Effects on the body system
The circulatory system is effected by our solution "A Room Of Fans" because of Homeostasis. Homeostasis effects the nervous system because the circulatory system is composed of vessels (arteries and arterioles) that take blood from the heart, thin-walled capillaries where exchange occurs, and vessels (venues and veins) that return blood to the heart. Blood is pumped by the heart simultaneously into two circuits: the pulmonary and systemic circuits. The pulmonary system takes blood through the lungs where gas exchange occurs and the systemic system transports blood to all parts of the body where exchange with tissue fluid takes place.In practical terms, we can think of the systemic circuit as a means to conduct blood to and away from the capillaries, because only here does exchange with tissue fluid take place. Nutrient molecules leave the capillaries to be taken up by the cells, and waste molecules given off by the cells are received by the capillaries to be transported away. Capillaries abound in all parts of the body, and no cell is more than a few micrometers from a capillary.Blood is composed of two parts: formed elements and plasma. All of the formed elements contribute to homeostasis, as outlined in table 1. Oxygen is utilized during cellular respiration, a process that provides energy for metabolic activities. Fighting infection keeps the body intact and prevents it from succumbing to disease caused by viruses and bacteria. Clotting of blood when a vessel has been cut prevents the loss of this vital fluid.
HOMEOSTASIS: Organisms ability to keep a constant internal balance no matter whats going on in the environment.
The circulatory system is effected by our solution "A Room Of Fans" because of Homeostasis. Homeostasis effects the nervous system because the circulatory system is composed of vessels (arteries and arterioles) that take blood from the heart, thin-walled capillaries where exchange occurs, and vessels (venues and veins) that return blood to the heart. Blood is pumped by the heart simultaneously into two circuits: the pulmonary and systemic circuits. The pulmonary system takes blood through the lungs where gas exchange occurs and the systemic system transports blood to all parts of the body where exchange with tissue fluid takes place.In practical terms, we can think of the systemic circuit as a means to conduct blood to and away from the capillaries, because only here does exchange with tissue fluid take place. Nutrient molecules leave the capillaries to be taken up by the cells, and waste molecules given off by the cells are received by the capillaries to be transported away. Capillaries abound in all parts of the body, and no cell is more than a few micrometers from a capillary.Blood is composed of two parts: formed elements and plasma. All of the formed elements contribute to homeostasis, as outlined in table 1. Oxygen is utilized during cellular respiration, a process that provides energy for metabolic activities. Fighting infection keeps the body intact and prevents it from succumbing to disease caused by viruses and bacteria. Clotting of blood when a vessel has been cut prevents the loss of this vital fluid.
HOMEOSTASIS: Organisms ability to keep a constant internal balance no matter whats going on in the environment.