Health News

Can hepatitis C drugs help remdesivir fight COVID-19?

Since the coronavirus pandemic began, only one antiviral drug, remdesivir, has been approved in the United States for treatment of COVID-19, but it barely works and is toxic to the liver. Researchers at UC Berkeley have found 20 compounds that, in combination with remdesivir, are much better than remdesivir alone in protecting human lung cells from SARS-CoV-2, the virus that causes COVID-19.

More infectious COVID variant detected in Berkeley

A more transmissible variant of the coronavirus, first detected in the United Kingdom, has shown up in two UC Berkeley students, as the state announced at least 133 new cases of the variant statewide. The appearance of the new variant, which appears to be about 50% more infectious than earlier variants, reinforces the need to take very seriously public health precautions to prevent spread: wear a mask when around other people, keep at least six feet apart and wash your hands frequently.

Neuroscientists tap gamers to learn how people problem-solve

Fans of Candy Crush Saga, Flow Free or Minesweeper should check out a challenging new mobile game app, hexxed, that will stretch your brain as it helps brain researchers understand human strategic thinking and perhaps improve the reasoning of artificial intelligence.

Researchers discover link between microRNA and metabolic disorders

In a study published today in the journal Cell,  UC Berkeley Nutritional Sciences and Toxicology professor Anders Näär led a group of researchers from 12 institutions in the United States and Europe, to better understand a region on the second human chromosome previously linked to both the digestion of milk and metabolic disorders.

Nano-sized sensors learn new biological tricks

Christopher Jackson, a graduate student in the Landry Lab at QB3-Berkeley, explores how a better understanding of nanotechnology interactions with biological systems can improve neuroimaging and COVID-19 testing.

Brain noise contains unique signature of dream sleep

When we dream, our brains are filled with noisy electrical activity that looks nearly identical to that of the awake brain. But UC Berkeley researchers have pulled a signal out of the noise that uniquely defines dreaming, or REM sleep, potentially making it easier to monitor people with sleep disorders, as well as unconscious coma patients or those under anesthesia.