Expedite your Neutralization Assays
Pseudoviruses and kits for evaluating the effectiveness of vaccines and antibodies
Validated pseudoviruses
Keep your focus, we produce your pseudovirus
IVANO Bioscience offers validated pseudoviruses enabling scientists to perform functional assays such as virus neutralization tests in a BSL-2 laboratory. Whether you develop vaccines or antiviral drugs (e.g. monoclonal antibodies), our production platform was optimized to provide you with scalable volumes of pseudoviruses and hence, support you from research to clinical development.
Functional validation
Transduction efficiency and neutralization assay
Scalable volumes
Get reproducible results throughout your project
Pseudotype customization
Pseudoviruses on catalogue and custom production service
Efficient and affordable
Freshly produced, highly efficient and concentrated
Accelerating the vaccine and drug development pipeline against infectious diseases
IVANO Bioscience develops, manufactures and provides innovative analytical tools to accelerate the development pipeline of vaccines and drugs against infectious diseases. While our pseudoviruses and custom service support your standard potency assays, the AbVengerTM kits were designed to elevate your laboratory to a higher level for faster development of next-generation vaccines and antiviral drugs.
AbVengerTM Kits for neutralization assays
Get biologically relevant results in just 3 hours without any cell culture
The AbVengerTM kits allow you to reliably evaluate the effectiveness of your vaccines and antiviral drugs more simply and quickly than with the other bioassays. The kits use a “brillant” technology that mimicks the complexicity of the interactions between cells and viruses without any cell nor viral particle.
Deliver results in 3 hours
Ready-to-use reagents with a mix-and-read protocol
Ensure biological relevance
Mimick the complexity of the native interactions
Compatible with BSL-1 labs
Free of cell culture and virus
Aligned with standard analysis processes
Fit with common plate readers and automated workstations