Researchers at Dublin City University and their project partners in the EU FP7 funded DEXLIFE project have found fresh evidence to explain the processes that occur in the body's cells leading to the onset of type2 diabetes.
Dec 13, 2017
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4
In a first-of-its-kind study, Mount Sinai researchers are using adaptive optics (AO) to analyze retinal eye damage from the August solar eclipse on a cellular level. The research could help doctors develop a deeper understanding ...
Dec 7, 2017
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Aging. We all face it. Nobody's immune and we've long tried to reverse it, stop it or just even slow it down. While advances have been made, true age-reversal at a cellular level remains difficult to achieve. By taking a ...
Jul 31, 2017
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Northwestern Medicine scientists have identified a novel pathway that regulates cellular iron, which could lead to new therapies for patients with either an overload or deficiency of iron.
Mar 31, 2017
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12
It's oft-repeated but true: exercise keeps you healthy. It boosts your immune system, keeps the mind sharp, helps you sleep, maintains your muscle tone, and extends your healthy lifespan. Researchers have long suspected that ...
Mar 7, 2017
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441
The American Cancer Society has reported that lung cancer, which kills more Americans than any other type of cancer, is expected result in an estimated 158,080 deaths in 2016.
Nov 11, 2016
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Scientists have taken another step towards understanding the causes of parkinsonism by identifying what's happening at a cellular level to potentially help develop future treatments.
Aug 22, 2016
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A group of neurobiologists from Russia and the USA, including Dmitry Smagin, Tatyana Michurina, and Grigori Enikolopov from Moscow Institute of Physics and Technology (MIPT), have proven experimentally that aggression has ...
Feb 5, 2016
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839
Imagine you suffer from severe asthma, and you've tried every treatment available, but nothing has worked. You still can't breathe. Then a new therapy comes along that attacks the source of the asthma, as opposed to the symptoms, ...
Nov 5, 2015
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16
The brain cells of patients with bipolar disorder, characterized by severe swings between depression and elation, are more sensitive to stimuli than other people's brain cells, researchers have discovered.
Oct 28, 2015
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