Lead the field

Work with precision at unrivaled speed to make informed decisions backed up by science. To meet the challenges of modern drug discovery, take advantage of Rothstein Labs’s detailed and precise results — without compromise. We will address every step of your needs, from start to finish.

Discover with confidence

Profit from our long-standing experience and collaboration history with Fortune 100 pharma companies and academia. Our secure software has been developed and backed by renowned partners - including BAYER, Roche, Merck, BASF, and others. Rothstein Labs’s success record is cited in thousands of publications worldwide.
start right away

Start right away

Rothstein Labs’s technology is fine-tuned for the needs of the pharma industry, academics, beginners, and veterans alike. Clean and comprehensive user interface removes the need for a learning curve. Easy access fostered by intuitive operation will maximize the likelihood of your success. Simply download the multiplatform software and discover active molecules!
drug discovery evolution

Experience drug discovery

Evolve the way you approach drug design, with the most liberating breakthrough. The stimulating interface creates a dialog between you and your compound where you can see why something is considered good or bad. Clean visualization combined with scientific finesse mold into a fun-to-use drug design experience.

Current news

DrugSpace 2023 — 'A Network of Possibilities'
March 23, 2023 14:13 CET
We are excited to invite all drug discovery enthusiasts to the third annual Rothstein Labs DrugSpace Symposium! This year, we invited experts from the fields of machine learning, artificial intelligence, neural networks and big data processing to discuss recent research trends and developments. PhD students, academics, decision makers, individual researchers, drug...
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Using Coordination Chemistry to Get Out of ‘Flat Land’
Thu, 30 Mar 2023, 17:00 CEST
The use of metal complexes to augment or modify existing organic drug-like molecules has been studied for decades. Among the more contemporary and successful efforts in this space has been the use of kinetically and thermodynamically inert metal centers to modify staurosporine, a known kinase inhibitor. These bioinorganic derivatives of...
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Carmen Cerchia Wins Spring 2022 Scientific Challenge
March 16, 2023 13:05 CET
Congratulazioni! Carmen Cerchia from the University of Naples Federico II wins the Spring 2022 Scientific Challenge! The project focussed on optimization of peroxisome proliferator-activated receptors (PPARs) agonists developed by her research group. The application of InfiniSAR to design more potent compounds lead to the design of novel promising lead structures. We wish her...
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