NESARA/GESARA
RealNesaraGN
·
13m

SCAVINO

Are you ready for this rabbit hole? 🦎

Drop a dot if I can count on you.

Repost and follow
RealNesaraGN

John Fitzgerald Kennedy Jr
the_17thletter4
·
4h

🚨🚨🚨 MAJOR ALERT: THE WHITE HOUSE IN WASHINGTON DC HAS JUST TURNED ALL YELLOW, SIGNIFYING THE START OF THE GOLDEN AGE 🔔

DROP A 👍 IF YOU’RE READY FOR THE GOLDEN AGE ………..!!!!!!!!

Video in link👇🏻
https://x.com/brandoincogn...

😻 Yes please, Mr. President/CiC‼️🥳🦅🇺🇸🪖❤️

THEY THOUGHT THE KENNEDY VOICE WAS GONE.
THEY WERE WRONG.
THE MISSION IS UNFINISHED.
THE TORCH STILL BURNS.

FOLLOW IF YOU BELIEVE AMERICA’S BEST DAYS ARE STILL AHEAD.

DROP ❤️ IF YOU LOVE JFK JR.

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In a groundbreaking medical breakthrough, scientists have developed a method to permanently regrow failing kidneys, offering hope to millions of patients worldwide and potentially eliminating the lifelong dependence on dialysis. By leveraging advanced regenerative medicine techniques, including stem cell therapy and organ-specific growth factors, researchers were able to stimulate the damaged kidney tissue to repair itself and restore full functionality.
The treatment works by reactivating dormant regenerative pathways within the kidneys, promoting the growth of new nephrons—the functional units responsible for filtering blood—while repairing existing structures. Early experiments in preclinical models have shown remarkable results, with restored kidney function surpassing previous regenerative attempts and maintaining stability over extended periods.

A surprising breakthrough in cancer research shows that mebendazole, a common anti-parasitic drug, can trigger the death of colon cancer cells. In recent studies, researchers found that about 78% (±12%) of human colon cancer cells entered apoptosis, or programmed cell death, within just 48 hours of treatment. This discovery highlights the potential of repurposing existing medications to fight aggressive cancers more effectively.
Mebendazole works by disrupting microtubules within cancer cells, interfering with their ability to divide and survive. Unlike traditional chemotherapy, this approach could target cancer cells while causing fewer side effects for patients. While these findings are primarily from laboratory studies, they offer promising avenues for future clinical trials and the development of new colon cancer therapies.

Scientists at KAIST have developed a spray that can instantly stop bleeding by turning blood into a gel. The powder reacts with charged particles in blood and forms a protective seal in about one second after application.
The spray is designed for deep or irregular wounds where bandages and traditional dressings may fail. By simply spraying the injury, responders can act faster than with conventional methods, which often require pressure and precise placement.
Researchers believe the technology could play a critical role in emergency medicine and battlefield care. By reducing rapid blood loss, the spray may help save lives in accidents, disasters, and combat situations.
Source: KAIST research team announcements; South Korean scientific reports
Shared for informational/Educational purpose only

Scientists have developed a tiny wireless eye implant capable of restoring vision in people with certain forms of blindness. Researchers report that the device bypasses damaged retinal cells and directly stimulates visual pathways, allowing patients to perceive shapes and light again.

YES!

👍👍👍