The Chemical Probes Portal hosted its third annual Chemical Probes Hackathon on June 17th, 2024, at Boehringer Ingelheim’s facilities in Biberach, Germany. Building on the success of previous events, this year’s hackathon saw remarkable achievements, with 28 international students and six experts evaluating 30 chemical probes in just one day.
Increasing the quality and robustness of biomedical research using chemical probes.
Increasing the quality and robustness of biomedical research using chemical probes.
Welcome to the Chemical Probes Portal, a free, public online resource of expert reviews and evaluations of chemical probes.
The Chemical Probes Portal supports the biological research community to select the best chemical tools such as inhibitors, activators and degraders, to use as chemical probes for their experiments. Its expert panel provides guidance to select the most suitable probe for use in in-vitro and in-vivo experiments and shares experiences in best practice.
News
Researchers can now explore over 1000 compounds via the Chemical Probes Portal to uncover top-notch inhibitors and chemical tools for their biological studies. Among these, 490+ compounds are deemed ‘high-quality’ probes with three or more stars from reviewers.
The Unsuitables: compounds that are too toxic; too promiscuous; interfere with biological assays or imperfect compounds that have been replaced by better ones. The Unsuitables are chemicals deemed inappropriate for use as chemical probes in interrogating specific protein targets.
The Chemical Probes Portal completed its first ever Probe Hackathon, bringing students and experts together to evaluate the quality of tools for biomedical research and drug discovery.
Details of the Chemical Probes Portal, a major, updated online resource to help biomedical researchers use the best small-molecule reagents for their experiments have been published.
Cite us:
- The Chemical Probes Portal: an expert review-based public resource to empower chemical probe assessment, selection use, Antolin et al.Nucleic Acids Research 2022 gkac909. doi: 10.1093/nar/gkac909
- Please add our URL to your publication: www.chemicalprobes.org.