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Saturday, 26 October 2024

Atypical myosin plays a key role in neuron branching

RIKEN scientists have used a new approach combining molecular genetics, cell imaging and artificial learning to make the unexpected finding that Myosin6, a well-known actin motor protein, plays a key role in neuron branching. This discovery could one day make it possible to help neurons recover after damage. Branch-like structures…

COVID-19 in Geneva: less than 11% have been infected

A study carried out among 2,766 people by the University Hospitals of Geneva (HUG), the Geneva Centre for Emerging Viral Diseases, and the University of Geneva (UNIGE), Switzerland, reveals that, at the time of the decline of the Coronavirus pandemic, only 10.8% of the Geneva population had been infected with…

Pack swimsuit, mask, California welcomes back tourists

There will be no packed double-decker safari buses with tour guides rolling through the San Diego Zoo, nor animal shows that draw crowds—nor breakfast buffets at hotels. Instead, hotels are adorning lobbies with hand sanitizing dispensers and will be limiting how many people lounge by pools. And the zoo is…

African countries battle-ready to take on COVID-19

Experience combating Ebola has been a key element in the effective response of African nations to the COVID-19 pandemic, according to research out today from Oxford’s Leverhulme Centre for Demographic Science in collaboration with the African Research Network. Published today in Nature Medicine, the study explains that there had been…

Clues to ageing come to light in vivid snapshots of brain cell links

The colorful pictures of the whole mouse brain at different ages are the first of their kind and a pivotal step forward in understanding behavior, scientists say. Findings—published in the journal Science – could shed light on learning disability and dementia and help to reveal how memories are affected by…

Transforming spleens into liver-like organs in mice

A team of researchers affiliated with several institutions in China has developed a means for coaxing a mouse spleen into behaving like a liver—a possible alternative to transplantation. In their paper published in the journal Science Advances, the group describes their technique and how well it worked with test mice….