Kit Identifies Endonuclease Impurities for Gene Therapy
Cygnus Technologies has developed the EndonucleaseGTP ELISA Kit to quantitate and detect residual endonuclease impurities in recombinant vaccines and viral vectors used for gene therapy.
The EndonucleaseGTP ELISA Kit from Cygnus Technologies detects and quantitates residual endonuclease impurities in recombinant vaccines and viral vectors used for gene therapy. With a detection limit of ~0.06 ng/mL, the kit is three times more sensitive than the only other commercially available assay for detection and quantitation of these endonuclease impurities, according to the company. The kit also contains all the necessary, ready-to-use reagents for 96 analyses in microplate format, including a set of calibrated endonuclease standards. The assay can be easily integrated into desired workflow points-from process development to quality control to lot release testing.
Transformations in Drug Development for Cell and Gene Therapies
March 28th 2025As a recognized leader in immunophenotyping for clinical trials, Kevin Lang from PPD discusses how spectral flow cytometry is transforming drug development, particularly in cell and gene therapies like CAR-T. He also dives into his award-winning research, including his 2024 WRIB Poster Award-winning work, and his insights from presenting at AAPS PharmSci360.
Advancing Clinical Trials with Spectral Flow Cytometry: A Conversation with Kevin Lang
March 28th 2025As a recognized leader in immunophenotyping for clinical trials, Kevin Lang from PPD discusses how spectral flow cytometry is transforming drug development, particularly in cell and gene therapies like CAR-T. He also dives into his award-winning research, including his 2024 WRIB Poster Award-winning work, and his insights from presenting at AAPS PharmSci360.
PacBio Chosen as Tech Partner for Global Alzheimer’s Disease Research Project
April 23rd 2025The project, the North African Dementia Registry, will unite multiple entities for the purpose of developing a comprehensive dataset to advance the research community’s understanding of Alzheimer’s disease and other dementias in diverse populations.
