Neurodegenerative diseases represent a significant challenge in medical science, impacting millions globally. Despite advancements in diagnostic technology, ...

MR CoilTech, a partner in the University of Glasgow’s Living Laboratory programme, has been awarded the Innovative Collaboration Award at the 2 ...

Volunteers will undergo magnetic resonance imaging and spectroscopy scans of the brain at Kennedy Krieger Institute or Johns Hopkins Hospital in Baltimore ...

The Parkinson’s Resource Organization reports that studies have shown that chewing gum increases blood flow to the brain by 25-40 per cent and that continuous chewing activates the hippocampus, the ...

If you've been knocking on wood hoping that your cognitive skills will stay sharp your whole life, you might consider chewing that wood instead.

In a nutshell Brain aging follows a nonlinear path with a critical transition point starting around age 44, driven primarily by increasing insulin resistance in brain cells. Ketones can temporarily ...

Chewing on moderately hard foods, like wood, might do more than just break down your lunch; new research suggests it could actually boost brainpower by increasing levels of a natural antioxidant, ...

Clarendon Fine Art gallery in York is hosting an exhibition of work by pop art phenomenon Mr Brainwash. The artist, who is visiting from his home in Los Angeles, is launching his new collection ...

Additional measures included liver fat quantification via MR spectroscopy, body composition, oral glucose tolerance tests, and behavioral assessments. Brain insulin responsiveness increased post ...

This study reveals that when two people interact, their brain ... spectroscopy (fNIRS) was used. This technique is similar to an electroencephalogram, but is less invasive than magnetic resonance ...

The first-of-its-kind European study, supported by Baszucki Group , used advanced brain imaging techniques, including magnetic resonance spectroscopy (MRS), to measure changes in brain metabolism. The ...

The team can visualize magnetic signals of nuclear magnetic resonance with a microscope. Quantum sensors convert the signals into light, enabling extremely high-resolution optical imaging.