PROJECT TOPIC: Analysis of Magneto Hemodynamics of Blood in a Stenosed Artery

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This is a cardiovascular physiological study that deals with the forces the heart generates to circulate blood round the cardiovascular system. Proper blood flow ensures proper blood supply of oxygen and nutrients to all tissues which is a necessary condition for cardiovascular health which helps survival of patients during surgery, prolongs lifespan and improves on quality of life. In medical care, blood pressure and blood flow paired values at the nodes of the cardiovascular system are indicators of hemodynamic forces. The interest in hemodynamics is obvious:

A significant majority of all cardiovascular diseases such as stenosis and disorders result from hemodynamic dysfunction. Hypertension and congestive heart failure are good examples systemic hemodynamic disorders.


Blood and lymph circulation transport nutrients, oxygen, carbon dioxide, hormones, blood cells, etc. through the circulatory system, this helps in fighting diseases, stabilizing body temperature and pH, and in homeostasis. The circulatory system can be considered to be composed of cardiovascular system, which circulates blood and the lymphatic system which returns excess blood plasma from interstitials fluid as lymph. Humans have a closed cardiovascular system; more primitive diploblastic animal phyla lack the circulatory systems. On the other hand, the lymphatic system is an open system that provides an accessory route for excess interstitial fluid to get returned to blood.

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