Real-time collaboration in StarDrop 8
See how StarDrop integrates powerful real-time collaboration into every stage of the molecule design and optimisation workflow. This ensures your…
This article on applying med chem transformations and multi-parameter optimisation describes the concepts and algorithms underlying StarDrop’s Nova module. We’ve developed a computational approach to generate new compound ideas which are likely to be suitable for a particular user-defined profile. This method takes recorded literature examples of chemical transformations and applies them to a starting molecule, with integrated predictive modelling and probabilistic scoring to pick out the very best resultant compound suggestions.

M. D. Segall, E. J. Champness, C. Leeding, R. Lilien, R. Mettu, B. Stevens, J. Chem. Inf. Model., 2011, 51(11) pp. 2967-2976
DOI: 10.1021/ci2003208
Read the final published article on the journal webpage, or take a look at the Nova for more information about all the great features enabled by this research.
See how StarDrop integrates powerful real-time collaboration into every stage of the molecule design and optimisation workflow. This ensures your…
Version This script is for the latest version of StarDrop for either Windows or Mac. To find out which version you have…
This StarDrop script estimates free fraction (fᵤ) in microsomes, hepatocytes, and plasma from experimental data in other media, experimental logD…