#Biomedical Research

#Biomedical Research

A new report from OpenAI and a group of outside scientists shows how GPT-5, the company's latest AI large language model (LLM), can help with research from black holes to cancerfighting cells to math puzzles. Each chapter in the paper offers case studies: a mathematician or a physicist stuck in a quandary, a doctor trying to confirm a lab result. They all ask GPT-5 for help. Sometimes the LLM gets things wrong.

For the past decade, Dr. Priscilla Chan and her husband Mark Zuckerberg have focused part of their philanthropy on a lofty goal to cure, prevent or manage all disease if not in their lifetime, then in their children's. But during that time, they also funded underprivileged schools, immigration reform and efforts around diversity, equity and inclusion. Now, the billionaire couple is shifting the bulk of their philanthropic resources to Biohub, the pair's science organization, and focusing on using artificial intelligence to accelerate scientific discovery.

The MBRS program prioritizes racial classifications in awarding federal funding, including by relying on 'minority student enrollment' to determine applicant eligibility.

I look forward to collaborating with EIT's leadership teams worldwide to advance Larry Ellison's bold vision. I believe this innovative approach represents the most exciting investment in fundamental and applied research globally.

The study reveals that injecting the DNA messenger protein HMGB1 from an older individual in healthy cells causes accelerated aging and senescence.

Miller explains, "It turns out, particularly where abnormal blood vessels develop in these retinal diseases like wet macular degeneration, that the drivers are very similar to what happens in cancer."

"Blood donation services in many countries are unable to meet the demands for collecting and storing healthy blood, leading to critical shortages worldwide."

The footage of developing embryos was captured using advanced light-sheet microscopy, allowing scientists to observe the formation of heart cells in unprecedented detail.

"The new institute will advance the development of medical tools that empower the human body to heal, focusing on the regeneration or reconstruction of various tissues and organs."

This technology can give you a global picture of the proteins included in one specific cell or tissue region as small as possible that can be laser captured and microdissected. This technology can be broadly applied to analyzing any cell in any tissue in a spatially-preserved manner.