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Brochure
In vivo imaging reagents
IVISbrite™ bioluminescent reagents and IVISense™ fluorescent probes, dyes, and labels optimized for in vivo imaging.
Product Note
Create your own luciferase cell line with confidence with IVISbrite Lentiviral Particles
Product note discusses using Revvity's IVISbrite Lentiviral Particles to create your own luciferase labeled cell lines
Whitepaper
Deciphering the role of neutrophils in virus-induced respiratory disease
Preclinical imaging of neutrophilic response in viral infection with IVISense™ Neutrophil Elastase fluorescent probes.
Application Note
Cell labeling and tracking in vivo using IVISense NIR fluorescent dyes
Track mammalian cells including stem cells, T-cells, macrophages and more in vivo with IVISense™ (VivoTrack) fluorescent labeling dye
Flyer
Integrins as targets for immunotherapy
Better understand integrins role in immuno-oncology in vivo with IVISense Integrin Receptor NIR fluorescent probes designed for in vivo imaging studies.
Application Note
Improved deep-tissue imaging with red-shifted luciferase tumor cell lines
The application note demonstrates how our IVISbrite tumor cell lines labeled with red-shifted luciferase (Red F-luc) yields a 100-fold higher signal intensity compared to competitor luciferase labeled cells. The increased brightness of our Red F-luc bioluminescent cells lines enable deeper tissue imaging of tumors.
Flyer
Best practices for designing an effective in vivo fluorescence imaging study
Best practices for designing an effective in vivo fluorescence imaging study.
Guide
IVISense fluorescent probe selector guide for oncology research
IVISense™ fluorescent probe guide contains information on matching probe properties to biology & biomarker characteristics, case studies, recommended probes and more to help advance oncology research.
Application Note
Vascular imaging probes for oncology and inflammation
IVISense™ vascular fluorescent probes for studying oncology and inflammation using the IVIS® preclinical imaging platform
Application Note
Quantitative analysis of 3D microtissue growth and biomarker intensity
Quantitative analysis of 3D microtissue growth and biomarker intensity using the Operetta HCS system and IVISense NIR fluorescent probes.
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