Unique microtiter plate enzyme immunoassay for the quantitation of virions and assembled empty capsids of human Adeno-associated Virus 3. The recombinant capture-antibody detects a conformational epitope not present on unassembled capsid proteins. The assay represents a fast, sensitive and reproducible method for titration of intact AAV3B wt virions, AAV3B recombinant virions or assembled and intact empty AAV3B capsids. The A…
Fast, easy and reliable AAV2 titer determination: - get results in less than 2 hours and increase your daily sample throughput - easy workflow & process integration - same accuracy and reproducibility as the standard AAV2 Titration ELISAs. Unique microtiter plate enzyme immunoassay for the quantitation of intact filled and empty AAV2 capsids of human Adeno-associated Virus 2. The capture antibody detects a conforma…
Fast, easy and reliable AAV8 titer determination: - get results in less than 2 hours and increase your daily sample throughput - easy workflow & process integration - same accuracy and reproducibility as the standard AAV8 Titration ELISA. Unique microtiter plate enzyme immunoassay for the quantitation of intact filled and empty AAV8 capsids of human Adeno-associated Virus 8. The capture antibody detects a conforma…
Unique microtiter plate enzyme immunoassay for the quantitation of intact filled and empty AAV5 capsids. The capture antibody detects a conformational epitope not present on unassembled capsid proteins
Unique microtiter plate enzyme immunoassay for the quantitation of intact filled and empty AAV6 capsids. The capture antibody detects a conformational epitope not present on unassembled capsid proteins.
How can a proteomics platform that can measure over 7,000 protein biomarkers from one sample be used to assess an individual’s overall health, monitor disease progression, and inform healthcare decisions?
Dr. Christian Frisch explains how to design a reliable assay and reveals how Bio-Rad and Sartorius teamed up to help scientists achieve peak immunoassay performance
Explore the techniques and technologies that are shaping the latest advancements in cancer research
Collaborative project has successfully demonstrated that aging in nematodes is partially programmed and can be modified therapeutically
Learn how scientists at the Rudjer Bošković Institute are harnessing cutting-edge spectroscopy to push forward the frontiers of clean energy research on hydrogen storage materials
Find out how the Knight Cancer Institute BioLibrary at Oregon Health and Science University approached the challenge to connect samples and data from multiple sites with the help of a single LIMS
We bring you insights, tips and knowledge from 11 experts as they tackle biomarker research using diverse methods
Supporting biosimilar and protein characterization complexity with novel bio-inert hardware
The AACR and the UBS oncology impact fund aim to use the new funding gift program to propel breakthroughs in cancer research and therapeutics
New pan-cancer cell-free total nucleic acid (cfTNA) assay and FFPE-based tumor mutation load analysis assay
Cancer biologist, Fiorella Magani, shares her studies on the metastasis and behavior of castration-resistant prostate cancer cells in this SelectScience interview
Chemical signatures from gut bacteria that show up in urine can be used to predict how the body will respond to a 'junk' diet.
The new technology speeds up in-database, large-scale analyses by a factor of approximately 400, helping to advance genomic medical research
SCIEX continues to collaborate and innovate to place the future of research in their customers’ hands
