A research performed on rats in Japan has found that the collagen in chicken acts similar to an ACE inhibitor and reduces blood pressure. This and many such studies have raised a query- can chicken soup help reduce blood pressure in human? Let's try seeking a solution below.

A Chicken  incorporates collagen (in four proteins in the meat) that acts like an ACE inhibitor to bring down blood pressure. When consumed, rooster soup acts like an ACE inhibitor.  Likewise even rooster directly can be utilized to have the identical impact on people affected by high blood pressure.

However, the quantity of salt in the chicken soup can negate the decreasing impact that collagen protein in the hen soup has on the blood pressure of a high blood pressure patient. Due to this fact, if you like that your hypertension needs to be lowered, that you must forsake taste in support of it. You need to ensure that very little salt is put into rooster soup. Also breast meat of rooster nevertheless, just isn't as abundant in collagen as are its legs or its feet.

Thus the rooster collagen can easily be used within the daily eating regimen of high blood pressure sufferers. The use of hen meals is at all times a better substitute to ACE inhibitor medicine, because it will be better favored by sufferers of hypertension.

However how does this work? How does ACE inhibitor brings down blood pressure

Our blood pressure is affected by the diameter of our blood vessels. When the blood capillaries contract the blood pressure raises and after they expand it decreases. With hypertension, the strain on the heart muscle increases. This is because it needs more force by the heart muscle to work and make blood circulate in the blood stream in opposition to the higher resistance posed by contracted blood arteries.

A chemical often known as angiotensin II in our physique affects blood pressure. When the body produces more of this chemical, the blood pressure raises. It is because angiotensin II causes the muscles round blood capillaries to contract. Angiotensin II is produced normally when the chemical angiotensin within the blood is converted into angiotensin II.

ACE (angiotension converting enzyme) is responsible for converting the angiotensin into angiotensin II, which in turn leads to high blood pressure  Physicians subsequently prescribe an ACE inhibitor, which is a high blood pressure relieving drug, to bring down excessive blood pressure. It acts by stopping the production of angiotensin II by not making ACE available to angiotensin.

This facilitates to stop the production of angiotensin II, which in turn stops the spasm of blood vessels. With the blood vessels dilated, the blood pressure reduces, thereby providing relief to a high blood pressure patient.

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