Daily Full-Fat Dairy Left Body Fat and Cholesterol Unchanged in Canadian Trial
Professor Harvey Anderson's twelve-week trial found no measurable rise in body fat, blood sugar or cholesterol when adults with extra weight added full-fat milk, yogurt and cheese each day.
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Feature Engineering + Physiologic MRI: Differentiating Glioblastomas from Brain Metastases
Dr. Sanjeev Chawla's team combined brain scan measurements of water movement and blood volume with machine learning to tell glioblastomas apart from cancers that spread to the brain.
Taking Asthma Care to School: Improving Treatment, Reducing Hospital Visits, and Closing Health Disparities Gaps
Professor Kimberly Arcoleo's team found that after their school nurse began giving them daily asthma medicine, children had better asthma control and far fewer emergency visits and hospital stays.
Diet Drinks Match Water for Keeping Weight Off Over Two Years
Professor Joanne Harrold’s two-year trial found that adults in a weight-management programme kept off similar amounts of weight whether they drank diet drinks or water.
- Health & MedicineNovember 4, 2026
Evening Phone Calls After Cataract Surgery Calm and Reassure Patients
- Mind & SocietyNovember 4, 2026
Pandemic Moves to the Countryside Strained Housing in Rural Northeast Towns
- Health & MedicineOctober 30, 2026
Common HIV Drug Linked to Lower Levels of an Untreatable Virus
- Health & MedicineOctober 29, 2026
Catheter Inside a Catheter Helps Doctors Enter Hard-to-Reach Heart Arteries
- Health & MedicineOctober 29, 2026
Small Study Suggests Meditation May Ease Depression and Poor Sleep in Glaucoma
- Life SciencesOctober 28, 2026
Your Immune System Learns and Remembers in Ways That Echo the Brain
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Larger Fat Cells Linked to How the Body Handles Fat After Meals
Professor André Carpentier's team found that, regardless of body fat, people with larger belly fat cells took more fat into the heart after meals and stored more in deep belly fat.
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Enzyme TREX2 causes most mutations in lab-grown cells lacking mismatch repair
Professor Paul Hasty's team found that the enzyme TREX2 drives most spontaneous mutations in lab-grown mouse stem cells and human cancer cells lacking mismatch repair, and removing it cut mutations.
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