Predicting binding affinity doesn’t work — or does it?

webinar

Tue, 16 Jun 2015, 19:00 CEST (Berlin)

Dr. Carsten Detering, BioSolveIT GmbH, St. Augustin, Germany

Predicting binding affinity doesn’t work — or does it?

Predicting binding affinity is still regarded as the holy grail. With SeeSAR, however, we are one step closer to accurately and reliably predict a protein-ligand’s binding affinity. What one often neglects is the accuracy of the data, and that, especially in brute force correlation analysis, we might compare apples with oranges.

SeeSAR will tell you where the problems are. So you can understand, without looking at any numbers, where you might have to optimize or where a crystal structure might not be credible. Because they are not, as Derek Lowe once put it, a “message from God”, but full of assumptions themselves. If we start to understand incorporate this in our work, we will see calculated binding affinity in a whole new (green) light.

Current news

GPU Prices Too High? Try HPSee!
August 21, 2026 10:20 CEST
Structure-based virtual screening of a billion-compound library used to be a question of how much hardware you could buy. Chemical Space DockingĀ® changed the arithmetic: instead of enumerating and docking every product, it docks the reagents that span the Chemical Space in a cost-efficient manner to get the most promising...
Read on
category
Challenge
Fall 2026 Scientific Challenge Deadline Approaching
August 11, 2026 09:15 CEST
We invite researchers in academia (students, postdocs, professors), non-profit organizations, and individuals to participate in our quarterly Scientific Challenge. Take advantage of our wide array of software to help meet your drug discovery goals. How to Participate Just send us a proposal for the project you would like to advance...
Read on
category
Software
Comparing the Performance of BioSolveIT and Alternative Technologies
August 4, 2026 09:21 CEST
Chemical Space DockingĀ® (C-S-D) is designed for computationally efficient structure-based exploration of ultra-large Chemical Spaces. But how does it compare with other approaches? When searching ultra-large Chemical Spaces, computational efficiency and algorithmic strategies are crucial if trillions of compounds are to be screened for potential candidates. The approaches used to...
Read on