Hyperglycemia occurs when you have a higher than usual level of glucose in your blood. This can happen shortly after you have eaten a big meal and is not a problem if your glucose level returns to normal. Cells remove glucose from the blood in response toinsulin. If your pancreas doesn't make enough insulin, glucose can't enter the cells and remains in the blood. Blood glucose levels can also get too high if cells areunable to respond to insulin properly (insulinresistance). Without glucose, your cells are unable to make energy and can't function properly.
Researchers revealed a predicted causative role for certain cell types in type 1 diabetes by examining its genetic foundations.
With the New Year, many people are making resolutions to eat healthier, by eating more vegetables, for example. But those who don't like the taste or texture of some vegetables might prefer to drink them in a home-squeezed juice.
A Brazilian study published in the journal Molecular Human Reproduction helps understand why obese mothers tend to have children with a propensity to develop the metabolic disease during their lifetime, as suggested by previous research.
Recently, researchers explained that infection by certain enteroviruses could possibly activate diabetes.
A simple blood test that does not require overnight fasting has been found to be an accurate screening tool for identifying youth at risk for type 2 diabetes and heart disease risk later in life, according to a study from researchers at the Johns Hopkins Bloomberg School of Public Health.
Diabetes, obesity and nonalcoholic fatty liver disease (NAFLD) are all common diseases that can lead to serious health implications.
A new radiotracer, 18F-SynVesT-2, can directly assess synaptic density changes in the brain, providing an objective and quantitative measure of disease progression after stroke.
A group of scientists has developed a fast and cost-effective method of detecting and identifying bioactive compounds in samples such as plant extracts.
According to a new study performed by the University of Wisconsin-Madison, deleting a gene from insulin-producing cells prevents the development of Type 1 diabetes in mice, by sparing the cells from being attacked by their own immune system.
Scientists have established a lipidomic method that proved successful in the analysis of human subcutaneous adipose biopsies.