Also significant is that women with metabolic syndrome faced a great risk of death from any cause than did men.“The analysis tells us that diabetes and high blood pressure are significant factors that elevate the risk of death from cardiovascular disease among people with metabolic syndrome,” Sung says.“…The accumulation of xenoestrogens in abdominal fat is correlated with the increase in the number of monocytes in circulation, a possible intermediate step to their migration to the fat. This barrier functions by restricting certain chemicals and microbes from entering the brain through the cardiovascular system while letting essential substances like oxygen through. The hypothalamus connects these two important communication systems. Significantly, this difference disappeared when people with diabetes or high blood pressure were excluded from the analysis, Sung explains. This reinforces the hypothesis that xenoestrogen exposure, through its effect on the immune system, may contribute to the high rate of metabolic disorders.” – Diana Teixeira, PhD, Department of Biochemistry, University of Porto, Porto, PortugalThus, using this tool to stratify risk of death from cardiovascular disease, the next step to investigate is whether aggressive supplementation with calcitriol and/or PTH blockade can help certain patients.While obesity and diabetes have long been factors in cardiovascular health, more studies are demonstrating that hormone levels may play a more important role in heart health than previously realized. The brain at large has a feature known as the blood-brain barrier. This reinforces the hypothesis that xenoestrogen exposure, through its effect on the immune system, may contribute to the high rate of metabolic disorders,” she says. Each lobe produces a different set of hormones. The cardiovascular system consists of the heart and blood vessels, from the largest veins and arteries down to the smallest capillaries. Although some studies have greater implications for one sex or the other, one clear theme emerged among three of the four: Diabetes and the factors that predispose to developing diabetes should be targeted to prevent cardiovascular disease development among at-risk patients. “On the other hand,” Yu adds, “low testosterone levels led to significant increases in HDL cholesterol and leptin, irrespective of estrogen levels.”“…Age-related declines in estrogen and testosterone may directly impact metabolic risk in men, although the implications for overall cardiovascular risk are uncertain. All secrete their hormones into the cardiovascular system at large.The two adrenal glands are at the top of the kidneys. The endocrine system is not a part of the nervous system, but it is still essential to communication throughout the body. They produce mainly testosterone, a hormone that circulates in cardiovascular system and controls the development and regulation of male features.The thymus is in the chest and exerts its influence on the body by regulating the immune system. It also circulates hormones that are released by the endocrine system--a system of glands--throughout the body. While hormones play a necessary role in maintaining healthy cardiovascular function, very high levels of some can contribute to cardiovascular disease. Organ systems are collections of organs that do certain jobs in the body. Production of hormones is the domain of the endocrine system, which consists of a collection of glands that secretes special chemicals that modulate various functions in … It influences many aspects of the cardiovascular system, which include the heart and blood vessels.

Adrenaline has the effect of increasing blood pressure and heart rate.The hypothalamus is a part of the brain that secretes hormones that affect the pituitary--another endocrine gland in the brain--by traveling through the cardiovascular system to the pituitary and exerting control of hormonal releases by that gland.The ovaries are female reproductive glands located near the uterus. Circulatory System - The Endocrine System works with this system because it works as the transport system for endocrine information.

Hormones function by producing their effects only when they attach to a suitable target receptor.