News for Healthier Living
Gut bioelectricity provides a path for bad bacteria to cause diseases
 UC Davis Health researchers has discovered a novel bioelectrical mechanism pathogens like Salmonella use to find entry points in the gut lining that would allow them to pass and cause infection.
August 21, 2024
August 23 2024August 22 2024August 21 2024August 20 2024August 19 2024 - Simple alternative criteria identify people with the most to gain from lung cancer screening
- Older adults who start dialysis trade modest gains in life expectancy for less time at home
- UC Davis Health develops a real-time action plan to help patients with lung disease cope with wildfire smoke
- Your Gut Could Be Source of Powerful New Antibiotics
- Brain Implant Helps Tame Parkinson's for Easier Daily Living
- Scrolling Through Online Videos Only Increases Boredom: Study
- Rutgers Researchers Discover New Way to Control the Sense of Touch
- Number of Pediatric Inpatient Psychiatric Beds in the U.S. Did Not Increase 2017-2020 Despite Youth Mental Health Crisis
- Preliminary study shows potential of Manuka honey as a nutraceutical for breast cancer
- Metal Wire Fragments Trigger Recall of 167,000 Lbs of Perdue Chicken Products
- Low cortisol, hair-trigger stress response in the brain may underlie Long COVID
- Swiping Through Online Videos Increases Boresom, Study Find
- 'Stealth' Foods That Sneak Saturated Fat, Sugar Into Your Diet
- Many Cases of Iron Deficiency Go Too Long Without Proper Treatment
- Long COVID Is Taking Big Toll on U.S. Workforce
- In Rural America, Gun Violence Rises as Deer Hunting Season Begins
- Scientists Map Genetics of Lyme Disease Bacteria, Aiding Research
- Insights From a Fish Might Help People Battling Spinal Cord Injury
- Nanoparticles restore efficiency in exhausted immune cells killing cancer
- Inflammatory Bowel Disease Televisits, Added RSV Risks, and More in the August Issue of AJG
- Targeting cancer with precision: neoantigen vaccines show promise
- LC05-136: Pioneering Sugarcane Variety Transforming China's Sugar Industry
- Chloroplast Genome Study Separates C. meiocarpa and C. oleifera to Enhance Tea-Oil Camellia Breeding and Genetic Research
- Searching old stem cells that stay young forever
- Expanding a child's heart implant with light
- Improving access to heart-failure screening with saliva
- Expansion con luz del implante cardiaco de un nino
- Mejora del acceso a la deteccion de la insuficiencia cardiaca con saliva
- NUS and A*STAR researchers develop wearable, stretchable sensor for quick, continuous, and non-invasive detection of solid-state skin biomarkers
August 18 2024August 17 2024August 16 2024August 15 2024August 14 2024August 13 2024August 12 2024August 11 2024August 10 2024August 9 2024
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