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Deciphering the role of neutrophils in virus-induced respiratory disease
Preclinical imaging of neutrophilic response in viral infection with IVISense™ Neutrophil Elastase fluorescent probes.

In vivo imaging reagents
IVISbrite™ bioluminescent reagents and IVISense™ fluorescent probes, dyes, and labels optimized for in vivo imaging.

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.

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.

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

Multiplex 2D imaging of NIR molecular imaging agents on the IVIS SpectrumCT platform
Multiplex 2D in vivo imaging of IVISense™ NIR fluorescent agents using the IVIS® optical platform

Solutions for liquid scintillation counting
Guide to modern high-throughput immuno-oncology assays using the Celigo image cytometer.

Imaging Hepatocellular Liver Injury using NIR-labeled Annexin V
Optical imaging hepatocellular liver injury in mice using IVISense™ Annexin-V fluorescent imaging probe

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

Discover OptiScint® NPE-free liquid scintillation solutions
For peace of mind, go NPE-Free with OptiScint® scintillation cocktails. Safer handling & eco-friendly.

Why 3D: stripping complexity out of multi-dimensional cell models
Bridging the gap between 2D Cell cultures and in vivo conditions.

Deciphering the properties of neuronal nicotinic acetylcholine receptors using radiolabeled α-Bungarotoxin
Deciphering the Properties of Nicotinic Acetylcholine Receptors Using 125I-α-Bungarotoxin


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