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 imminent relationship between diabetes and a heightened jeopardize of heart disease and sudden cardiac death has been spotted by researchers studying mice. In the inexperienced study, published in the June 24, 2010 issue of the journal Neuron, the investigators found that hilarious blood sugar prevents critical communication between the brain and the autonomic in a dither system, which controls involuntary activities in the body. "Diseases, such as diabetes, that disturb the function of the autonomic in a sweat system cause a wide range of abnormalities that include poor control of blood pressure, cardiac arrhythmias and digestive problems," chief author Dr Ellis Cooper, of McGill University in Montreal, explained in a telecast release from the journal's publisher lakshan. "In most people with diabetes, the malfunction of the autonomic in a flap system adversely affects their quality of life and shortens zing expectancy".

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

So "In nutritious individuals, synaptic transmission in the autonomic nervous system is strong and stable; however, if synapses on these neurons malfunction due to some bug process, the link between the nervous system and the periphery becomes disrupted," Cooper said in the news broadcast release. The researchers found that, in mice, consequential blood sugar elevates reactive molecules that contain the oxygen atom (called reactive oxygen species) in autonomic neurons.

This chemical switch inactivates the neurotransmitter receptors at these synapses. "Our effect provides a new explanation for diabetic-induced disruptions of the autonomic nervous system. This synaptic hollow is apparent as early as one week after the onset of diabetes and becomes more beastly over time" fertility. It's important to note that animal studies, while an important part of the scientific process, often cease operation to yield similar results in humans.