Introduction A study published in the Journal of the American Heart Association indicates that a high-salt diet may accelerate the aging of blood vessels through an indirect mechanism involving the immune system. The research, conducted on mice by a team at the University of South Alabama, suggests that excess dietary salt prompts immune cells to release inflammatory signals that push the cells lining blood vessels into a state of premature aging, or senescence. This cellular aging impaired the function of the small arteries, an early indicator of cardiovascular disease risk. The study, accepted for publication in February 2026, found that a…
Newswire
DOJ Announces Recovery of $700 Million from Chinese-Linked Crypto Scam Compound, Funds to Be Returned to U.S. Victims DOJ…
This article was originally published by Sterling Ashworth at Natural News under the title: DOJ Announces Recovery of $700 Million…
President Donald Trump and Vice President JD Vance were evacuated from the White House Correspondents’ Association Dinner on Saturday night,…
Introduction Collard greens, a leafy vegetable belonging to the Brassica oleracea species and the broader cruciferous family, are a staple…
Study Identifies Oleic Acid as Beneficial, Palmitic Acid as Detrimental to Diabetes Risk Introduction A new review study analyzing…
Features
The Latest
RFK Jr. Affirms Glyphosate Causes Cancer in Senate Hearing Introduction Health and Human Services Secretary Robert F. Kennedy Jr.…
This article was originally published by Mike Adams at Natural News under the title: The Unseen War: How Weather Weapons…
If you are a student of survival, I probably don’t have to tell you how important the psychological aspects of…
Health Wearables Prompt Debate Over Reliance on Device Data Versus Bodily Awareness Smartwatches and fitness trackers are shifting how…
Having studied OPSEC and privacy and having been mentored by others who are really good at it has been a…
Trump says “no time frame” for Iran war as ceasefire stalls, oil prices surge Trump admits there is no…