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New Drug may be Able to Reverse Age-Related Dementia and Stroke

A new discovery into the mechanism behind cerebral small vessel disease may offer new treatments to...
A new discovery into the mechanism behind cerebral small vessel disease may offer new treatments to prevent or even repair damage associated with age-related dementia(Credit:Giovanni_Cancemi/Depositphotos)

Cerebral small vessel disease (SVD) is one of the most commonly associated causes of age-related dementia and stroke. New research, led by the University of Edinburgh, may have finally uncovered the mechanism by which SVD causes brain cell damage, as well as a potential treatment to prevent the damage, and possibly even reverse it. read more

No More Finger-Pricking for Diabetics?

Thanks to a radar-based system that's currently in development, doing THIS may someday no longer be...
Thanks to a radar-based system that’s currently in development, doing THIS may someday no longer be necessary(Credit: dml5050/Depositphotos)

Although finger-prick blood glucose tests are a daily necessity for millions of diabetics, a less-painful alternative may be on the horizon. Led by Prof. George Shaker, a team from Canada’s University of Waterloo is looking at using radar and artificial intelligence (AI) to do the job. read more

Nanoparticles Heat Up and Kill Cancer

A transmission electron microscope image of the zinc ferrite nanoparticles that can be triggered by a...
A transmission electron microscope image of the zinc ferrite nanoparticles that can be triggered by a magnetic field to heat up and kill cancer(Credit: Xiang Yu)

Cancer is one of humanity’s biggest killers, but scientists are coming up with some creative ways to fight back. Researchers at the University at Buffalo have developed new kinds of nanoparticles that can infiltrate, heat up and kill cancer cells more effectively and efficiently than similar methods. read more

New Drug for RET-Driven Cancers

A new cancer drug, known as BLU-667, has shown promise in human clinical trials
A new cancer drug, known as BLU-667, has shown promise in human clinical trials(Credit: vitanovski/Depositphotos)

A new cancer drug known as cancer drug has moved through phase I human trials, and the results are promising. Taken orally, the drug targets what are known as RET-driven cancers, including types of thyroid and lung cancers, which are normally hard to treat. read more

Spider Silk Helps Cancer Treatment

Immune cells that have absorbed nanoparticles of spider silk (green), carrying peptides for potential cancer vaccines
Immune cells that have absorbed nanoparticles of spider silk (green), carrying peptides for potential cancer vaccines(Credit: Laboratoire Bourquin – UNIGE)

Strong and light, spider silk is one of the most impressive materials in the natural world. Both the real thing and synthetic versions have been used to improve everything from clothing to car seatscooling electronics to preserving produce, making sweet music or helping people hear it, and even patching up severed nerves. Now, scientists in Germany and Switzerland have found a new use for spider silk – wrapping up cancer drugs to protect them until they can reach their tumorous targets. read more

Discriminating Antibiotics

Researchers at Penn State have developed an antibiotic that targets a specific species of bad bacteria,...
Researchers at Penn State have developed an antibiotic that targets a specific species of bad bacteria, without harming the good ones in your gut(Credit: phodopus/Depositphotos)

Antibiotics are effective at killing bacteria (for now, at least), but they aren’t very picky, indiscriminately wiping out both good and bad bacteria. This can upset the fragile balance of your microbiome, which is increasingly being linked to general health and wellbeing. Now, researchers at Penn State have developed a new approach to make a drug that can single out a specific, opportunistic bacteria known as C. difficile. read more

We Could Soon Have Unlimited Transplant Organs

Futuristic ‘smart’ tissues could grow into any organ and automatically connect to the bodies of transplant patients, study reveals

Scientists have created synthetic tissues that can rebuild themselves into any part of the body, a new study reveals.

The researchers developed a new compound that mimics DNA’s instructions for cells to turn into various tissues.

Using this method, the University of California, San Francisco team could effectively automate these cells to take on various structures and colors, a process akin to what happens in the early stages of natural embryonic development.

Exerting this level of control to create complex biological forms indicates that scientists may soon be able to stop 3D-printing organs and grow them the way nature does instead. read more

New Drug Delivery for Brain Cancer

An artist's rendition of MIT's new nanoparticles, which can carry two forms of drug to combat...
An artist’s rendition of MIT’s new nanoparticles, which can carry two forms of drug to combat brain cancer(Credit: Stephen Morton)

Glioblastoma is one of the most deadly forms of cancer. Affecting the brain, those unlucky enough to receive a diagnosis don’t have many treatment options – and usually a median life expectancy of just over a year. Now, researchers at MIT have developed nanoparticles that could provide hope, crossing the blood-brain barrier and delivering two types of drugs to fight tumors. read more

Enzymes Cause Cancer to Die of Old Age

Cancer hijacks a natural anti-aging enzyme to make itself immortal, and now scientists have found a...
Cancer hijacks a natural anti-aging enzyme to make itself immortal, and now scientists have found a way to counteract that process(Credit: Sashkin7/Depositphotos)

At the cellular level, aging and cancer are two sides of the same coin. The mechanism that limits a cell’s lifespan can be slowed down, but that can turn them cancerous, as they divide unchecked.

Now, scientists at EPFL have found a way to manipulate that mechanism to effectively turn off cancer’s immortality, letting it die slowly and naturally. read more

Tobacco Antibiotics Attacks Superbugs

La Trobe researchers have isolated a peptide from tobacco flowers that could be a promising new...
La Trobe researchers have isolated a peptide from tobacco flowers that could be a promising new antibiotic candidate(Credit: La Trobe University)

The world is in desperate need of new antibiotics, as bacteria continue to evolve and develop resistance to the ones we have. Now, researchers at La Trobe University have found a peptide in the flower of a tobacco plant that could be the first of a brand new kind of antibiotic, hopefully helping us avoid the looming doomsday of superbugs. read more