevant cellular readout: "048 mm 2 corresponds to the microscopic field pictured with a EVOS M5000 Imaging System (ThermoFisher Scientific, Milan, Italy) using a plan S-APO CC 40x/0.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 40x (NA 0.95); fluorescence channels: PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Reduced receptor for advanced glycation end products is associated with alpha-SMA expression in..."?

The EVOS M5000 let the authors acquire publication-quality images: "Scale bar: 50-mum; b The fluorescence expression of RAGE and alpha-SMA injured by BLM (3 mg/kg) for 2 week was captured by EVOS M5000 imaging system.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: Alexa Fluor 488 (green; GFP / FITC); DAPI (blue; DAPI / Hoechst); PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "The c-Myc/TBX3 Axis Promotes Cellular Transformation of Sarcoma-Initiating Cells."?

The EVOS M5000 let the authors image the relevant cellular readout: "Images were taken using an EVOS M5000 Imaging System microscope (Thermo Fisher Scientific, USA).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cancer / oncology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: CY3 (orange/red; RFP / Texas Red); Calcein (green; GFP / FITC); DAPI (blue; DAPI / Hoechst); Hoechst (blue; DAPI / Hoechst); PI (red; Texas Red / RFP / PI); Propidium Iodide (red; Texas Red / RFP / PI); imaging mode: brightfield, fluorescence.

Why was EVOS useful in "5-methoxyresorcinol mitigates postmenopausal osteoporosis through regulation of the..."?

The EVOS M7000 let the authors image the relevant cellular readout: "We quantified TRAP + multinucleated cells containing three or more nuclei from nine random fields per well using an Invitrogen EVOS M7000 microscope system (Thermo Fisher Scientific, USA).". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology & signalling, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: DAPI (blue; DAPI / Hoechst); EDU (red/far-red; Alexa 594 / 647); Phalloidin (variable; depends on conjugate); imaging mode: fluorescence.

Why was EVOS useful in "Platycodon grandiflorus-derived exosome-like nanovesicles drive AMPK-dependent glycolytic beige..."?

The EVOS M7000 let the authors capture fluorescence images of labelled cells: "Cells were washed, fixed, counterstained with DAPI to visualize nuclei, and observed using an EVOS M7000 imaging system (Thermo Fisher Scientific).". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to fluorescence microscopy for labelled cellular readouts, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: DAPI (blue; DAPI / Hoechst); imaging mode: fluorescence.

Why was EVOS useful in "A BAI1-PSTB-Hydrogel promotes diabetic wound healing by targeting mtDNA leakage and the..."?

The EVOS M7000 let the authors image the relevant cellular readout: "After 3 h of incubation at 37 degC, tube networks were imaged using an EVOS M7000 fluorescent microscope.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cardiovascular and vascular biology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "A Scorpion Venom-Derived Peptide M6 Endowed with Anti-Aging Ability via Enhanced Antioxidant..."?

The EVOS M7000 let the authors image the relevant cellular readout: "Thereafter, cells were stained using a ROS staining kit (Beyotime, Cat: S0033M) and mitochondrial membrane potential (MMP) detection kit (Beyotime, Cat: C2006) using fluorescence microscopy (EVOS-M7000).". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to fluorescence microscopy for labelled cellular readouts, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: CY5 (far-red; Cy5); FITC (green; GFP / FITC); PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "A ZEB1-Neon knock-in uncovers traceable dynamics of epithelial-mesenchymal transition in tumors..."?

The EVOS M7000 let the authors image the relevant cellular readout: "D Fluorescence in vivo imaging of two untreated epithelial KPC;Zeb1-Neon ki/ki cell lines (G623 and G793) and after 12-day TGFbeta treatment using the EVOS system.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cancer / oncology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: DAPI (blue; DAPI / Hoechst); PI (red; Texas Red / RFP / PI); imaging mode: brightfield, fluorescence.

Why was EVOS useful in "A ketogenic diet enhances aerobic exercise adaptation and promotes muscle mitochondrial..."?

The EVOS M7000, M3000 let the authors image the relevant cellular readout: "Slides were imaged using EVOS M7000 imaging system and quantified using ImageJ software 79 .". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology & signalling, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 4x; fluorescence channels: PI (red; Texas Red / RFP / PI); imaging mode: fluorescence, phase-contrast.

Why was EVOS useful in "Apical-out airway organoids as a pathophysiological model to study macrophage-mediated..."?

The EVOS M7000 let the authors image the relevant cellular readout: "The cultures were maintained at 37 degC with 5% CO 2 for 21 days, and the generation and movement of AOAOs were video-recorded at 7-day intervals using an EVOS M7000 Imaging System (Thermo Fisher Scientific, USA).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to immunology and immune-cell biology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "BPM Exposure Induces Pulmonary Dysfunction in Adult Mice and Adverse Intergenerational Pulmonary..."?

The EVOS M7000 let the authors image the relevant cellular readout: "After deparaffin of the sections, hematoxylin and eosin (H&E) and Masson trichrome staining was performed, , followed by digital imaging using an EVOS M7000 system (Thermo Fisher Scientific).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "CD14+CD56+ Cell Is an Independent Regulatory Monocyte Subpopulation Increased in VKHS Patients..."?

The EVOS M7000 let the authors capture fluorescence images of labelled cells: "( A ) DAPI fluorescence images of monocyte adhesion capacity captured by the EVOS M7000 multi-well plate scanning microscope.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to fluorescence microscopy for labelled cellular readouts, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: DAPI (blue; DAPI / Hoechst); imaging mode: fluorescence.

Why was EVOS useful in "Co-Exposure to Aflatoxin B1 and Patulin Induces Hepatic Injury in Mice and HepG2 Cells by..."?

The EVOS M7000 let the authors image the relevant cellular readout: "TUNEL signals were imaged with an EVOS M7000 inverted fluorescence microscope (Thermo Fisher, Waltham, MA, USA).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell death and viability assessment, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: DAPI (blue; DAPI / Hoechst); imaging mode: fluorescence.

Why was EVOS useful in "Collagen hybridizing peptide imaging and delivery of therapeutic antibody in rheumatoid..."?

The EVOS M7000 let the authors capture fluorescence images of labelled cells: "10 ), cryosectioned slides were rinsed with PBS for 5 min to remove OCT, stained with DAPI (Beyotime C1002, 1:1000 dilution in ddH 2 O) for 15 min, sealed in an antifade mounting medium (Vector, H-1000) and imaged wit...". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to fluorescence microscopy for labelled cellular readouts, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: DAPI (blue; DAPI / Hoechst); imaging mode: fluorescence.

Why was EVOS useful in "Comparative Study of the Cytotoxic Effects of Outer Membrane Vesicles from Proteus mirabilis and..."?

The EVOS M7000 let the authors evaluate the experimental readout: "ROS levels were assessed by measuring fluorescence intensity using the EVOS M7000 live cell imaging system (Thermo Fisher Scientific, Waltham, MA, USA) at excitation and emission wavelengths of 488 nm and 525 nm, resp...". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to bacterial biofilm and infectious-disease imaging, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Genetic disruption of Capns1 impairs metastatic phenotypes in murine mammary carcinoma cells."?

The EVOS M7000 let the authors capture fluorescence images of labelled cells: "An initial image (time=0) of each spheroid was captured using an EVOS m7000 microscope on the GFP channel.". This gave them a fast, benchtop readout of spheroid without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to 3D tumour spheroid and organoid imaging, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: GFP (green; GFP / FITC); imaging mode: fluorescence.

Why was EVOS useful in "Herbal targeting of mitochondrial dynamic proteins in low-density lipoprotein driven..."?

The EVOS M7000 let the authors acquire publication-quality images: "After 24, 48, and 72 h of incubation, images were captured using an EVOS M 7000 microscope and its software (Thermo Fisher Scientific, USA).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cardiovascular and vascular biology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: DIO (green; GFP / FITC); EDU (red/far-red; Alexa 594 / 647); Hoechst 33342 (blue; DAPI / Hoechst); PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "IRX3 depletion promotes early cardiac commitment of hiPSC-Derived Cardiomyocytes."?

The EVOS M7000 let the authors image the relevant cellular readout: "For the high-content screening analysis, 16 up to 64 fields of view/well were collected using EVOS M7000 automated Imaging System (Invitrogen, Thermo Fisher Scientific) or IN Cell Analyzer 2000 (GE Healthcare) at eith...". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cardiovascular and vascular biology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 40x.

Why was EVOS useful in "Mimicking tumor hypoxia in a glioblastoma-on-a-chip."?

The EVOS M7000 let the authors capture fluorescence images of labelled cells: "Fluorescent images were obtained using an inverted fluorescence microscope (Evos M7000, Thermo Fisher), with specific wavelengths following manufacturer's instructions.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to neuroscience, neurodegeneration or brain-tumour research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Patient-derived kidney organoids recapitulate ADPKD and facilitate the identification of Rho..."?

The EVOS M7000 let the authors image the relevant cellular readout: "html EVOS™ M7000 Imaging System (Invitrogen™) software Thermo Fisher Scientific https://www.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to organoid and tissue-model development, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Polydopamine-Coated Surfaces Promote Adhesion, Migration, Proliferation, Chemoresistance,..."?

The EVOS M7000 let the authors acquire publication-quality images: "Images were captured using an EVOS M7000 imaging system (Thermo Fisher Scientific) at each incubation time from three separate wells, and the stained cells were counted using Celleste Image Analysis Software v5.". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cancer stem-cell biology and tumour progression, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Proteasome Targeting with Carfilzomib Induces Reactive Oxygen Species-Mediated Apoptosis in..."?

The EVOS M7000 let the authors capture fluorescence images of labelled cells: "Proliferating cells were detected by the Click-iT 5-Ethynyl-2'-deoxyuridin (EdU) Imaging Kit (Thermo Fisher) according to the manufacturer's instructions and fluorescent images were captured by EVOS M7000 (Thermo Fish...". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell death and viability assessment, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: Calcein (green; GFP / FITC); EDU (red/far-red; Alexa 594 / 647); Hoechst (blue; DAPI / Hoechst); Hoechst 33342 (blue; DAPI / Hoechst); PI (red; Texas Red / RFP / PI); Propidium Iodide (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Protocol for collection and generation of bat primary lung and kidney cells."?

The EVOS M7000 let the authors image the relevant cellular readout: "12 N/A Software and algorithms Evos Analysis Software Thermo Fisher Scientific N/A Other Microscope (EVOS™ M7000 Imaging System) Thermo Fisher Scientific Cat# AMF7000 6-well cell culture plate Corning Incorporated Cat...". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: other: multi-well plate imaging.

Why was EVOS useful in "Regulation of tension-dependent localization of LATS1 and LATS2 to adherens junctions."?

The EVOS M7000 let the authors capture fluorescence images of labelled cells: "When cells were about 70% confluent, the GFP signal was observed and images were captured using an EVOS M7000 Imaging System (Thermo Fisher Scientific) equipped with an onstage incubator to maintain standard cell cult...". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to fluorescence microscopy for labelled cellular readouts, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: GFP (green; GFP / FITC); imaging mode: fluorescence; other: on-stage incubator / live-cell chamber.

Why was EVOS useful in "Simplified in vitro generation of human gastruloids for modelling early development."?

The EVOS M7000 let the authors capture brightfield/phase-contrast morphology images: "Imaging and image analysis for 2D cultures Brightfield images for gastruloids were acquired using the EVOS M7000 imaging system (Invitrogen).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: imaging mode: brightfield.

Why was EVOS useful in "Targeting Bruton tyrosine kinase with acalabrutinib attenuates murine sclerodermatous chronic..."?

The EVOS M7000 let the authors image the relevant cellular readout: "Trichrome slides were imaged using Evos M7000 microscopy (Thermoscientific, USA), and dermal thickness was measured using the ruler tool across 10-20 regions within the skin tissue images.". This gave them a fast, benchtop readout of tissue without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Targeting fused in sarcoma (FUS): a novel antisense strategy for treating idiopathic pulmonary..."?

The EVOS M7000 let the authors image the relevant cellular readout: "a Alveolospheres treated with Scr-ASO (Scr) or ION363 were cultured until day 21 and stained with LysoTracker Red and Hoechst (nuclei), followed by live imaging at 4x in an EVOS M7000.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cancer / oncology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: DAPI (blue; DAPI / Hoechst); EDU (red/far-red; Alexa 594 / 647); Hoechst (blue; DAPI / Hoechst); Lysotracker Red (red; Texas Red / RFP); PI (red; Texas Red / RFP / PI); imaging mode: brightfield, fluorescence, transmitted light.

Why was EVOS useful in "An automated and high-throughput approach for enhanced precision of adenoviral titering."?

The EVOS M7000 let the authors image the relevant cellular readout: "Then, multichannel automated image acquisition via the Invitrogen EVOS M7000 Imaging System is performed.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to infectious disease & immunology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 10x; fluorescence channels: DAPI (blue; DAPI / Hoechst); EDU (red/far-red; Alexa 594 / 647); FITC (green; GFP / FITC); GFP (green; GFP / FITC); Hoechst (blue; DAPI / Hoechst); PI (red; Texas Red / RFP / PI); RFP (red; RFP / Texas Red); imaging mode: fluorescence.

Why was EVOS useful in "Cationic Peptoids for Systemic In Vivo Cartilage-Targeting."?

The EVOS M7000 let the authors capture fluorescence images of labelled cells: "All sections were imaged using an EVOS M7000 imaging system (Thermo Fisher, Light cubes: Cy5 and DAPI, Objective: 4x).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to fluorescence microscopy for labelled cellular readouts, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 4x; fluorescence channels: DAPI (blue; DAPI / Hoechst); CY5 (far-red; Cy5); imaging mode: fluorescence.

Why was EVOS useful in "Differential expression pattern of CC chemokine receptor 7 guides precision treatment of..."?

The EVOS M7000 let the authors observe cellular morphology and behaviour: "The stained section was observed by the microscope (EVOS M7000 system), and the camera settings were the same when shooting each photo.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cancer / oncology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 400x; fluorescence channels: DAPI (blue; DAPI / Hoechst); FITC (green; GFP / FITC); PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Mechanistic models position ceritinib as a nuclear integrity disrupting therapy in pediatric..."?

The EVOS M7000 let the authors acquire publication-quality images: "Microscopy images were captured using the EVOS M7000 imaging system (Thermo Fisher).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cancer / oncology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Quantification of timelapse 3D tumor spheroid killing activity of NK cells using a live-cell..."?

The EVOS M7000 let the authors monitor 3D spheroid morphology and growth: "Open in a new tab The dynamic cytotoxic activity of NK cells against tumor spheroids was evaluated using the EVOS M7000 imaging system.". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to 3D tumour spheroid and organoid imaging, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: Cfse (green; GFP / FITC); PI (red; Texas Red / RFP / PI); imaging mode: brightfield, fluorescence.

Why was EVOS useful in "The desmosomal cadherin Desmoglein-2 controls extracellular matrix expression and remodeling via..."?

The EVOS M7000 let the authors image the relevant cellular readout: "An EVOS M7000 inverted fluorescence microscope was used to generate images of the entire remaining wound area for each sample.". This gave them a fast, benchtop readout of sample without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to diabetic wound healing and skin-cell biology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Using Beads as a Focus Fiduciary to Aid Software-Based Autofocus Accuracy in Microscopy."?

The EVOS M7000 let the authors acquire publication-quality images: "Open in a new tab In all images, human fibroblasts were seeded in a 384-well plate and images were acquired with a 20x objective Plan fluorite (Evos, NA = 0.". This gave them a fast, benchtop readout of fibroblast without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to diabetic wound healing and skin-cell biology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 20x; fluorescence channels: CY5 (far-red; Cy5); DIO (green; GFP / FITC); EDU (red/far-red; Alexa 594 / 647); PI (red; Texas Red / RFP / PI); Texas Red (red; Texas Red / RFP); imaging mode: brightfield, fluorescence, phase contrast, transmitted light.

Why was EVOS useful in "Facilitating microplastic ingestion in aquatic models: A verified protocol for daphnia magna as..."?

The EVOS M7000 let the authors image the relevant cellular readout: "Keywords: Daphnia magna, Microplastics, "Trojan Horse" vector, Pollution assessment, Food consumption Method name: Aquatic Microplastic Ingestion and Transfer Protocol (AMITP) Graphical abstract Open in a new tab Spec...". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 10x, 30x; fluorescence channels: CFP (cyan/blue; CFP / DAPI); EDU (red/far-red; Alexa 594 / 647); GFP (green; GFP / FITC); PI (red; Texas Red / RFP / PI); RFP (red; RFP / Texas Red); YFP (yellow/green; YFP / GFP); imaging mode: fluorescence.

Why was EVOS useful in "A Novel Small-Molecule Dual Adiponectin Receptor 1/2 Agonist Induces Myogenesis and Ameliorates..."?

The EVOS EVOS FL, EVOS FL Auto let the authors image the relevant cellular readout: "For the PBS model, an EVOS FL Auto Imaging System (Life Technologies) was used.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "A trait syndrome ties cell morphology to glycolysis across the yeast subphylum."?

The EVOS EVOS FL let the authors image the relevant cellular readout: "4-4 Revell 21 phylolm Tung Ho and Ané 22 Other EVOS FL Microscope ThermoFisher Scientific Open in a new tab Experimental model and study participant details All yeast species included in the analyses in this study are...". This gave them a fast, benchtop readout of yeast without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Age-Related Loss of GPR68 and Calretinin Immunoreactive Neurons Within the Mucosa, Not the..."?

The EVOS EVOS FL, EVOS FL Auto let the authors image the relevant cellular readout: "5 and calretinin-IR biomarkers were obtained using a fluorescence microscope (Evos FL Auto 2, Washington, USA) equipped with a digital camera, as previously described [ 41 ].". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to neuroscience, neurodegeneration or brain-tumour research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "An EGFR-Targeted Fusogenic Tandem Peptide for siRNA Delivery in Glioblastoma."?

The EVOS EVOS FL let the authors image the relevant cellular readout: "Imaging was conducted using the EVOS FL microscope (Thermo Fisher Scientific) at 20x magnification.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to neuroscience, neurodegeneration or brain-tumour research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 20x.

Why was EVOS useful in "Antibacterial and Biocompatible Iodine-Releasing Polycationic Coatings Synthesized by..."?

The EVOS EVOS FL, EVOS FL Auto let the authors observe cellular morphology and behaviour: "Then, 2 muL of the stained bacterial solution was applied to a well of TCP, covered with a coverslip, and observed using an inverted fluorescence microscope (Thermo Fisher Scientific EVOS FL Auto 2).". This gave them a fast, benchtop readout of bacteria without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to bacterial biofilm and infectious-disease imaging, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Assessment of the anticancer and antimetastatic effects of monocarbonyl analogs of curcumin, C66..."?

The EVOS XL Core, EVOS FL, EVOS XL, EVOS FL Auto let the authors observe cellular morphology and behaviour: "The cells were incubated at room temperature for 1 h and directly observed under a fluorescence microscope using 20x magnification (EVOS FL AUTO, Applied Biosciences).". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cancer / oncology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 20x.

Why was EVOS useful in "Baloxavir Acid-Induced Mitochondrial Toxicity and Cell Cycle Arrest Contribute to Its Adverse..."?

The EVOS EVOS FL, EVOS FL Auto let the authors capture fluorescence images of labelled cells: "Fluorescent images were captured using an Evos FL Auto microscope (ThermoFisher Scientific, Wilmington, DE, USA).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to fluorescence microscopy for labelled cellular readouts, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Beware of your "oocyte specific" Cre line: somatic cell Cre expression in several Zp3-Cre lines..."?

The EVOS EVOS FL, EVOS FL Auto let the authors capture fluorescence images of labelled cells: "" Open in a new tab Fluorescence imaging Tissues were imaged in a 35 mm Petri dish using an EVOS FL Auto 2 imaging system with an RFP (531/40 Ex; 593/40 Em) filter cube and a PLAN S-APO 4X, NAO 16, 13 mm objective.". This gave them a fast, benchtop readout of tissue without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to fluorescence microscopy for labelled cellular readouts, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: RFP (red; RFP / Texas Red); imaging mode: fluorescence.

Why was EVOS useful in "Construction of a self-amplifying mRNA-LNP complex for phenylalanine hydroxylase and its..."?

The EVOS EVOS FL, EVOS FL Auto let the authors acquire publication-quality images: "PAH protein stained with dye-conjugated (A594) anti-PAH antibody was visualized by EVOS FL Auto, which appears red.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: DAPI (blue; DAPI / Hoechst); imaging mode: fluorescence.

Why was EVOS useful in "Development of Protium heptaphyllum essential oil-loaded nanocapsules: experimental design and..."?

The EVOS EVOS FL, EVOS FL Auto let the authors acquire publication-quality images: "Images were captured at 5x magnification using an EVOS FL Auto Imaging System microscope (Thermo Fisher Scientific, Kitchener, Canada) at 0 h and 12 h after incubation.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 5x; fluorescence channels: EDU (red/far-red; Alexa 594 / 647); PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Distinct cMET inhibitors uncover pharmacological heterogeneity in SHH medulloblastoma cell lines."?

The EVOS EVOS FL, EVOS FL Auto let the authors image the relevant cellular readout: "Pictures were taken with Evos FL Auto 2 microscope (Invitrogen) at 10X magnification (scale bar = 275 mum) To confirm tivantinib's efficacy, we used a 3D cell culture model of DAOY cells to assess drug sensitivity com...". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 10x, 4x; fluorescence channels: DAPI (blue; DAPI / Hoechst); EDU (red/far-red; Alexa 594 / 647); GFP (green; GFP / FITC); PI (red; Texas Red / RFP / PI); Propidium Iodide (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Distribution of transgene in the rodent choroid plexus after intracerebroventricular injection..."?

The EVOS EVOS FL, EVOS FL Auto let the authors image the relevant cellular readout: "Imaging of living explant cultures was performed at intervals using an inverted EVOS FL Auto Imaging System (Thermo Fisher).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to infectious disease & immunology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: DAPI (blue; DAPI / Hoechst); DIO (green; GFP / FITC); EDU (red/far-red; Alexa 594 / 647); GFP (green; GFP / FITC); PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Dual-sprayable, multi-functional hydrogel for effective prevention of peritoneal adhesions."?

The EVOS EVOS FL, EVOS FL Auto let the authors image the relevant cellular readout: "The estimation of ROS was measured using fluorescence microscopy (EVOS FL Auto 2, Thermo Fisher Scientific, USA).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to biomaterials and tissue-engineering scaffolds, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Effects of IGFBP4 deficiency on human preadipocyte proliferation and differentiation through the..."?

The EVOS EVOS FL, EVOS FL Auto let the authors capture fluorescence images of labelled cells: "Images were taken using the EVOS FL Auto 2 Cell Imaging System (Invitrogen; Thermo Fisher Scientific) with the DAPI channel.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to fluorescence microscopy for labelled cellular readouts, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: DAPI (blue; DAPI / Hoechst); imaging mode: fluorescence.

Why was EVOS useful in "Effects of Sodin 5 on the Proliferation and Migration of Human Glioblastoma Cells."?

The EVOS EVOS FL let the authors acquire publication-quality images: "Images were acquired using an EVOS FL microscope at 10x magnification.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to neuroscience, neurodegeneration or brain-tumour research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 10x.

Why was EVOS useful in "Effects of a High-Glucose Diet on Caenorhabditis elegans Key Biological Functions and Survival..."?

The EVOS EVOS FL, EVOS FL Auto let the authors image the relevant cellular readout: "Photographed with EVOS FL Auto 2 Imaging System (Thermo Fisher Scientific) and edited with ImageJ software.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to bacterial biofilm and infectious-disease imaging, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 10x, 40x; fluorescence channels: EDU (red/far-red; Alexa 594 / 647); GFP (green; GFP / FITC); Mcherry (red; RFP / Texas Red); PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Establishment and characterization of a new immortalized human adenomyosis epithelial-like cell..."?

The EVOS EVOS FL let the authors monitor changes over time with repeated imaging: "Daily cell imaging was performed with the AMG EVOS FL Imaging System.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Expression of Human CYP2D6 in Artificial Cells Based on Polymer-Lipid Hybrid Vesicles."?

The EVOS EVOS FL let the authors image the relevant cellular readout: "Samples were imaged using an EVOS FL epifluorescence microscope at 40x magnification and λ ex/em = 395/508 nm.". This gave them a fast, benchtop readout of sample without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 40x; fluorescence channels: PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Extracellular Vesicles from Human Induced Pluripotent Stem Cells Reduce Lung..."?

The EVOS EVOS FL let the authors acquire publication-quality images: "hAO were visualized using an EVOS FL digital inverted fluorescence microscope (Fisher Scientific, UK).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to organoid and tissue-model development, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 4x; fluorescence channels: PI (red; Texas Red / RFP / PI); imaging mode: bright-field, fluorescence.

Why was EVOS useful in "FOXM1 inhibitor, RCM-1, enhances venetoclax mediated apoptosis through downregulation of ATP2B4..."?

The EVOS EVOS FL, EVOS FL Auto let the authors acquire publication-quality images: "For quantification, five random fields per sample were acquired at 20x magnification using the EVOS FL Auto 2 Cell Imaging System and EVOS imaging software (Thermo Fisher Scientific, Inc.". This gave them a fast, benchtop readout of sample without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell death and viability assessment, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 20x.

Why was EVOS useful in "From human dental pulp stem cells to functional cholinergic neurons: An optimized neurogenic..."?

The EVOS EVOS FL, EVOS FL Auto let the authors acquire publication-quality images: "Micrographs were captured using a fluorescence microscope, EVOS FL Auto (EVOS, Thermo Fisher Scientific).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to neuroscience, neurodegeneration or brain-tumour research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Glycerol-driven energy and proteostasis underpin antibiotic tolerance in Escherichia coli."?

The EVOS EVOS FL, EVOS FL Auto let the authors image the relevant cellular readout: "org/ Evos FL Auto 2 fluorescence microscope Thermo Fisher, Waltham, MA, USA Cat#AMAFD2000 Proteome Discoverer V1.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 100x; fluorescence channels: GFP (green; GFP / FITC); PI (red; Texas Red / RFP / PI); imaging mode: fluorescence, phase-contrast.

Why was EVOS useful in "In vitro study of TSC1 deficiency in preadipocytes: insights into development and treatment..."?

The EVOS EVOS FL, EVOS FL Auto let the authors capture fluorescence images of labelled cells: "Images were taken with the Evos FL Auto 2 Cell Imaging System (Thermo) at 100x magnification (automatic scan of 50% of the well area in DAPI channel, 6 wells per condition).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to fluorescence microscopy for labelled cellular readouts, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 100x; fluorescence channels: DAPI (blue; DAPI / Hoechst); imaging mode: fluorescence.

Why was EVOS useful in "Incensole Acetate Regulates the Sirtuin-Insulin Signaling Axis in an Experimental Alzheimer's..."?

The EVOS EVOS FL let the authors capture fluorescence images of labelled cells: "Open in a new tab Neuronal differentiations characterization of human bone marrow-derived mesenchymal stem cell ( a ) NeuN (green) and ( b ) synaptophysin (green) with DAPI (blue) staining (EVOS FL, Invitrogen.". This gave them a fast, benchtop readout of neuron without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to neuroscience, neurodegeneration or brain-tumour research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: DAPI (blue; DAPI / Hoechst); DIO (green; GFP / FITC); EDU (red/far-red; Alexa 594 / 647); PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Inhibition of RNA-m6A Methylation in Breast Cancer Cells Carrying TP53 R273H Mutant Reactivates..."?

The EVOS EVOS FL let the authors acquire publication-quality images: "Images of co-culture were captured using an EVOS FL cell imaging system with color CCD camera (200x magnification).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cancer / oncology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 100x, 200x, 40x; fluorescence channels: Cfse (green; GFP / FITC); PI (red; Texas Red / RFP / PI); Propidium Iodide (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Interkingdom Endodontic Biofilm Supernatant Induces a Biphasic Inflammatory and Metabolic..."?

The EVOS EVOS FL let the authors capture brightfield/phase-contrast morphology images: "Fluorescence imaging was performed using an EVOS FL digital inverted microscope (Thermo Fisher Scientific, UK) equipped with a monochrome camera and 40x phase contrast objective.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to bacterial biofilm and infectious-disease imaging, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: imaging mode: phase contrast.

Why was EVOS useful in "Liquid-liquid phase separation and its regulation of the BACH2 intrinsically disordered region."?

The EVOS EVOS FL, EVOS FL Auto let the authors capture fluorescence images of labelled cells: "Fluorescence images were obtained using EVOS FL Auto (Thermo Fisher Scientific) with excitation and emission wavelengths of 470 and 525 nm, respectively.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Loss of killifish cGAS attenuates age-related signatures but does not affect organismal life span."?

The EVOS EVOS FL, EVOS FL Auto let the authors image the relevant cellular readout: "2) EVOS FL Auto 2 Cell Imaging System Image Lab v.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: DAPI (blue; DAPI / Hoechst); EDU (red/far-red; Alexa 594 / 647); imaging mode: fluorescence.

Why was EVOS useful in "Low-dose TNF-alpha drives malignant progression and lipid metabolism in glioblastoma through the..."?

The EVOS EVOS FL, EVOS FL Auto let the authors acquire publication-quality images: "Images were captured using an Invitrogen EVOS FL Auto microscope (Life Technologies) and processed with ImageJ software for image composition and cell counting.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell death and viability assessment, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: DIO (green; GFP / FITC); EDU (red/far-red; Alexa 594 / 647); Hoechst (blue; DAPI / Hoechst); Hoechst 33342 (blue; DAPI / Hoechst); PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "MITF maintains genome stability in nonmelanocyte lineages."?

The EVOS EVOS FL let the authors acquire publication-quality images: "Images were acquired using EVOS FL fluorescent microscope (Thermo Fisher Scientific).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "MTA1 Regulates EMT and BRAF Signaling Networks in Canine Urothelial Carcinoma."?

The EVOS XL Core, EVOS FL, EVOS XL let the authors image the relevant cellular readout: "Wound images were taken using EVOS FL Core microscope (Thermo Fisher Scientific, Waltham, MA, USA) and wound areas were analyzed using Image J software (NIH, Bethesda, MD, USA).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cancer / oncology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Mouse offspring conceived by in vitro fertilization exhibit accelerated reproductive aging..."?

The EVOS EVOS FL, EVOS FL Auto let the authors image the relevant cellular readout: "Stained sections were imaged using an EVOS FL Auto Cell Imaging System and software (Thermo Fisher Scientific) at x4 magnification.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: DAPI (blue; DAPI / Hoechst); PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Myofibrillar protein accumulation but reduced protein synthesis in PDCD4-depleted myotubes."?

The EVOS EVOS FL, EVOS FL Auto let the authors image the relevant cellular readout: "Slides were then imaged using the EVOS FL Auto microscope (Life Technologies) along with the EVOS FL Auto program for maintaining acquisition settings (light and brightness) in all experimental treatments as described...". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "NF-κB activation as a pro-survival signal from pharmacological inhibition of pyruvate..."?

The EVOS EVOS FL, EVOS FL Auto let the authors image the relevant cellular readout: "Finally, the cells were washed three times with serum-free medium and imaged using the Invitrogen EVOS FL Auto Cell Imaging System (ThermoFisher Scientific, Waltham, MA, USA) for cell imaging.". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cancer / oncology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "New Viability Assays for Acanthamoeba castellanii Trophozoites and Cysts Allow Rapid Assessment..."?

The EVOS EVOS FL, EVOS FL Auto let the authors acquire publication-quality images: "Phase images acquired using an EVOS FL Auto Imaging System (20 x objective).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell death and viability assessment, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 20x.

Why was EVOS useful in "Palmitoylation of Tfr1 enhances platelet ferroptosis and liver injury in heat stroke."?

The EVOS EVOS FL, EVOS FL Auto let the authors acquire publication-quality images: "Images were captured by an EVOS FL auto fluorescent microscope (Thermo Fisher Scientific, Waltham, MA, USA).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Plasmonic Nano-Polymersomes for Pulsed Laser-Triggered Intracellular Cargo Release."?

The EVOS EVOS FL let the authors capture brightfield/phase-contrast morphology images: "Following irradiation, cells were incubated for 24 h prior to phase contrast imaging (Life Technologies, EVOS FL, Thermo Fisher) and performing MTT viability assessment.". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell death and viability assessment, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: imaging mode: phase contrast.

Why was EVOS useful in "Replication protein A protects lagging strand gaps, restricting PARP inhibitor-induced synthetic..."?

The EVOS EVOS FL, EVOS FL Auto let the authors capture fluorescence images of labelled cells: "DNA fibers were visualized using an EVOS FL Auto 2 Imaging System (Invitrogen) under a 60x oil immersion lens with GFP and Texas Red filters.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to fluorescence microscopy for labelled cellular readouts, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 60x; fluorescence channels: Texas Red (red; Texas Red / RFP); GFP (green; GFP / FITC); imaging mode: fluorescence.

Why was EVOS useful in "Role of Rab4A in the enhancement of cancer cell invasion induced by plasma samples collected..."?

The EVOS EVOS FL, EVOS FL Auto let the authors image the relevant cellular readout: "Twenty-eight days later, the mice were euthanized with slow exposure of CO 2 , the lungs were collected, and the number of metastases was quantified with the epifluorescence microscope EVOS FL Auto Imaging System (Lif...". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cancer / oncology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: Fucci (green/red; GFP / RFP); PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "SYNCRIP drives ferroptosis resistance and metabolic activation via SIRT1 and HK2 in glioblastoma."?

The EVOS EVOS FL, EVOS FL Auto let the authors capture fluorescence images of labelled cells: "Fluorescence microscopy images were obtained with an EVOS FL Auto Imaging System (Thermo Fisher Scientific, USA), and fluorescence image intensity was analyzed with ImageJ software.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to neuroscience, neurodegeneration or brain-tumour research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Silk-based biomimetic nanocomposite for precision eradication of Helicobacter pylori and gut..."?

The EVOS EVOS FL, EVOS FL Auto let the authors image the relevant cellular readout: "Fluorescence imaging was performed using an inverted fluorescence microscope (Life Technologies EVOS FL Auto, USA).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Statins promote muscle metabolic danger and NLRP3-mediated myopathy via lower..."?

The EVOS EVOS FL, EVOS FL Auto let the authors image the relevant cellular readout: "( B ) Visualization of treatment groups taken by EVOS FL Auto 2 and analysis of increased nuclear fluorescence in FOXO1 transfected L6 myoblasts primed with LPS (100 ng/ml) for 4 hours and treated with 2 muM fluvastat...". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Surface modified electrospun scaffold supports iPSC-derived limbal stem cell function."?

The EVOS EVOS FL, EVOS FL Auto let the authors image the relevant cellular readout: "Imaging was done using a fluorescent microscope (EVOS FL Auto 2; ThermoFisher).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to biomaterials and tissue-engineering scaffolds, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "The Important Role of Superoxide Dismutase 2 in Controlling Poxvirus Proliferation and..."?

The EVOS EVOS FL, EVOS FL Auto let the authors acquire publication-quality images: "Following incubation, cells were washed three times with PBS and immediately visualized using a fluorescence microscope (EVOS FL Auto, Thermo Fisher Scientific, Carlsbad, CA, USA) for image acquisition and analysis.". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to bacterial biofilm and infectious-disease imaging, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Transplantation of endothelial progenitor cells attenuates pulmonary fibrosis via..."?

The EVOS EVOS FL, EVOS FL Auto let the authors capture fluorescence images of labelled cells: "Fluorescence images were acquired using the EVOS FL Auto 2 Cell Imaging System (Thermo Fisher Scientific) and analyzed with AngioTool software v0.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cardiovascular and vascular biology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

The paper names the EVOS model but does not specify the objective magnification, light cubes or filters in the open-access text available to us.

Why was EVOS useful in "Tunneling nanotubes induced by pseudorabies virus facilitate viral transmission in neuronal..."?

The EVOS EVOS FL, EVOS FL Auto let the authors capture live-cell images without transferring samples to a larger confocal system: "Time-lapse imaging Live-cell time-lapse imaging was performed using either a ZEISS LSM 800 confocal microscope or an EVOS FL Auto inverted fluorescence microscope, both equipped with an environmental chamber maintaine...". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to neuroscience, neurodegeneration or brain-tumour research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: GFP (green; GFP / FITC); Mcherry (red; RFP / Texas Red); PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "Whole-Transcriptome Analysis of Three Human Cell Lines Stably Infected with Bovine Leukemia..."?

The EVOS EVOS FL, EVOS FL Auto let the authors capture fluorescence images of labelled cells: "The transfection efficiency was evaluated by detecting the number of GFP-expressing cells using an EVOS FL Auto 2 Cell Imaging System (Thermo Fisher Scientific) at 48 h post-transfection and Western blot analysis of c...". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell death and viability assessment, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: GFP (green; GFP / FITC); imaging mode: fluorescence.

Why was EVOS useful in "alpha-1,3-Glucan-Driven Remodeling of the Conidial Cell Wall in an Aspergillus fumigatus Vaccine..."?

The EVOS EVOS FL, EVOS FL Auto let the authors image the relevant cellular readout: "Cell morphology, interaction between cells and conidia and netosis events were measured, counting 10 fields at 60-fold magnification for each slide on an EVOS FL Auto Imaging System (Thermo-Fisher Scientific).". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to immunology and immune-cell biology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 60x; fluorescence channels: EDU (red/far-red; Alexa 594 / 647); PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "A Novel Peptoid Hybrid of Alpha-Calcitonin Gene-Related Peptide (alpha-CGRP) Ameliorates Cardiac..."?

The EVOS EVOS FL, EVOS FL Auto let the authors image the relevant cellular readout: "LV sections were imaged using an EVOS FL Auto Cell Imaging System (Invitrogen, Carlsbad, CA, USA) and quantified using Fiji [ 38 ].". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cardiovascular and vascular biology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: Alexa Fluor 488 (green; GFP / FITC); DAPI (blue; DAPI / Hoechst); DIO (green; GFP / FITC); Texas Red (red; Texas Red / RFP); imaging mode: fluorescence.

Why was EVOS useful in "AIMP3 maintains cardiac homeostasis by regulating the editing activity of methionyl-tRNA synthetase."?

The EVOS EVOS FL, EVOS FL Auto let the authors image the relevant cellular readout: "The isolated cells were imaged in an EVOS FL Auto II microscope (Thermo Fisher Scientific), and the width and length of individual cardiomyocytes were analyzed using ImageJ software.". This gave them a fast, benchtop readout of cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cardiovascular and vascular biology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: DIO (green; GFP / FITC); imaging mode: fluorescence.

Why was EVOS useful in "Antiparasitic effect of peptoids against Cryptosporidium parvum."?

The EVOS EVOS FL, EVOS FL Auto let the authors image the relevant cellular readout: "The wells were then imaged on an Evos FL Auto 2 Imaging System Microscope (Thermo Scientific Invitrogen EVOS) at 20x magnification covering 35% of each well from the centre.". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cell biology research, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: objective(s): 20x; fluorescence channels: FITC (green; GFP / FITC); Hoechst 33342 (blue; DAPI / Hoechst); imaging mode: fluorescence.

Why was EVOS useful in "Bupleuri Radix Ameliorates Vascular Inflammation in Human Umbilical Vein Endothelial Cells via..."?

The EVOS EVOS FL, EVOS FL Auto let the authors image the relevant cellular readout: "A1 inverted microscope (Oberkochen, Germany) and an EVOS FL Auto 2 imaging system (Thermo Fisher Scientific, Waltham, MA, USA).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?

This work contributes to cardiovascular and vascular biology, with implications for understanding and treating the disease or biological process under study.

What EVOS configuration did the paper use?

Configuration noted in the paper: fluorescence channels: Calcein (green; GFP / FITC); DAPI (blue; DAPI / Hoechst); FITC (green; GFP / FITC); PI (red; Texas Red / RFP / PI); imaging mode: fluorescence.

Why was EVOS useful in "CYBC1 Drives Glioblastoma Progression via Reactive Oxygen Species and NF-κB Pathways."?

The EVOS EVOS FL, EVOS FL Auto let the authors acquire publication-quality images: "Microscopic images were acquired using the EVOS FL Auto Imaging System (Thermo Fisher Scientific).". This gave them a fast, benchtop readout of the cells without needing a full confocal suite.

What disease or research area does this study address?