Researchers engaged in drug discovery and development seek strategies for understanding the dynamics of drug-target interactions. Measuring the drug-target residence time—the duration of time that a drug remains bound to its target—can help researchers eliminate poor drug candidates, improve a drug’s efficacy, and expand the therapeutic window.
Download this guide from BellBrook Labs to learn how biochemical assays improve drug-target residence time measurements and drug development workflows.
Top Image Credit:
iStock
The liquid world of fetal development provides a rich source of nutrition and protection tailored to meet the needs of the growing fetus.
View this Issue
In this half-day virtual summit, a series of presentations will explore the scientific, regulatory, and operational factors impacting the use of in vitro NAMs in drug discovery.
In this webinar, scientists will discuss innovations that are unlocking new insights into immunity.
In this webinar, Magdalena Pacewicz will highlight how to use AUC to characterize AAVs as part of ensuring regulatory compliance.
Discover how the latest cancer research models and their applications help scientists pursue breakthrough cancer therapy research.
The ranking places Refeyn among a cohort of high-growth UK technology firms spanning sectors including the life sciences, energy and sustainability, telecommunications, and digital technology.
Partnership unites AI and single cell technology to map immune dysfunction and improve drug discovery and development outcomes
Designed to balance ease of use, cost efficiency, and reproducible data, which are critical requirements for successful high-throughput screening campaigns
Automated Twist NGS library preparation workflows available on SPT Labtech’s firefly platform via the firefly cloud
