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This Insane Nanochip Device Can Heal Tissue Just by Touching The Skin Once

Imagine buzzing the skin over an internal wound with an electrical device and having it heal over just a few days – that’s the promise of new nanochip technology that can reprogram cells to replace tissue or even whole organs.

It’s called Tissue Nanotransfection (TNT), and while it’s only been tested on mice and pigs so far, the early signs are encouraging for this new body repair tool — and it sounds like a device straight out of science-fiction.

The prototype device, developed by a team at Ohio State University, sits on the skin and uses an intense electrical field to deliver specific genes to the tissue underneath it. Those genes create new types of cells that can be used nearby or elsewhere in the body.

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Transplanting Gut Microbes from Young to Old Mice Reverses Immune Decline

The gut microbiome appears to be increasingly responsible for at least some of the decline of the immune system during aging, and a new mouse study shows that it is reversible.

The gut microbiome

The microbiome describes a varied community of bacteria, archaea, eukarya, and viruses that inhabit our guts. The four bacterial phyla of Firmicutes, Bacteroidetes, Proteobacteria, and Actinobacteria comprise 98% of the intestinal microbiome.

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HIV-protective mutation may boost influenza death risk

LMAO The babies died of the flu Keep making mistakes on the aleal borders and the organism dies of viral infections… This seems to be exactly the same result as a majority of the cloned animals over the last thirty years too. It is hard to get that puppy of your favorite dog to stick… Pitty really for the genetically engineered children who will mostly suffer and die before adulthood.


Gene targeted in the ‘CRISPR baby’ scandal might prove fatal, study finds. Nick carne reports.

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Richard Christophr Saragoza Photo

The double helix of dna and transferring for information and energy by torsion field in quantum beings.


Every human is a complex, multi-dimensional energy being.

THE HUMAN BIOFIELD DEFINED:

The human biofield is the energetic blueprint or matrix that creates the human form. Every human being, and every living creature on this planet, has such a blueprint. The human biofield is multidimensional, offering 3D physical form along with the vibrational aspects of the emotional and mental planes and beyond. The biofield is holographic and predetermines who we are, while at the same time reflects our state of being moment to moment. If any portion of the physical body is removed, the holographic blueprint of that tissue remains. The biofield can be read, scanned and interpreted in many different ways, just like any blueprint.

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The gene therapy revolution is here. Medicine is scrambling to keep pace

Greg Dore at the Kirby Institute of NSW participated in Australia’s Hepatitis C pricing discussions, and believes our model will work for the new gene therapy drugs – notwithstanding their eye-popping price tags – and the fact that the patient populations for these rare genetic diseases will be tiny.

However, the real reason companies are getting into gene therapy is not just to treat rare disease. It’s because they realise this technology will be a game changer for medicine.

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New prostate cancer test will give men ‘peace of mind’ that they will never develop the disease, scientists say

A new one-off prostate cancer test at the age of 55 promises to give men “peace of mind” that they will never develop the disease, scientists have revealed.

The 10-minute scan, which could be rolled out in supermarkets and shopping centres, detects dangerous cancers years before they cause any harm while ignoring growths that do not pose a threat.

Subject to a government-funded trial beginning this summer, the new MRI (magnetic resonance imaging) technique should enable the world’s first universal screening programme for prostate cancer.

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Long-lived bats could hold secrets to mammal longevity

University of Maryland researchers analyzed an evolutionary tree reconstructed from the DNA of a majority of known bat species and found four bat lineages that exhibit extreme longevity. They also identified, for the first time, two life history features that predict extended life spans in bats.

Their work is described in a research paper, published in the April 10, 2019 issue of the journal Biology Letters, which concluded that horseshoe bats, long-eared bats, the common vampire bat and at least one lineage of mouse-eared bats all live at least four times longer than other, similarly sized mammals. The researchers also found that a high-latitude home range and larger males than females can be used to predict a given bat species’ life span.

“Scientists are very interested in finding closely related species in which one is long lived and one is short lived, because it implies that there has been some recent change to allow one species to live longer,” said Gerald Wilkinson, a biology professor at UMD and lead author of the paper. “This study provides multiple cases of closely related species with varying longevity, which gives us many opportunities to make comparisons and look for some underlying mechanism that would allow some species to live so long.”

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