Dysfunction Of The Autonomic Nervous System May Be A Marker Of Later Development Of Certain Types Of Kidney Disease

Dysfunction Of The Autonomic Nervous System May Be A Marker Of Later Development Of Certain Types Of Kidney Disease.
A person's consideration fustigate may offering insight into their future kidney health, a unexplored study suggests. A high resting heart rate and low beat-to-beat nitty-gritty rate variability were noted in study patients with an increased risk for kidney disease, according to a record released online July 8 in advance of publication in an upcoming print issue of the Journal of the American Society of Nephrology.

The pronouncement suggests that dysfunction of the autonomic nervous system - which regulates mechanical body functions such as heart rate, blood pressure, temperature and stress rejoinder - may be a marker for late development of certain types of kidney disease, explained Dr Daniel Brotman of Johns Hopkins University School of Medicine and colleagues, in a bulletin rescue from the American Society of Nephrology. Previous studies have suggested a link between autonomic nervous pattern dysfunction (dysautonomia) and chronic kidney disease and its progression.

The Researchers Found That High Blood Sugar Impairs Brain Communication With The Nervous System

The Researchers Found That High Blood Sugar Impairs Brain Communication With The Nervous System.
A potency connector between diabetes and a heightened peril of heart disease and sudden cardiac death has been spotted by researchers studying mice. In the additional study, published in the June 24, 2010 issue of the journal Neuron, the investigators found that merry blood sugar prevents critical communication between the brain and the autonomic difficult system, which controls involuntary activities in the body. "Diseases, such as diabetes, that disturb the function of the autonomic on pins and needles system cause a wide range of abnormalities that include poor control of blood pressure, cardiac arrhythmias and digestive problems," ranking author Dr Ellis Cooper, of McGill University in Montreal, explained in a scuttlebutt release from the journal's publisher. "In most people with diabetes, the malfunction of the autonomic nervy system adversely affects their quality of life and shortens living expectancy".

For the study, Cooper and his colleagues used mice with a form of diabetes to examine electrical gesticulate transmission from the brain to autonomic neurons. This communication occurs at synapses, which are niggardly gaps between neurons where electrical signals are relayed cell-to-cell via chemical neurotransmitters.