Outlet metrics
Global
#13647
United States
#2897
Science and Education/Universities and Colleges
#88
Articles
-
2 weeks ago |
ucsf.edu | Robin Marks
Proteins catalyze life by changing shape when they interact with other molecules. The result is a muscle twitching, the perception of light, or a bit of energy extracted from food. But this crucial ability has eluded the growing field of AI-augmented protein engineering. Now, researchers at UC San Francisco have shown it is possible to make new proteins that move and change shape like those in nature.
-
2 weeks ago |
ucsf.edu | Robin Marks
Chemotherapy doesn’t just kill cancer cells. It also affects the microbes in the digestive tract. Researchers at UC San Francisco have discovered that some gut bacteria can reduce the side effects of these potent treatments, and that one family of cancer drugs may actually boost these protective bacteria. The phenomenon could help physicians predict the severity of a patient’s side effects and points the way to supplements that could help those whose guts aren’t sufficiently protecting them.
-
2 weeks ago |
ucsf.edu | Suzanne Leigh
What’s NewAfter more than half a century, the assessment of traumatic brain injuries gets an overhaul. Why It MattersClinicians say the proposed framework will lead to more accurate diagnoses and treatment, providing more rigorous care for some patients and preventing premature discussions about halting life support in others.
-
3 weeks ago |
ucsf.edu | Eric Brooks
Share on Facebook Share on Twitter Share on Reddit Print this article Sputtering on a small fishing boat in the vast South China Sea with dwindling food and water, a young Binh An Phan, his family, and a group of Vietnamese refugees clung only to hope as the engine completely gave out. They drifted for the next three days, unsure of what was to come of them and their boat in treacherous waters patrolled by pirates.
-
3 weeks ago |
ucsf.edu | Levi Gadye
Dementia usually affects older people, so when it occurs in middle age, it can be hard to recognize. The most common form is frontotemporal dementia (FTD), which is often mistaken for depression, schizophrenia, or Parkinson’s disease before the correct diagnosis is reached. Now, as part of an NIH-funded study, researchers at UC San Francisco have found some clues about how FTD develops that could lead to new diagnostics and get more patients into clinical trials.
Try JournoFinder For Free
Search and contact over 1M+ journalist profiles, browse 100M+ articles, and unlock powerful PR tools.
Start Your 7-Day Free Trial →