Rare micro nutrients carry the key to brain health and cancer defense – naturalnews.com

• Queuosine, rare microorganisms of food and stomach bacteria, is crucial to the function of the brain, memory, response to stress, and defending cancer – but so far, scientists have not known how our bodies absorbed them.
• Researchers at the University of Florida and the Treente Dublin Jin discovered SLC35F2, the long -awaited “carrier” allows Skoosine to enter cells and solve scientific ambiguity for 30 years.
• Queuosine is the expression of genetic genes by modifying RNA, and affecting everything from learning to the tumor suppression-which most people have not heard of it.
• This penetration can lead to new treatments for neurological disorders, cancer and metabolic diseases by taking advantage of the role of Queuosine in cellular health.
• The study highlights the strength of microbium and diet in regulating genetic activity, and opening doors for nutritional medical interventions.

For more than 30 years, scientists have known that quadin-microbims that resemble vitamins in small quantities in foods such as dairy, meat and fermented products-played an important role in human health. He – she The transfer of RNA (TRNA) is the molecular machines that help translate the genetic code into proteins, which affects. However, one question remained without an answer: How does Queuosine enter into our cells?

This week, an international team of researchers – led by the University of Florida (UF) and the Trainy Dublin College –A pioneering study was published in The facts of the National Academy of Sciences (PNAS) that finally solves the puzzle. They have identified SLC35F2, which is the gene that works as a gatekeeper, and transports Queuosine to cells where its magic can work.

“For more than 30 years, scientists have suspected that there should be a carrier of this food, but no one could find it,” said Valerie de Criesse, a distinguished professor from UF/IFAS and one of the main investigators. “We have searched for it for a long time. This discovery opens a completely new chapter in understanding how the microbium and our diet affects our genes.”

Amazing impressive effects. Queuosine not only supports brain function – it also regulates stress, metabolism health and even tumor growth. However, since it is not manufactured by the human body, we rely entirely on the diet and intestinal bacteria to provide it. Now that scientists knew how it was absorbed, they can explore therapeutic applications, from nerve medications to cancer treatments.

Microbial nutrients that “jamming” your genes

Queuosine was first discovered in the 1970s, but its importance was overwhelmed by known vitamins and minerals. Unlike vitamin C or iron, Queuosine does not work in large quantities – it works at the molecular level, and the RNA is adjusted to ensure the creation of the exact protein.

“It is like the nutrients that explode how your body reads your genes,” explained de Crissy Lagarde. “The idea that this small compound, which people have barely heard, play an important role, great.”

Here is how to work:

• Queuosine enhances the accuracy of RNA, which reduces errors in protein production.
• It regulates oxidative stress, and it is a major factor in aging and disease.
• It supports the interlocking plasticity, and the process with which neurons form new contacts – critical to learning and memory.
• It prevents tumor growth by improving cellular stress responses.

Until now, scientists knew that Queuosine was important, but they did not know how it moved from the intestine to cells. Discover SLC35F2 changes everything.

“We have long known that Coydeen affects critical processes such as brain health, metabolism, cancer and even responses for stress, but so far we have not known how to save them from the intestine and distribute them to the billions of human cells that they take,” said Vincent Kelly, Professor at the Trainte College College and billiard writers in the study.

Why is this discovery important now

SLC35F2 is not just an academic victory-it is a medical change. Here why:

1. The role of Queuocine in modifying RNA makes it a potential target for anti -cancer treatments. The tumors depend on the synthesis of fast protein, and the organizational effect of two growths can disrupt their growth.

   • The SLC35F2 gene was studied in cancer research before – but only in the context of delivering the drug.
   • Now, scientists can explore how natural quadin levels can suppress the tumors.

2. Brain health and neurological diseases

   • Queuosine is crucial to memory and learning. The shortcomings can contribute to the cognitive decline, making it a potential goal Alzheimer’s research and Parkinson.
   • Since queuosine is derived from the intestine, this discovery enhances the axis of the intestinal brain-idea that directly affects the health of the intestine on the nerve function.

3. Nutrition and longevity

   • The result indicates that the nutritional quadin (found in dairy, meat and fermented foods) may be as important as the well -known nutrients.
   • Future research can lead to Rich Superfoods in Queuosine Or nutritional supplements designed to improve genetic expression.

4. Personal medicine

   • Genetic differences in SLC35F2 can explain the reason that some people are more likely to stress, metabolic disorders or cancer.
   • Coatin levels test may become a routine part of blood, allowing specially designed medical feeding and plans.

Global effort: How cooperation broke the symbol

This penetration It was not a single laboratory work – it required international teamwork. UF and Trinity College Dublin, San Diego State University, Ohio State University and Northern Ireland institutions collected their experiences in genetics, biochemistry and microbiology.

“We do not think that we might be broken without the full team,” said De Chrissy-Lagarde. “It is an ideal example of what international cooperation can achieve.”

The study was funded by the health agencies of multiple countries, including:

• National Institutes of Health (NIH)
• Ireland Research (former Science Foundation Ireland)
• Health and social care in Northern Ireland

This cross -border approach highlights how modern sciences collapse to treat complex puzzles.

Future: Can Queuosine the next big thing in medicine?

With the SLC35F2 Jin is now selected, the following steps are exciting – and urgent:

• Development of Queuosine -based treatments

  • Can Coatine supplements enhance cognitive function or slow tumor growth?
  • Is it possible to improve intestinal microbium transplants (dro -microbial transplantation) to increase the production of Cuyososine?

• Explore genetic differences

  • Do some people have mutations in SLC35F2 that make them more vulnerable to neurological or metabolic diseases?
  • Can genes (such as CRISPR) be liberated as the right palaces?

• Food interventions

  • What are the wealthiest foods in Queuosine, and how can the meals be modified to increase the absorption to the maximum?
  • Can fermented foods (such as Kimchi or Kefir) be charged to connect more quayosine?

• Experiments of cancerous diseases and nervous degeneration

  • Clinical trials can be tested whether Cuwazine supplements improve the results of Alzheimer’s, Parkinson’s or Breast/prostate cancer.

A new chapter begins in nutrition and medicine

For decades, Cuyosine waxes in the shadows of medical research – an unknown hero in the complex mechanism of the body. Now, with the discovery of SLC35F2, scientists have opened the door to understand how these microorganisms form our health.

“This is just the beginning,” Kelly said. “Now that we knew how Coyosine is transferred, we can start asking larger questions: How can we harness it to fight the disease? How can we improve it through the diet? How does it interact with other genes?”

One thing is clear: Queuosine is no longer a mystery – it’s boundaries. In the coming years, it may rewrite the rules of medicine, nutrition and longevity.

Final thought: “Sometimes, the secrets of the strongest secrets are not hidden in sight – they are hidden in the spaces between our genes. Today, one of the keys was found.”

Sources of this article include:

Scienceedail.com

pnas.org

News.ufl.edu