drug development

Groundbreaking discovery: Antipsychotic drugs work on D1 dopamine neurons, not D2 as thought. Promising for better schizophrenia treatments.

Researchers discover a novel method to activate GPCRs from inside cells, promising drug development with no side effects.

MIT researchers develop FrameDiff, a generative AI tool that creates new protein structures, accelerating drug development and gene therapy.

Scientists create a mini-heart organoid using stem cells, offering insights into heart development and diseases, and potentially reducing reliance on …

Unlocking the brain’s secrets: Researchers map neurotransmitter receptors, revealing insights into cognition and behavior, aiding drug development.

Scientists at UC Berkeley are reprogramming cellular ribosomes to produce advanced polymers, enabling the creation of novel biomaterials and drugs.

New method of protein identification based on amino acid content rather than structure accelerates drug development and reveals protein interactions.

Discover a groundbreaking approach in drug development that activates G-protein coupled receptors from inside cells, reducing side effects. #DrugDevelopment