Prepare for an exhilarating launch as NASA and SpaceX send 5,000 pounds of vital supplies and groundbreaking experiments to the International Space Station. Tune in for live coverage!
Discover how researchers at IBM and Moderna have leveraged quantum computing to predict the complex protein structure of mRNA, marking a significant advancement in vaccine technology.
Scientists have developed a groundbreaking 'disease-on-a-chip' model for ALS using stem cells, paving the way for potential new treatments. This innovative approach mimics early disease stages and could revolutionize ALS research.
In a stunning move, the FDA has put clinical trials for Sarepta's gene therapy on hold due to alarming safety concerns after multiple patient deaths linked to acute liver failure. The company faces scrutiny as it navigates the fallout.
In a surprising turn, ultra-wealthy family offices are ramping up investments in biotechnology and entertainment, signaling a shift in investment strategies. Learn about the latest deals and why patience is key in biotech.
Researchers have discovered a groundbreaking method to convert plastic waste into paracetamol using genetically modified E coli, paving the way for sustainable drug production and environmental cleanup.
In a surprising turn, Anne Wojcicki's nonprofit, TTAM Research Institute, has acquired 23andMe for $305 million after its bankruptcy. This acquisition addresses concerns about genetic data privacy while aiming to uphold the company's mission.
Discover how the charming axolotl, a salamander known for its incredible regeneration abilities, is helping scientists unravel the mysteries of limb regrowth in humans. This groundbreaking research is paving the way for future medical advancements!
In a groundbreaking move, 27 states and D.C. have filed a lawsuit to prevent 23andMe from selling customer genetic data without consent. This legal battle raises significant privacy concerns for users.
Researchers have developed a groundbreaking method for inserting large genes into specific locations in human cells, potentially transforming the field of gene therapy and opening new avenues in medical research.
