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28 results for "drug development"
Scientists at Texas A&M have created a "liver-on-a-chip" device that predicts drug side effects better than traditional animal testing. This breakthrough could help safe medications reach patients faster while reducing the need for animal experiments.
Researchers discovered how to target a protein found only in bacteria, opening the door to new antibiotics that could outsmart drug-resistant superbugs. The breakthrough focuses on disrupting how bacteria build DNA without harming human cells.
Scientists at MIT taught an AI to speak yeast's genetic language, boosting medicine production by up to three times while cutting costly trial and error. The breakthrough could make life-saving drugs cheaper and faster to produce.
Scientists are revisiting an old pathway for migraine treatment that could help the 1 in 3 patients who don't respond to current medications. New research shows blocking substance P, a pain-triggering molecule, might unlock relief for hundreds of millions of people worldwide.
Merck and Mayo Clinic are combining artificial intelligence with real patient data to speed up the discovery of breakthrough medicines. The collaboration aims to make drug development faster, smarter, and more likely to succeed.
Researchers transformed a hepatitis C medication into a powerful new COVID-19 treatment that works even against virus variants resistant to current therapies. The breakthrough could help patients who no longer respond to existing options.
After 50 years of research, scientists finally decoded all 23 steps yew trees use to make paclitaxel, a cancer drug that's saved millions of lives. The breakthrough could make this essential medicine cheaper and more available to patients worldwide.
A homegrown biotech company just cracked a six-year puzzle that could make cancer drug development faster and more ethical. Their innovation replaces complex animal proteins with a tiny synthetic peptide that detects dying cancer cells in a single step.
A Stony Brook University professor is using light and titanium to transform simple molecules into complex compounds that could become lifesaving medicines. His breakthrough approach makes chemistry more sustainable while expanding what's possible in drug development.
A single injection of experimental drug Axpaxli kept vision stable for up to a year in patients with age-related blindness, potentially reducing treatment burden. The Phase 3 trial showed significantly better durability than the current standard treatment.
MIT researchers created an AI model that makes yeast produce protein drugs more efficiently, potentially cutting costs for vaccines and cancer treatments. The breakthrough could speed up how we develop life-saving medications.
Scientists discovered that a natural compound in aloe vera may help slow the enzymes linked to memory loss in Alzheimer's disease. While still early research, the plant-based molecule shows strong potential for future drug development.
Scientists just made finding new medicines faster and more accurate using artificial intelligence. The innovation could help patients get treatments sooner while making drug development safer.
A healthcare veteran whose granddaughter has severe epilepsy is advocating for changes that would help children excluded from clinical trials access promising treatments. His proposals could help thousands of families facing similar barriers.
For the first time in history, medications can actually slow Alzheimer's progression, not just mask symptoms. While the effects are modest, they've sparked an explosion of clinical trials that researchers say marks a turning point in defeating the disease.
Scientists at MIT built a tiny working liver model that could revolutionize how we find treatments for liver disease affecting over 100 million Americans. The breakthrough offers hope for discovering drugs that actually work for everyone.
Scientists from Ohio State and an Indian university just created an AI that designs medications humans can actually make in labs. The breakthrough could slash the decade-long, billion-dollar drug development timeline and help fight cancer and drug-resistant diseases.
Scientists in Belgium created a mouse model that catches dangerous side effects of antibody drugs before they reach patients, potentially saving lives and billions in failed trials. The breakthrough could prevent tragedies like past blood clot deaths from drugs that seemed safe in early testing.
Japanese researchers created a breakthrough method that makes medicines dissolve 2.7 times faster using zero toxic chemicals. This solvent-free technique could help bring 90% of stuck drugs to patients while protecting the environment.
A broken water purifier led scientists to discover that ordinary tap water might revolutionize how new medicines get made. The accidental find could help smaller companies afford drug development and bring more treatments to patients.
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