Link between brackish and CHD?
Can someone please explain to me in a lot of detail what is the connection between giant salt intake and coronary heart disease. Thank you.
Answers:
Salt level and fluid level are interchangeable (more or less). That is, the more brackish one has, the more fluid they maintain due to the movement of water. Normally the kidney does a pretty polite job of removing the excess salt that one ingests in a light of day, but if for whatever reason, the body starts building up salt contained by the body, it also keeps excess fluids. Having an increased blood volume is related to increased blood pressure which causes the heart to enjoy to work harder to pump blood against the increased "afterload" due to the high arterial blood pressure. This leads the heart to hypertrophy (get bigger) and develop more muscle to cope with the added pressure. This is a vicious circle that lead to the heart perpetually getting larger b/c it keeps pumping harder in the face of increased systemic blood pressure. Left side hypertrophy can head to several lousy outcomes... e.g. the left heart can expand and cause an insufficiency in the heart valve which lead to even more pumping necessity b/c the heart is no longer as efficient w/o a fully functional valve. Eventually the heart give out.
All of this started because of a high salt diet causing high-ranking blood pressure.
High salt intake is associated with high blood pressure. This is because the saline gets into the blood. By osmotic pressure, increased salt in the blood draws more hose into the blood vessels. This increased blood volume causes increased blood pressure. High blood pressure puts extra strain on blood vessel walls, and makes it more imagined that atherosclerotic (cholesterol) plaques will form on vessel walls. The coronary arteries, which supply the heart tissue with blood, are especially susceptible to formation of atherosclerotic plaques. As these cholesterol plaques build up in the coronary arteries, eventually they may get big satisfactory to block sufficient blood flow to the heart, especially when the heart is working hard. That is why people with CHD habitually feel chest pain when they exercise; the heart is not getting enough blood and oxygen. High blood pressure also puts extra strain on the heart itself. The heart have to work harder, so it needs more oxygen and blood, making the CHD worse. Source(s): medical school
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Answers:
Salt level and fluid level are interchangeable (more or less). That is, the more brackish one has, the more fluid they maintain due to the movement of water. Normally the kidney does a pretty polite job of removing the excess salt that one ingests in a light of day, but if for whatever reason, the body starts building up salt contained by the body, it also keeps excess fluids. Having an increased blood volume is related to increased blood pressure which causes the heart to enjoy to work harder to pump blood against the increased "afterload" due to the high arterial blood pressure. This leads the heart to hypertrophy (get bigger) and develop more muscle to cope with the added pressure. This is a vicious circle that lead to the heart perpetually getting larger b/c it keeps pumping harder in the face of increased systemic blood pressure. Left side hypertrophy can head to several lousy outcomes... e.g. the left heart can expand and cause an insufficiency in the heart valve which lead to even more pumping necessity b/c the heart is no longer as efficient w/o a fully functional valve. Eventually the heart give out.
All of this started because of a high salt diet causing high-ranking blood pressure.
High salt intake is associated with high blood pressure. This is because the saline gets into the blood. By osmotic pressure, increased salt in the blood draws more hose into the blood vessels. This increased blood volume causes increased blood pressure. High blood pressure puts extra strain on blood vessel walls, and makes it more imagined that atherosclerotic (cholesterol) plaques will form on vessel walls. The coronary arteries, which supply the heart tissue with blood, are especially susceptible to formation of atherosclerotic plaques. As these cholesterol plaques build up in the coronary arteries, eventually they may get big satisfactory to block sufficient blood flow to the heart, especially when the heart is working hard. That is why people with CHD habitually feel chest pain when they exercise; the heart is not getting enough blood and oxygen. High blood pressure also puts extra strain on the heart itself. The heart have to work harder, so it needs more oxygen and blood, making the CHD worse. Source(s): medical school
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