Scientists identify infectious monkeypox virus mutations University of Missouri researchers have identified the specific mutations in the monkeypox virus that make it so infectious. The results could lead to modified versions of existing drugs or the development of new ones.Read More
Influenza replication structure revealed, making way for new antivirals Collaborative research between the University of Oxford and Diamond Light Source has revealed detailed influenza replication structures. The study, published November 3 in the journal Trends in Microbiology, furthers understanding of the virus’ adaptation to different hosts, and may lead to new antiviral drugs.Read More
Anti-herpes drug weakens antibiotic-resistant bacteria An anti-herpes drug discovered in the 1960s weakens the protective surface of an antibiotic-resistant bacteria and makes it easier for the immune cells to eliminate the bacteria, researchers from Switzerland found.Read More
AI streamlines enzyme engineering Osaka University researchers used artificial intelligence (AI) to streamline enzyme engineering, potentially improving enzyme suitability for custom purposes including pharmaceutical production.Read More
Mouse study reveals how synapses consolidate memories Researchers at the National Institute of Neurological Disorders and Stroke have discovered a new daily rhythm in the inhibitory synapses that dampen brain activity and consolidate new information into long-lasting memories. Their study in mice may help explain how synaptic changes enhance human memory.Read More
Autism affects the brain writ large: study Autism affects not only the portions of the brain related to social behavior and language but also the cerebral cortex, a new University of California, Los Angeles study finds.Read More
AI proves its mettle against humans in protein self-assembly test An artificial intelligence (AI) program narrowly beat humans at predicting protein design and self-assembly, a new study reveals. In the experiment, the AI did as good or better on several datasets than humans, demonstrating the potential of machine learning to overcome human bias.Read More