Scientists are building an electron microscope powered by a quantum computer to extract more information from each electron, allowing clearer images of fragile samples with less damage.
A new study suggests semaglutide, found in Ozempic and Wegovy, may slow aging and extend lifespan in mice by impacting biological mechanisms beyond calorie restriction.
Scientists discovered that protein combinations from rattlesnake blood neutralize venom ten times more effectively than current antivenoms, offering a new path for snakebite treatment.
Researchers used AI to decode a key DNA sequence, known as the "initiator," which acts as an "on switch" for human genes, found in about 60% of genes.
Researchers developed a bioengineered chewing gum that reduced human papillomavirus and two bacteria linked to head and neck cancers by up to 93%.
Scientists developed an all-in-one genome engineering platform called TRIM that allows for efficient, precise stacking of multiple desirable traits in crops through gene knockout, sequence editing, and chromosome engineering.
Researchers have decoded how plants produce mitraphylline, a rare compound with cancer-fighting potential, identifying two key enzymes involved in its creation.
University of Missouri researchers have engineered algae to remove microplastics from water by making them clump together, offering a potential solution for water purification and plastic recycling.
Scientists transferred a longevity gene from naked mole rats to mice, increasing high molecular weight hyaluronic acid, extending lifespan, and improving health.
A new AI-powered computational method, SpaMosaic, unifies fragmented cell data into comprehensive spatial atlases, accelerating the mapping of the body's cells and predicting unmeasured molecular layers.
Engineers developed an AI-enhanced microscopy technique, unrolled blind-SIM (UBSIM), that captures crisp, real-time video inside live cells, producing images twice as sharp as conventional methods without false details.
A new bioreactor system developed by Hannover Medical School researchers can produce 40 million human macrophages weekly from induced pluripotent stem cells.