In Vitro Assessment of GalNAc-Conjugated siRNA Cellular Uptake and Target Knockdown in Primary Human Hepatocyte Culture Models (Poster)
Enhance your preclinical development of targeted therapies in liver disease with this poster presented at ASGCT which reveals insights into the in vitro testing of GalNAc-conjugated siRNA. Through in-depth analysis of cellular uptake and target knockdown in primary human hepatocyte culture models, this poster underscores the potential of cell-based models for oligonucleotide therapy screening, bolstering the development of therapies with enhanced treatment precision and efficacy. If you're seeking to understand the landscape of liver models for assessment or new drug modalities, this poster is an essential read for your collection.
Impact of Temperature Conditions on Cell Stability in Leukopaks During Shipping (Poster)
Discover the crucial interplay between temperature conditions and the stability of peripheral blood mononuclear cells (PBMCs) in leukopaks during shipping when you download this poster. PBMCs, essential to the advancement of gene therapy and regenerative medicine, face significant viability challenges outside the controlled environment of a laboratory. This poster investigates how varying temperature conditions affect these highly diverse immune cell populations, which is critical for groundbreaking research. If you're at the forefront of biomedical research and rely on the integrity of shipped cellular materials, this poster offers indispensable insights that could redefine your approach to cell transport and preservation.
Cell Stability in Leukopaks at Different Shipping Temperatures (White Paper)
Unlock the potential of human peripheral blood mononuclear cells (PBMCs) in your breakthrough advanced therapy research. This white paper explores the critical relationship between temperature, time, and the stability of PBMCs. It features an in-depth look at the cell viability of fresh leukapheresis under different simulated shipping conditions. Perfect for research scientists seeking to deepen their understanding or harness the unique capabilities of PBMCs in their work.
Download your copy today and take the first step towards revolutionizing your research projects with invaluable insights into PBMCs.