Curia

Articles

Protein engineering has greatly benefited by the advent of in vitro display platforms, where individual or large libraries of peptides or proteins are displayed on the surface of mammalian, yeast, or bacterial cells or even bacteriophage capsids. Learn more about the main principles of phage and yeast surface display platforms & how Curia can power your antibody discovery and engineering projects.

Introduction to antibody libraries for display-based antibody discovery 

Videos

Learn how CDMOs have integrated and delivered innovation to advance customers from curiosity to cure.



21st Century CDMOs: Driving Transformation at the Core to Deliver at the Edge of Innovation

 biochemical assays make possible the high-throughput screening (HTS) of large compound libraries. A successful HTS campaign is typically viewed as one that identifies large numbers of diverse chemical series hits as potential starting points on the way to a clinical candidate. These hits are typically weakly active in a primary screen and do not necessarily possess drug- like characteristics.

Hit-to-lead optimization is now a key process in drug discovery that explores the chemistry and biology of hits to focus efforts on the most promising starting points, saving development time and costs. Join this webinar to learn:

What makes for a promising starting point in a drug discovery program

Strategies to triage hits and focus efforts

Identify what makes a promising starting point for a drug discovery program

Learn strategies to more successfully triage hits

Assistant Director, Medicinal Chemistry
Curia

Research Fellow, Medicinal Chemistry
Curia

Webcasts

Thursday, September 30, 2021 at 11am EDT| 8am PDT| 4pm BST| 5pm CEST
In-vitro biochemical assays make the high-throughput screening of large compound libraries possible; however,  without a strong hit-to-lead process, time and money are often wasted seeking out the most promising starting points. Register for this webinar to learn best practices for triaging hits and focusing efforts.