Anytime there is an elevation in glucose in the blood stream, such as eating a carbohydrate-rich meal, there is a compensatory rise in insulin secretion from the pancreas. Over time, and after consistently elevated carb consumption, excess insulin becomes a constant in the blood stream. This condition is known as hyperinsuliemia, which, in turn, causes high blood pressure, also known as hypertension.

This latter condition is major health problem for several reasons - its very common, its consequences are widespread and it remains relatively silent and undiagnosed until late in its course of causing cardiovascular damage.

Hypertension is one of the most important risk factors in both coronary heart disease and stroke. It can also lead to congestive heart failure, aortic dissection (a hole in the aorta) and kidney failure.

Blood pressure is determined by cardiac output, or how much blood the heart pumps per beat, and total peripheral resistance, which is a measure of how easily the blood is pumped to the distant organs of the body.

Excess insulin is an underlying factor in high blood pressure because it can cause atherosclerosis. This condition is a build-up of harmful material called plaque which narrows the inside width of arteries and reduces the easy flow of blood. Additionally, excess insulin damages the inside lining of the blood vessels which decreases it's elasticity. A decrease in elasticity causes the heart to work harder to pump the blood through the entire cardiovascular system.

www.metabolic-syndrome.insulitelabs.com

Mary Shackelton, MPH ND

Dr. Shackelton is a founding partner of Insulite Laboratories. She directs research and development of the formulas comprising the four Insulite Systems and those in development. Her study of the biochemical and physiological reasons for weight gain led to her focus on Insulin Resistance ? the abnormal response of insulin to glucose - and its growing number of related conditions. With no medically recognized diagnosis or therapy for Insulin Resistance at the current time, Dr. Shackelton is successfully reversing these disorders through her multi-faceted approach. A practicing clinician, Dr. Shackelton received her Masters in Public Health from San Diego State University and her Naturopathic Doctorate from the Southwest College of Naturopathic Medicine in Tempe, AZ. As the team doctor for the First Disabled Ascent of Mt. Everest, she conducted research on high altitude acute mountain sickness, the results of which were published in the Journal of Complementary Therapies. A frequent lecturer, she is the Co-Author of The Insulite Guide to Reversing Insulin Resistance and its Related Conditions and is currently writing a book on the natural approach to treating PCOS (Polycystic Ovarian Syndrome).