Multi-Parameter Optimisation

Probabilistic Scoring

Rigorously assess your compounds' potential for success against your project objectives using Probabilistic Scoring

A high quality drug must exhibit a balance of many properties, including potency, ADME and safety. In drug discovery this is particularly challenging due to complex, often conflicting property requirements combined with uncertain data because of experimental variability or predictive error. StarDrop's unique probabilistic scoring enables you carry out multi-parameter optimisation (MPO), enabling you to identify those compounds that have the best balance of those properties necessary for success in your projects. You can define the weighted profile of property criteria for your project and compare all your candidate molecules against these requirements to quickly see which are most and least likely to succeed.

  • Allow for uncertainty: confidence in each score is calculated to highlight statistically significant compounds
  • Weighted properties: allow for trade-offs between properties for your particular project
  • Use data from any source: StarDrop ADME QSAR or P450 models, toxicity alerts from the Derek Nexus module or imported in vitro, in vivo or in silico data
  • Multi-parameter optimisation: customisable for any project within an intuitive interface

To find out more about how probabilistic scoring works, take a look at the FAQs.

To learn more about StarDrop and probabilistic scoring, or to arrange an online demonstration and perhaps try StarDrop for yourself, please contact us.

StarDrop - Probabilistic Scoring
"For an overview of the range of methods used for multi-parameter optimisation (MPO) in drug discovery take a look as this preprint article written for a special issue of Current Pharamaceutical Design."
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