>
It's CHINA folks: Bill O'Reilly just EXPOSED what he says is the most important detail...
I Got Inside the Signal Chats Used by Far-Left Extremists in Minnesota--Here's What I Saw
BANNON: Now you see what a color revolution looks like when it comes to the streets of America...
Researchers who discovered the master switch that prevents the human immune system...
The day of the tactical laser weapon arrives
'ELITE': The Palantir App ICE Uses to Find Neighborhoods to Raid
Solar Just Took a Huge Leap Forward!- CallSun 215 Anti Shade Panel
XAI Grok 4.20 and OpenAI GPT 5.2 Are Solving Significant Previously Unsolved Math Proofs
Watch: World's fastest drone hits 408 mph to reclaim speed record
Ukrainian robot soldier holds off Russian forces by itself in six-week battle
NASA announces strongest evidence yet for ancient life on Mars
Caltech has successfully demonstrated wireless energy transfer...
The TZLA Plasma Files: The Secret Health Sovereignty Tech That Uncle Trump And The CIA Tried To Bury

At the University of Nottingham, researchers have created a ground-breaking biomimetic gel that can rebuild enamel, the hardest tissue in the human body and the only part of a tooth that cannot naturally regenerate.
Until now.
The secret lies in mimicking how teeth originally form.
The gel uses engineered versions of amelogenin — a protein found in saliva that guides enamel growth during childhood. When applied to damaged teeth, it binds with calcium and phosphate ions to rebuild enamel crystal by crystal, in perfect alignment with your existing tooth structure.
Within just one week, the gel can regrow up to 10 micrometres of new enamel.
That means it can repair cracks, reverse early decay, smooth rough surfaces, and even reduce sensitivity — all without drills, fillings, or pain.
Fluoride can strengthen what you already have.
This technology actually creates new enamel, restoring the tooth to its natural state.
With over 3.7 billion people affected by cavities, this breakthrough could reshape dentistry entirely. Human trials are next — and if successful, the era of drilling and fillings could be replaced with a simple gel you apply like toothpaste.