News
Isomorphic Labs raised $600 million in its first external funding round, led by Thrive Capital with participation from GV and ...
Scientists have found a surprising new way to make certain cancer drugs work dramatically better – by helping them get inside ...
In the current study, the researchers used what is known as fragment-based drug design instead. The method involves first ...
AlphaFold 3, the improved version of the model used by Isomorphic Labs’ drug design engine, debuted last May. It can predict the shape of not only proteins but also DNA, RNA and other biological ...
A study published in Nature Chemistry by researchers from the University of Pittsburgh and Yale University shows how common gut bacteria can metabolize certain oral medications that target cellular ...
Isomorphic Labs says it is advancing drug design programs across multiple therapeutic areas and drug modalities. These include oncology and immunology, the primary focuses of the company's internal ...
New center will use cutting-edge AI to accelerate the creation of life-saving medicines AI Small Molecule Drug Discovery Center Photo 1 Left to Right: Ethan Grimes, BS, and Paul Morgan, MD, conduct ...
The subsidiary of Google parent Alphabet plans to use its first round of external funding to boost its ...
The funding will accelerate further development of Isomorphic’s AI drug design engine and support the company’s goal of bringing its discovered drugs to clinical trials. Isomorphic Labs was ...
14d
News-Medical.Net on MSNGut bacteria may reduce the effectiveness of common medicationsA new study, published today in Nature Chemistry by researchers from the University of Pittsburgh and Yale University, shows how common gut bacteria can metabolize certain oral medications that target ...
The event, held in the emblematic Casa de Convalescència, was supported by the BBVA Foundation and welcomed 150 international ...
A new study shows how common gut bacteria can metabolize certain oral medications that target cellular receptors called GPCRs, potentially rendering these important drugs less effective.
Results that may be inaccessible to you are currently showing.
Hide inaccessible results