Diabetes

Rap1 controls the body's sugar levels from the brain

Managing type 2 diabetes typically involves losing weight, exercise and medication, but new research by Dr. Makoto Fukuda and colleagues at Baylor College of Medicine and other institutions suggests that there may be other ...

Overweight & Obesity

Secretin hormone induces satiation by activating brown fat

Researchers from the Turku PET Centre and Technical University of Munich have discovered a new mechanism controlling satiation. According to the recently published study, the hormone secretin induces satiation by activating ...

Diseases, Conditions, Syndromes

Malaria parasite's partiality for the spleen

The malaria parasite Plasmodium vivax may accumulate in the spleen soon after infection to a greater extent than its better-known relative P. falciparum, according to new research published by John Woodford of the University ...

Neuroscience

Researchers discover fundamental roles of glucosamine in brain

Using novel imaging methods for studying brain metabolism, University of Kentucky researchers have identified the reservoir for a necessary sugar in the brain. Glycogen serves as a storage depot for the sugar glucose. The ...

Medical research

Mouse studies find sugar-free energy drinks just as harmful

Two Curtin research studies have found the excessive consumption of energy drinks, even sugar-free varieties, can cause significant damage to brain cells and increase the risks of heart disease, stroke and type 2 diabetes.

Oncology & Cancer

Lung cancer resistance: the key is glucose

Cancers are not only made of tumor cells. In fact, as they grow, they develop an entire cellular ecosystem within and around them. This "tumor microenvironment" is made up of multiple cell types, including cells of the immune ...

Medical research

The gut microbiome can predict changes in glucose regulation

A study carried out by researchers from the Institute of Genomics, University of Tartu revealed that the human gut microbiome can be used to predict changes in type 2 diabetes related glucose regulation up to four years ahead.

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