Screening Strategies in Drug Discovery – Multimedia

Download this guide to learn how you can generate uniform 3D cell models, get the best quality images, minimize imaging time and volume of data as well as avoid unnecessary data transfer steps.

Download this poster to discover how ITC requires minimal assay development and sample preparation, allows early determination and elimination of false positives and can be used to identify fragments that will form a high-resolution co-crystal with the target protein.

Fragment-based drug discovery (FBDD) is one of the most popular approaches for finding lead compounds and it is becoming more widely adopted by pharma companies. Access this eBook to learn about the advantages, applications and future prospects of FBDD.

Download this app note to discover an example that shows pooling crRNAs to the same gene target provides robust functional knockout and reveal ways to ensure crRNA pools work successfully in phenotypic screening.

Download this app note to learn more about automated patch clamp and the benefits of using it in drug discovery.

In this infographic, we review the history of fragment-based drug discovery, discuss the underlying concepts and examine the process in more detail.

In this listicle, we will discuss the principles of FBDD, how it compares to other drug discovery approaches, as well as highlighting various techniques that allow for lead compound identification with FBDD.

Learn how researchers use high-throughput screening (HTS) to determine whether existing drugs can be repurposed as possible treatments for COVID-19.

Download this eBook to discover how to overcome the challenges of 3D cell culture imaging and analysis.

The world is facing a health crisis of an unprecedented scale. The COVID-19 outbreak, caused by the SARS-CoV-2 virus, has rapidly spread across the globe and caused thousands of deaths. In this list, we highlight the efforts of five healthcare companies working to tackle the outbreak of COVID-19.