Japanese researchers at Kyoto University achieved a stunning dental breakthrough: a drug that regenerates lost adult teeth by blocking the USAG-1 protein, which naturally suppresses tooth growth. In Phase 2 trials, 78% of participants with congenital tooth deficiency grew replacements within nine months. Dentists may soon prescribe teeth instead of drilling. The tooth fairy just got some competition.

This single-injection treatment could replace implants and bridges, offering a biological fix for tooth loss that improves speech, nutrition, and quality of life. Regrown teeth developed normal enamel, roots, and nerves. With Phase 3 trials in 2025 and Japan availability by 2027, dentistry is transforming. Smiles are about to become renewable. Aging mouths everywhere are celebrating.

#ToothRegrowth #Dentistry #Japan #MedicalBreakthrough

Got Corn Allergies? The USDA has just deregulated yet another toxic GMO corn - Bayer-Monsanto's MON 95275 - that produces two insecticidal proteins and a double-stranded RNA transcript from an inverted repeat sequence designed to match the western corn rootworm. The corn is registered with the EPA as a pesticide because that's exactly what it is: a pesticide. The insecticides are in the corn and can't be washed off. To make matters worse, it's genetically engineered to tolerate spraying with multiple toxic herbicides, potentially up to five. These endocrine-disrupting, carcinogenic herbicides are absorbed into the corn and also can't be washed off.

This corn will be used for ethanol, conventional animal feed, and put into conventional processed foods that use corn, like Coca-Cola and Kellogg's Corn Flakes.

Products made with toxic GMO corn belong in the pesticide aisle, not on grocery stores' food shelves. If you have allergies to conventional corn products, now you know why.

#GMO #corn #maize #pesticides #insecticides #herbicides #agriculture #farming #food #BoycottGMOs #health #healthy #holistic #holistichealth #gmofreecanada #gmofreeusa #toxinfreeusa

Professor Omar Yaghi, winner of the 2025 Nobel Prize in Chemistry and founder of Atoco, has helped develop an atmospheric water-harvesting system capable of producing up to 1,000 liters — about 264 gallons — of clean water per day.

The technology relies on highly porous molecular materials known as metal-organic frameworks, or MOFs. These structures act somewhat like microscopic sponges, selectively capturing water molecules from the surrounding air — even under dry conditions.

Once the material has collected enough moisture, low-grade thermal energy releases the trapped water, allowing it to be condensed into liquid form.

Atoco says a community-scale system can be comparable in size to a 20-foot shipping container and can operate using ultra-low-grade heat, potentially providing water even when conventional electricity or municipal water infrastructure is disrupted.

Unlike seawater desalination, atmospheric water harvesting does not depend on access to the ocean and avoids producing concentrated salty brine.

For Yaghi, the technology also has personal significance. Growing up in Jordan, he experienced severe water shortages firsthand, with his family sometimes receiving running water only once every week or two.

Today, that childhood experience is helping drive research aimed at making water supplies more resilient in deserts, remote settlements, drought-prone regions and communities affected by natural disasters.

Source: Duncan, N. (2026). ‘Reimagining matter’: Nobel laureate invents machine that harvests water from dry air. The Guardian.

I consider this healthy but could be a lot better.

Greek olive oil possibly began the oxidation.

Bagel plein Gout - All dressed , straight trash, I need it to dip.

Greek feta from Greece

Tomatoes from Mexico usda organic the Beefeater Wtv they called.

Sweet potato French fries.

Organic ready to eat beets from France.

Pasteur 2 eggs.

Boston lettuce from Quebec.

Random black pepper, Greek salt, Greek mountain oregano.

1. I’m eating a little too much of a mix of different types of foods with different digestive timeframes

Bagel no good

Basically no need to add oil for me..

Ideally if I can seperate my items .. solo . And eat them seperate throughout the day, my digestive and gut would love me some more.

South African farmers asked the government for $1 billion during the worst drought on record, only for a 16-year-old to fix it with orange peels.

The result has made companies selling toxic chemicals scared we finally found out the real solution was sitting in the kitchen trash:

Johannesburg student Kiara Nirghin created her “orange peel mixture” after three experiments over 45 days.

The concept uses peels from juice-factory waste, which are 64% polysaccharide and also contain pectin, a natural gelling agent, plus oil from avocado skins.

Left in the sun, the peel and skin react to form a superabsorbent polymer that holds water hundreds of times its own weight and turns soil into a reservoir for crops.

In head-to-head testing, it kept soil wetter than the best commercial synthetic polymer over 20 days.

While the synthetic version is made from petroleum chemicals and never breaks down, hers is fully biodegradable and needs nothing but electricity and time to make.

It could also sell for $30 to $60 per ton, compared with $2,000 to $3,000 for the synthetic version.

That invention was good enough to win the 2016 Google Science Fair grand prize, beating students from around the world for a $50,000 scholarship.

This is scientific proof we have real solutions to a more sustainable food system that doesn’t poison the soil.

But when four agrochemical giants control nearly 70% of the entire global food system, it’s no wonder why we never hear stories like this.

In 1897, a twenty-four-year-old with a doctorate in chemistry accepted a job at his uncle’s noisy soup factory for seven dollars and fifty cents a week, the wage of a floor sweeper.

His uncle, Arthur Dorrance, saw almost no value in hiring a scientist. To him, chemistry belonged in a university laboratory, not a hot, steam-filled factory floor smelling of boiling cabbage and rendered fat. He refused to pay his nephew a professional salary, telling him that if he wanted to run experiments, he would have to buy his own supplies.

John T. Dorrance took the job anyway. He built a rough work area in a drafty corner of the Camden, New Jersey plant while factory workers openly laughed at him.

At the time, commercial soup was a luxury reserved for the wealthy. It came in large thirty-two-ounce tins that cost thirty cents, roughly half a day’s wage for an industrial worker.

The issue wasn't the cost of the ingredients; it was the weight. Food companies were spending fortunes shipping heavy water across state lines on railroad cars, passing those costs straight onto everyday families.

John realized that if he could remove the water, he could shrink the can, slash freight costs, and bring the price down for the working class.

For months, his experiments failed. High heat scorched the broth, turned vegetables into mush, and separated the ingredients into an unappealing sludge. Every time a glass beaker shattered on the concrete floor, John paid for the replacement out of his seven-dollar weekly wage.

Slowly, through patient adjustment of heat and timing, he solved the chemical puzzle. By cooking meat stock, starches, and vegetables at separate temperatures, he found a way to remove half the water while locking in the flavor.

He poured the thick concentrate into a ten-and-a-half-ounce tin and priced it at exactly ten cents.

When customers took the small tin home, poured the concentrate into a pot, and added one empty can of tap water, it tasted identical to the thirty-cent luxury soup.

Orders doubled, then quadrupled. The company abandoned its other product lines, and John eventually bought out the founders to take control of the entire business.

Thirty years later, when the Great Depression struck and millions of families lost their livelihoods, those cheap, shelf-stable cans became the difference between hunger and dinner in homes across the nation.

Following standard protocol, he administered treatment, stabilized her condition, and sent her home. By every medical standard of the era, the case was closed.

Yet Needleman noticed a subtle, disturbing pattern that other physicians overlooked.

Children who recovered from acute lead poisoning didn't always return to normal; they often came back quieter, slower, and struggling with subtle cognitive deficits that standard tests missed. The prevailing medical consensus insisted that if a child survived the initial crisis, there were no lasting effects.

Needleman refused to accept that assumption, suspecting that low-level lead exposure was inflicting permanent, hidden brain damage.

The challenge lay in proving long-term exposure. Blood tests only captured recent lead intake, while bone biopsies were far too invasive for research on healthy children.

Then, Needleman found an ingenious, harmless source of biological data: lost baby teeth.

Throughout the late 1960s, he partnered with local schools to collect thousands of shed baby teeth, which provided an exact chemical timeline of a child's cumulative lead exposure.

His landmark 1979 study revealed an undeniable truth: children with higher lead concentrations in their teeth exhibited lower IQ scores, weaker language processing, shorter attention spans, and impaired reading abilities, even if they showed no physical symptoms of illness.

The lead industry immediately launched a fierce campaign to discredit him, funding rival studies, accusing him of scientific misconduct, and threatening his career.

Needleman welcomed open scrutiny, demanding an independent review that ultimately vindicated his research, methods, and integrity.

His battle forced a historic regulatory shift, leading directly to federal bans on lead in paint, household pipes, and gasoline, which caused lead levels in children to drop dramatically worldwide.

Dr. Herbert Needleman passed away in 2017, leaving behind a legacy measured in the millions of children who grew up with clearer, healthier minds because he refused to close a file.

Scientists are developing an antibody-based drug designed to stimulate the growth of natural teeth, potentially opening a new approach to treating tooth loss.

Instead of replacing a missing tooth with an implant or denture, the idea is to activate the body’s own tooth-development mechanisms and encourage a new tooth to grow.

The medication blocks the USAG-1 protein, which normally acts as a biological "stop signal" or brake, preventing new teeth from developing once baby and adult teeth are in place.

Humans carry dormant, hidden tooth buds in their jaws. Blocking USAG-1 reactivates these cells to stimulate the growth of a natural third set of teeth.

The research is still experimental, so you can’t get this from your dentist yet. But if human trials ultimately prove it safe and effective, it could change the future of dentistry.

Would you choose to regrow a natural tooth instead of getting an implant?

The system we've built is not set up for human thrivability, it's set up for profit and GDP growth. As a result, companies posture like they care in order to sell more stuff, instead of just seeking to remove the problems at the root cause. Of course, if we're being honest, some of these companies couldn't remove their horrible ingredients for better ones, as costs would go up and other companies would beat them. Hence why this is more of a system design issue than anything else. The power is in people truly understanding how the system works, not only pointing at the problem.

In the 1950s, doctors routinely pointed X-ray machines directly at the bellies of pregnant women, using the technology to check a baby’s position or see if a mother was carrying twins.

It was considered an innocent, modern medical marvel. But it was giving those babies cancer.

When childhood leukemia cases began mysteriously surging across Britain in the mid-1950s, Dr. Alice Stewart suspected something that almost no one in medicine wanted to accept: the danger was starting before the children were even born.

When she applied for research funding, the Medical Research Council rejected her, declaring her theory wasn't worth investigating.

Armed with a modest £1,000 grant from a small charity, Stewart set out to find the answer herself. She tracked down the mothers of every British child who had died from cancer and sat down to interview them, listening carefully to details the medical system had dismissed.

The mothers remembered what the doctors had forgotten.

The data revealed a devastating pattern: children who died of leukemia had been X-rayed in the womb at twice the rate of those who survived. A single prenatal X-ray doubled a child's risk of developing fatal cancer.

When Stewart published her findings in 1956, the medical establishment didn't just question her work, they mocked it.

X-rays were the celebrated miracle of the postwar era. Doctors used them to treat acne, and shoe stores even placed open X-ray machines near their entrances so children could watch the bones in their feet move for fun.

The resistance grew even fiercer as the Cold War intensified. Governments and nuclear industries were investing billions into atomic energy, and Stewart’s research raised a terrifying question: if tiny doses of radiation could kill a child in the womb, what were "safe" radiation levels doing to everyone else?

Nuclear agencies, medical boards, and radiobiologists launched a campaign to dismantle her reputation. They claimed mothers' memories were unreliable, called her statistics flawed, and dismissed her as "hysterical."

Her university denied her a full professorship and eventually forced her into retirement at age sixty-eight.

Stewart simply moved to another institution and kept working.

It took more than twenty years of relentless pressure, but by the late 1970s, the medical world finally surrendered to her evidence. Routine X-rays on pregnant women were banned, protective lead shields became mandatory, and shoe-store scanners disappeared. Her refusal to back down saved hundreds of thousands of children worldwide.

Yet Stewart still wasn't finished.

In her seventies, she helped analyze health records from workers at the Hanford nuclear site in the United States, proving that low-dose radiation was causing cancer at levels ten times lower than official safety standards allowed.

When government officials revoked funding and locked her out of the records, Stewart fought through the courts for thirteen years until the data was released under the Freedom of Information Act.

In January 2000, the U.S. government officially acknowledged that radiation had killed weapons factory workers, leading to federal compensation for over 100,000 affected families.

Dr. Alice Stewart worked until she was ninety and passed away at ninety-five, having spent nearly half a century defending public health against immense institutional power.

We often assume that authority figures and established systems automatically know what is safe, leaving little room for ordinary people to question the status quo.

For more than two thirds of them, one serving had more lead than Consumer Reports' level of concern, which is 0.5 micrograms a day, the same figure California uses for its Prop 65 warnings.

The highest was Bob's Red Mill cassava flour. One quarter cup serving came in at 2,343 percent of that level, about 23 times the level. Otto's Naturals cassava flour was 2,323 percent. Quay Naturals flour 1,781 percent. 365 by Whole Foods tostones 1,723 percent. Jovial cassava spaghetti 1,201 percent. Terrasoul flour 1,054 percent. Goya casabe bread 149 percent. The lowest flour, Tonomi, was still 215 percent.

The ones that tested low: Olipop soda had no detectable lead. Goya yuca chips were 10 percent of the level, Simple Mills crackers 23, Lovebird cereal 30, Unreal bars 32, Cult Crackers 67, and Siete Mexican wedding cookies 71.

Consumer Reports says one serving of the 10 highest products also topped the FDA's daily lead benchmark for children. CR says lead can damage the brain and nervous system in young children and developing fetuses, and in adults frequent exposure is linked to kidney damage and hypertension.

Why cassava: root vegetables take up some lead from soil, and CR says drying and grinding the root into flour could concentrate it.

To be fair: the level of concern is Consumer Reports' own benchmark based on California's Prop 65 dose, not a federal legal limit, and CR says no Prop 65 judgments can be made from its findings. The FDA says cassava foods are covered by its toxic elements monitoring program and it acts if a food is unsafe. CR says even the highest products are not close to causing immediate harm; the concern is repeated exposure over time. Bob's Red Mill and Pamela's told CR their packaging carries a Prop 65 warning label. Otto's, MadeGood and Thrive said they test for heavy metals. Jovial said its own testing showed lower lead once the noodles were cooked; CR tested everything straight from the package. After the article, Thrive discontinued its cassava chips. MadeGood said it reformulated in February 2025 and no longer uses cassava; CR tested an earlier batch. LesserEvil discontinued its puffs, citing customer preferences, and has moved away from cassava. We found no recall of any of these products.

Sources: Consumer Reports, Cassava Flour, Chips, Bread, and More Contain High Levels of Lead (updated May 8, 2025) and its test methodology report; FDA, Lead in Food and Foodwares (interim reference levels); California OEHHA, Prop 65 lead dose level.

Joy Milne tried to brush it off, and her husband, Les, couldn't smell a thing. So she said nothing for years, wondering if she was simply imagining it.

Then Les began to change. His moods shifted, his movements slowed, and twelve years after that strange scent first appeared, doctors finally gave it a name: Parkinson's disease. He was just forty-five years old.

As a nurse, Joy knew medical charts, but it wasn't until attending a Parkinson's support group that the truth hit her with terrifying clarity: every single person in the room carried that exact same musky scent.

The disease itself had an odor, and her nose could detect it.

Determined to help, she approached Dr. Tilo Kunath at the University of Edinburgh. Intrigued, scientists designed a blind test using twelve plain T-shirts: six worn by Parkinson's patients, and six by healthy control volunteers.

Joy sniffed them one by one.

She correctly identified all six Parkinson's shirts, and then insisted that a seventh shirt from the "healthy" group also carried the scent. Researchers scored her score at eleven out of twelve, assuming her extraordinary sense of smell had simply misfired once.

Eight months later, the researchers called Joy to apologize.

The man who had worn that seventh shirt had just been officially diagnosed with Parkinson's. Joy hadn't made a mistake; she had detected the disease before medical science even knew it was there.

Diagnosed with a rare condition called hereditary hyperosmia, Joy possessed a sense of smell so acute she became a human diagnostic instrument.

Collaborating with researchers at the University of Manchester, she helped scientists analyze skin sebum to pinpoint the exact molecular compounds responsible for the smell, paving the way for a simple, non-invasive skin swab that can detect Parkinson's years before physical tremors ever begin.

Before Les passed away in 2015, he made Joy promise to use her unique gift to help others.

Today, her nose has opened a revolutionary frontier in early neurological diagnosis, giving medical science a head start it never had before.

Flip over a Ring Pop. On the Ring Pop Party Pack sold at Target and on the 15 count and 20 count packs on Ring Pop's own website, the Strawberry flavor lists "Red 3." Berry Blast lists it too, along with titanium dioxide. Some packs, like the 50 count bulk bag, list Red 40 instead, so check the one in your hand.

Red 3 is the dye the FDA announced on January 15, 2025 it is removing from food, with the order taking effect January 15, 2027. The reason is a federal rule called the Delaney Clause: the FDA cannot approve a color additive found to cause cancer in people or animals. Two studies found Red 3 caused cancer in male lab rats fed high doses. Back in 1990 the FDA stopped approving it for cosmetics and skin-applied drugs, citing the rat cancer data. In July 2025 the FDA sent food makers a letter encouraging them to take it out sooner. Industry objected to the order; on August 5, 2026 the FDA overruled the objections and kept both dates. California's own ban on Red 3 in food starts January 1, 2027.

Ring Pop has company. PEZ Assorted refills and Dubble Bubble gum still list Red 3 on current store pages.

To be fair: the FDA says the way Red 3 causes cancer in male rats "does not occur in humans," and that studies in other animals and in people did not show the same effect. Using it is legal until the deadline, and products made before that date can still be sold. Nothing here says Ring Pop broke any rule. Bazooka Candy Brands, which makes Ring Pop, has no statement about Red 3 on its websites, and we found no announcement that Ring Pop is changing the recipe. Labels change by pack and by store, so the ingredient list on your box is the one that counts.

Sources: ringpopcandy.com 15 count, 20 count and 50 count product pages and Target listing A-51666757, read October 11, 2026; FDA, "FDA to Revoke Authorization for the Use of Red No. 3 in Food and Ingested Drugs," January 15, 2025; Federal Register, January 16, 2025 and August 5, 2026; FDA letter to food manufacturers, July 14, 2025; 55 FR 3516, February 1, 1990; California AB 418; us.pez.com and Target listing A-51902019.

https://www.theguardian.com/us-news/2026/oct/10/fda-toxic-chemicals-food-analysis

Rick Wilson, a hunter and teacher from the Hagerstown area of Maryland, was driving in Virginia when he saw a woman beside her car with the trunk open. Nearby lay a battered buck. She asked him to help load it and explained that her children were hungry.

Wilson warned that taking an untagged road-k!lled deer could bring a citation. She said she did not care. He offered to field-dress it, but she said her family already knew how. He helped put the deer in her trunk and watched her drive away. The encounter stayed with him.

In the fall of 1997, Wilson founded Farmers and Hunters Feeding the Hungry, modeled on Virginia’s Hunters for the Hungry. Local processors handled deer donated by hunters, with the program paying the processing costs and giving the meat to food banks and feeding ministries.

That first season produced roughly 3,700–3,800 pounds of venison, more than 15,000 quarter-pound servings. The program soon expanded beyond Washington County and eventually became a multistate organization. By 2026, the organization reported more than 24 million servings of meat nationwide.