🔥The 9th Round of Easy Loan, Earn $40 Reward is in progress❗️ ⏰ Promotion Period: January 15th - Feburary 15th, 2025 👉 Register now and check more details at gate.io/campaigns/358

Patterns in the vaginal microbiome could help identify women at risk for post-surgical urinary tract infections. Read more. mayocl.in/3XvSj8p

A new Mayo Clinic study shows that blood protein signatures can reveal whether a person’s giant cell arteritis is active or in remission — with over 95% accuracy. This could pave the way to a more targeted treatment. mayocl.in/3Y5LSci

Patterns in the vaginal microbiome could help identify women at risk for post-surgical urinary tract infections. Read more. mayocl.in/4j7dWnV

Antibody-drug conjugates are cancer therapies designed to deliver drugs directly into cancer cells. But often, the drug can’t get inside. Mayo Clinic researchers have developed a new strategy to help the treatment enter the cell. mayocl.in/4j1e6wQ

A new Mayo Clinic study shows that blood protein signatures can reveal whether a person’s giant cell arteritis is active or in remission — with over 95% accuracy. This could pave the way to a more targeted treatment. mayocl.in/4hTsXZA

Patterns in the vaginal microbiome could help identify women at risk for post-surgical urinary tract infections. Read more. mayocl.in/4leEpSs

A Mayo Clinic patient’s search for answers led to a groundbreaking discovery. Researchers found a hidden genetic cause of disease — outside the usual coding regions. Read more. mayocl.in/4i0tpoU

When Vicki Tennant came to Mayo Clinic for answers about her heart condition, she never expected to be at the center of a medical breakthrough. But her case led Mayo Clinic researchers to identify a previously undetectable genetic phenomenon. Learn more: mayocl.in/41V8Jd5

A Mayo Clinic patient’s search for answers led to a groundbreaking discovery. Researchers found a hidden genetic cause of disease — outside the usual coding regions. Read more. mayocl.in/44eLDQ6

When standard tests couldn’t explain a patient’s heart condition, Mayo Clinic’s team looked deeper— way deeper. They uncovered a subtle change in non-coding DNA that helped explain the disease. mayocl.in/4iaE8gy

Mayo Clinic is transforming patient care by developing digital tools that help clinicians turn complex biological data into faster, more precise diagnoses and treatments. mayocl.in/3En3E49

Mayo Clinic researchers have identified a rare inherited mutation that can directly cause one of the world’s most common diseases: nonalcoholic fatty liver disease. This is the first known single-gene cause. Read more. mayocl.in/42FU6JP

Mayo Clinic researchers have developed a personalized blood test that tracks aggressive brain tumors using each tumor’s unique DNA. It could offer earlier insights into glioma progression. mayocl.in/436l79F

A new Mayo Clinic study reveals distinct brain cell changes in Tourette syndrome, including a 50% reduction in interneurons, stress in motor neurons and inflammation in immune cells. Findings may help explain the underlying biology of involuntary tics. mayocl.in/4lP1xr0

Happy #DNADay! At Mayo Clinic, we're looking beyond the usual suspects in the genome. A recent discovery showed how a single noncoding variant — previously undetectable — played a key role in disease. Read the story: mayocl.in/3GFnCb2

On #DNADay, we highlight a Mayo Clinic discovery that links a single inherited mutation to one of the world’s most common diseases — metabolic dysfunction-associated steatotic liver disease. Learn more. mayocl.in/44a0ATz

Born with osteogenesis imperfecta, a rare genetic disorder also known as brittle bone disease, Dr. Ethel Aguirre Flores has endured more than 125 fractures. She's now completing her residency in medical genetics and genomics at Mayo Clinic. Learn more: mayocl.in/4kvOrgv

She broke her first bone before she could walk. 125 fractures. 41 surgeries. 6 metal rods. Now she’s helping pioneer gene therapy for brittle bone disease. Meet Dr. Ethel Aguirre Flores. mayocl.in/4513IBL

As brain tumors grow, they shed bits of DNA into the blood. Mayo Clinic scientists built a test to track that DNA—tailored to each patient's tumor. mayocl.in/4kJRx0D

One small DNA error. One massive insight. Mayo Clinic researchers have found a rare MET gene mutation that directly causes fatty liver disease. mayocl.in/4mJxj9c