What is the angiotensin journey?
Angiotensin pathway, also known as the Renin Angiotensin-Aldosterone (RAAS) system, refers to the system of blood pressure regulation, which is primarily controlled by the kidneys. Whenever blood pressure drops in the body, the kidneys produce an enzyme called renin, which indicates the body to reduce blood vessels and increases blood flow to the kidneys. There are a number of other chemical reactions including blood pressure, water absorption and heart rate. It is assumed that the control of elements along the angiotensin pathway can also be regulated by hypertension.
The calculations determine that each drop of blood in the human body passes through the kidneys about 350 times a day. During this process, they filter chemicals and reabsorb water to maintain the correct balance in the biological system. The kidneys require high pressure volume to maintain blood flow and fulfill this task.
When blood pressure decreases, renal release, which then reacts with angiotensinogen to form angiotensin I. When it passes through the lungs, angiotensinI encounter the enzyme converting angiotensin (ACE), which converts it to angiotensin II. Angiotensin II then signals the body to: to reduce all blood resistance blood vessels; Release the hormone Aldosterone that causes kidneys to reabsorb water and sodium; Release the antidiuretic hormone (ADH) vasopressin in the pituitary that signals fluid retention; stimulate thirst; norepinephrine or nor-adrenaline signal; and increase the heart rate.
When sodium (Na+) levels increase in the bloodstream, the heart excrete the peat peptide (ANP), which stimulates urination and excretion of sodium. This peptide also inhibits the secretion of aldosterone, renina and vasopressin. It works as a check against hypertensive kidney activity, but also places other stiphes on the heart.
drugs that try to control hypertension include ACE inhibitors, angiotensin receptor blockers, renin inhibitors and Aldos antagonistsTerona receptor. Although some success has been achieved in regulating blood pressure with these drugs, it is not considerable in terms of complex mechanisms and self -regulation of the body. In many cases, an application that creates the desired effect creates a number of reactions that have harmful effects. Some ACE inhibitors were involved in heart damage.
Angiotensin path is just one of the many complex chemoelectric biological systems of the body. While it has learned a lot about how the human body works, more knowledge is needed. Meanwhile, the simplest and most effective method of correct regulation of all these systems, including the angiotensin track, a healthy diet and the right exercise, remains.