Wolfgang Gass holistic Gesundheitsberatung

08/06/2026

Mit Engineering Facts – Ich gehöre jetzt zu seinen/ihren Top-Fans! 🎉

29/01/2026

🥰🤝 An 8-year-old boy named Mateo dialed 911. When officers arrived, they didn’t find danger, they found hunger. Mateo and his little sister Sophia were home alone, with nothing but a jug of milk and a few ketchup packets in the fridge. Their mom was working two jobs, doing everything she could to keep them afloat.

Instead of just filing a report, a local officer and a paramedic named Rosa stepped in with sandwiches that night… and then with something much bigger. Together, they launched a project called Midnight Meals, rallying volunteers to bring food, school supplies, and care packages to families in need every Friday night.

The response was overwhelming. Teachers gave books, grocery stores donated food, and even teenagers offered their time. When Rosa and the officer returned to Mateo’s home weeks later, the house was full of food, warmth, and even decorations. The kids’ smiles said it all.

Sometimes one phone call, one small act of kindness, can spark a movement. 💙

What's a small act of kindness you've witnessed that had a big impact? How do community efforts like this make a difference?

Note: The information presented here is for general knowledge and discussion.

23/01/2026

❤️🔬 Italian scientists found enzyme clearing arterial plaque reversing heart disease without surgery. Researchers at the University of Milan discovered that an enzyme called PLTP (phospholipid transfer protein) can mobilize cholesterol from arterial plaques back into the bloodstream for disposal. Enhanced PLTP activity reversed atherosclerosis in animal models, opening severely blocked arteries without drugs or procedures.

Atherosclerosis—arterial plaque buildup—causes heart attacks and strokes by blocking blood flow. Plaques form when cholesterol accumulates in artery walls, triggering inflammation that creates stable deposits resistant to removal. Current treatments lower cholesterol production or absorption to prevent new plaques, but can't reverse existing ones. Severe blockages require stents or bypass surgery to restore blood flow.

PLTP functions as the body's natural plaque-removal system, extracting cholesterol from arterial walls and transferring it to HDL ("good cholesterol") for transport to the liver and elimination. Italian scientists discovered that PLTP activity is naturally low in most people due to genetic variations, allowing plaque to accumulate. They developed a gene therapy that increases PLTP expression specifically in arterial walls.

Animal studies showed 40% reduction in plaque volume within three months—severely narrowed arteries reopening to near-normal diameter. Plaques became smaller and more stable (less likely to rupture and cause heart attacks). Human trials are recruiting patients with severe coronary artery disease who aren't surgical candidates. Success could revolutionize cardiovascular treatment—dissolving plaques biologically rather than mechanically bypassing them, potentially reversing decades of arterial damage.

Source: University of Milan, Circulation Research 2025

What are your thoughts on this potential future treatment? Could gene therapies like this change how we treat other conditions too?

Disclaimer: This content is for informational and educational purposes only.

19/01/2026

It feels like science fiction turning real.

Finnish scientists have successfully transmitted electricity wirelessly through open air, proving that power can move without physical cables. Using precisely controlled electromagnetic fields, energy was sent from a source to a receiver across short distances, lighting devices without direct contact.

This breakthrough confirms that wireless power transfer isn’t just theoretical—it works in real conditions. The discovery could reshape how we charge electronics, power sensors, and design future smart environments. A world with fewer wires, safer systems, and seamless energy flow may be closer than we ever imagined.

05/10/2025

Autophagy, meaning "self-eating," is a natural cellular process in which the body recycles damaged components and proteins, particularly during fasting or periods of low nutrient intake. This biological cleanup mechanism plays a key role in maintaining cellular health by breaking down and removing dysfunctional parts before they accumulate and cause harm. Japanese scientist Yoshinori Ohsumi was awarded the Nobel Prize in Physiology or Medicine in 2016 for his groundbreaking work in discovering the genes behind this essential process.

Beyond its cellular housekeeping role, autophagy has been linked to longevity and disease prevention. Studies suggest that activating autophagy through intermittent fasting or caloric restriction may reduce the risk of chronic diseases like cancer, type 2 diabetes, and neurodegenerative disorders such as Alzheimer’s. As scientists continue to explore this powerful process, autophagy is emerging as a cornerstone of preventive health strategies and age-related disease research.



More interesting details: https://engineerine.com/autophagy-for-longer-living/

09/08/2025

125 years ago you didn't have to ask permission from the government to:

17/07/2025

10/07/2025