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26 results for "precision medicine"
Morocco just launched a Precision Medicine Hub that will help thousands of patients with rare diseases get faster diagnoses and coordinated care. The new national center brings together advanced genetic testing, specialist teams, and patient support under one roof.
Scientists have created a precise gene-editing tool that could offer permanent treatment for cystic fibrosis patients, potentially replacing daily medications that cost hundreds of thousands of dollars per year. The breakthrough could transform care for people living with this and other genetic diseases.
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.
A groundbreaking blood test can predict which leukemia patients are most likely to relapse after bone marrow transplants, helping doctors personalize treatment. The discovery could transform care for thousands battling this aggressive blood cancer.
A groundbreaking study shows remote genetic services more than doubled cancer survivors' access to life-saving genetic testing. Working through primary care doctors, the telehealth program identified critical hereditary cancer risks in 10% of participants.
Researchers developed a breakthrough method to systematically create molecular glues that destroy disease-causing proteins, transforming leukemia treatment and opening doors to tackle previously untreatable diseases. What was once a game of chance is now a precise science.
Researchers in India discovered a single gene that causes three major health conditions to occur together, opening doors for early detection and better treatment. The breakthrough could help doctors identify at-risk families before symptoms appear.
Cancer patients gained several new FDA-approved tools this week, including tests to guide treatment decisions and drug combinations for hard-to-treat cancers. These advances offer fresh hope for more personalized, effective care.
Employees across the UAE will soon have access to personalized health support combining AI technology, mental health care, and precision medicine. The new program aims to transform workplace wellness from reactive treatment to preventive care.
Scientists have flipped the script on aggressive cancers by using gene editing to turn one of their biggest advantages into a deadly vulnerability. In animal models, this breakthrough approach destroyed hard-to-treat tumors while leaving healthy cells unharmed.
Scientists at Oregon State University developed a cancer-fighting nanoparticle that completely eliminated breast tumors in mice without harming healthy tissue. The treatment exploits cancer's own chemistry to destroy malignant cells while leaving normal cells untouched.
Researchers created the first complete molecular map of a key brain protein, opening doors to better diagnoses and treatments for over 20 memory-robbing diseases. The breakthrough could transform how doctors detect and treat conditions from Alzheimer's to chronic traumatic encephalopathy.
A groundbreaking study analyzed over 8,900 patients and discovered diseases affect women and men through completely different biological pathways. This research could finally end one-size-fits-all medicine and create treatments tailored to each person.
Researchers developed tiny particles that use light to heat and destroy tumors while leaving healthy cells untouched. The biodegradable treatment could offer a gentler alternative to chemotherapy and radiation.
Dutch researchers tested every possible mutation in a little-known breast cancer gene, creating a library that tells doctors exactly which patients face real risk. The discovery ends years of uncertainty for women carrying PALB2 mutations.
Scientists in China created a tiny sensor chip that checks chemotherapy drug levels in blood almost instantly, helping doctors adjust doses to keep patients safer. The breakthrough could transform how cancer treatment is personalized for each patient.
Scientists created tiny particles that hunt down and destroy harmful proteins causing dementia and cancer, including in the brain where most drugs can't reach. Early tests show success against major cancer drivers, and the technology could transform treatment for diseases once considered impossible to treat.
Scientists created a breakthrough tool that cuts through data noise to match cancer patients with the right drugs. The method has already rediscovered critical gene-drug links that other systems missed.
Scientists at Mount Sinai discovered why immunotherapy works for some cancer patients but not others. The breakthrough could help doctors personalize treatment and spare patients from therapies unlikely to help them.
Cancer doesn't evolve randomly. Scientists just discovered the hidden patterns that guide how tumors adapt and resist treatment, opening doors to smarter therapies.
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