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CHOSOURCE expression platform
Helping you confront biotherapeutic challenges with a robust CHO expression platform without constraints.

Maximizing returns in biotherapeutic investment: Financial considerations for expression systems
Helping examine the key economic factors when selecting expression systems that impact quality, quantity, and cost-effectiveness for biotherapeutic production.

Streamlining the development of bispecific antibodies from expression to quality assessment with Revvity’s biotherapeutic workflow solutions
Expression and characterization of bispecific antibodies with a combination of CHOSOURCE TnT Transposon Technology and LabChip to streamline biotherapeutic workflows

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.

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

Best practices for designing an effective in vivo fluorescence imaging study
Best practices for designing an effective in vivo fluorescence imaging study.

Harnessing cell line engineering to enhance biotherapeutics
Exploring the next-generation genome editing tools that are helping drive the success of monoclonal antibodies as biotherapeutics

Advancing biotherapeutic development with transposon-based technologies
Discover how to generate highly producing pools early on in your development workflow with transposon technology and accelerate time to clinic

Efficient multiplexed targeted gene editing as a strategy to generate improved CHO host cell lines for biotherapeutic manufacturing applications
Learn about Revvity’s capabilities to simultaneous edit genes using CRISPR-Cas9 that incorporates stringent genetic QC steps for comprehensive characterization.

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.


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