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MicroRNA molecule plays crucial role in managing cell survival and growth

MicroRNA molecule plays crucial role in managing cell survival and growth

Researchers at the University of California, San Diego School of Medicine have identified a microRNA molecule as a surprisingly crucial player in managing cell survival and growth. [More]
'Achilles heel' in metabolic pathway could stop growth of lung cancer cells

'Achilles heel' in metabolic pathway could stop growth of lung cancer cells

Researchers at UT Southwestern Medical Center have found an "Achilles heel" in a metabolic pathway crucial to stopping the growth of lung cancer cells. [More]
Research performed in anemic mice shows acetate stimulates the formation of red blood cells

Research performed in anemic mice shows acetate stimulates the formation of red blood cells

UT Southwestern Medical Center researchers seeking novel treatments for anemia found that giving acetate, the major component of household vinegar, to anemic mice stimulated the formation of new red blood cells. [More]
Freiburg biochemists discover new mechanisms of brain disease

Freiburg biochemists discover new mechanisms of brain disease

The failing in the work of nerve cells: An international team of researchers led by Prof. Dr. Chris Meisinger from the Institute of Biochemistry and Molecular Biology of the University of Freiburg has discovered how Alzheimer's disease damages mitochondria, the powerhouses of the cell. [More]
Xbp1s protein plays key role in brain regions to regulate metabolism

Xbp1s protein plays key role in brain regions to regulate metabolism

A protein that controls when genes are switched on or off plays a key role in specific areas of the brain to regulate metabolism, UT Southwestern Medical Center researchers have found. [More]
Study identifies molecular mechanisms could lead to new therapies to treat obesity, diabetes

Study identifies molecular mechanisms could lead to new therapies to treat obesity, diabetes

A protein that controls when genes are switched on or off plays a key role in specific areas of the brain to regulate metabolism, UT Southwestern Medical Center researchers have found. [More]
New discovery links two important hypotheses in Alzheimer's disease research

New discovery links two important hypotheses in Alzheimer's disease research

In Alzheimer's disease, accumulation of amyloid plaque in the brain is believed to play an important role in many characteristic disease symptoms, including memory loss and other mental state changes. [More]
AZD3965 drug could prove useful in treating small cell lung cancer

AZD3965 drug could prove useful in treating small cell lung cancer

Manchester scientists have shown that a new drug could prove useful in treating small cell lung cancer - the most aggressive form of lung cancer. [More]
New drug could prove useful in treating small cell lung cancer

New drug could prove useful in treating small cell lung cancer

Manchester scientists have shown that a new drug could prove useful in treating small cell lung cancer - the most aggressive form of lung cancer. [More]
Research into cell metabolism could open new therapeutic avenues for diabetes, cancer

Research into cell metabolism could open new therapeutic avenues for diabetes, cancer

More scientific research into the metabolism of stromal support cells and immune cells - and the role of the metabolism of these cell types in the development of diseases - could open new therapeutic avenues for diabetes, inflammatory conditions and cancer. That was the conclusion of a review article by scientists from VIB and KU Leuven in the leading journal Nature. [More]
High level of adiponectin linked to decreased risk of diabetes, cardiovascular disease

High level of adiponectin linked to decreased risk of diabetes, cardiovascular disease

It has been known for its flavorful addition to soups and as a delicacy for dogs but bone marrow fat may also have untapped health benefits, new research finds. [More]
Researchers shown how free radicals contribute to fatty liver disease

Researchers shown how free radicals contribute to fatty liver disease

An international team of scientists led by Monash University researchers has shown how free radicals contribute to type 2 diabetes, obesity and fatty liver disease. [More]
New driver of atherosclerosis may prove to be promising therapeutic target

New driver of atherosclerosis may prove to be promising therapeutic target

A new driver of atherosclerosis has been identified by researchers at UT Southwestern Medical Center. This molecule, known as 27HC (27-hydroxycholesterol), has been found to exacerbate the development of the condition, and may prove to be a promising therapeutic target. [More]
Healthy inflammation necessary to prevent metabolic diseases, study finds

Healthy inflammation necessary to prevent metabolic diseases, study finds

Chronic tissue inflammation is typically associated with obesity and metabolic disease, but new research from UT-Southwestern Medical Center now finds that a level of "healthy" inflammation is necessary to prevent metabolic diseases, such as fatty liver. [More]
Proteins causing daytime sleepiness also play crucial role in bone formation

Proteins causing daytime sleepiness also play crucial role in bone formation

Orexin proteins, which are blamed for spontaneous daytime sleepiness, also play a crucial role in bone formation, according to findings by UT Southwestern Medical Center researchers. [More]
Researchers find that protein serves as on-off switch for "beigeing" of fat

Researchers find that protein serves as on-off switch for "beigeing" of fat

Scientists this week reported that a molecular pathway called mTORC1 controls the conversion of unhealthy white fat into beige fat, an appealing target for increasing energy expenditure and reducing obesity. [More]
Scientists explain how green tea may work to reduce risk of cancer

Scientists explain how green tea may work to reduce risk of cancer

Green tea and its extracts have been widely touted as potential treatments for cancer, as well as several other diseases. [More]
New fNIRS -FD instrument can identify affected areas of brain

New fNIRS -FD instrument can identify affected areas of brain

Monitoring the rehabilitation of patients with neurological damage caused by a stroke, has encouraged Mexican scientists to work in the design and manufacture of a functional infrared spectroscopy (fNIRS -FD ) instrument capable of identifying the affected areas of the brain and the sites that were activated while analyzing the oxygen content in blood flow during therapy. [More]
Researchers discover novel enzyme that promotes insulin secretion in type 2 diabetes animal model

Researchers discover novel enzyme that promotes insulin secretion in type 2 diabetes animal model

A signal that promotes insulin secretion and reduces hyperglycemia in a type 2 diabetes animal model is enhanced by the inhibition of a novel enzyme discovered by CHUM Research Centre (CRCHUM) and University of Montreal researchers. [More]
Researchers discover how gene commonly linked to obesity contributes to weight gain

Researchers discover how gene commonly linked to obesity contributes to weight gain

Researchers have discovered how a gene commonly linked to obesity—FTO—contributes to weight gain. The study shows that variations in FTO indirectly affect the function of the primary cilium, a little-understood hair-like appendage on brain and other cells. [More]