UCSF Researchers Uncover New Pathway for Molecular Cancer Drug Therapies
Researchers have discovered a cellular uptake pathway for larger molecules that delivers cell-permeable drugs efficiently.
University of California San Francisco
Give to UCSFResearchers have discovered a cellular uptake pathway for larger molecules that delivers cell-permeable drugs efficiently.
Groundbreaking research by UCSF scientists has led to FDA approval of a new therapy that can delay the onset of type 1 diabetes by at least 2 years.
Researchers have engineered molecules that act like “cellular glue,” a major step toward building tissues and organs.
New records in the Opioid Industry Documents show that Insys Therapeutics improperly sold vast amounts of its addictive product for off-label uses.
Researchers have identified specific immune cells that drive deadly heart inflammation in a small fraction of patients treated with powerful cancer immunotherapy drugs.
Scientists at UCSF have developed a new way of looking at sex-biased diseases that is rooted in evolutionary biology.
A new UCSF study researchers of more than 23 million people concludes that some commonly used and abused drugs pose previously unidentified risks for the development of atrial fibrillation (AF), a potentially deadly heart-rhythm disorder.
A small molecule called ISRIB that was identified at UCSF can reverse the neuronal and cognitive effects of concussion in mice weeks after an injury occurred, new research found.
Johns Hopkins University and UCSF, have added new documents to the Opioid Industry Documents Archive that detail the role of retail pharmacies in the opioid overdose epidemic.
The single-celled protozoan Euplotes eurystomus achieves a scurrying walk by coordinate its microscopic uses a simple, mechanical computer instead of a brain like most animals, UCSF researchers found.
A newly identified set of molecules alleviated pain in mice while avoiding the sedating affect that limits the use of opiates, according to a new study led by researchers at UC San Francisco.
UCSF has revealed how blood vessel cells develop in the prenatal human brain, paving the way to fully understand the role of these cells in healthy brain development and disease.