The respiratory and circulatory systems are involved in the exchange of gases between the alveoli and blood. The alveoli are part of the lungs, and their surrounding capillaries are part of the circulatory system.
Heart Immune system Blood pressure
Explain the mechanisms involved in disrupting body systems?
Homeostasis is the mechanism involved in keeping body systems normal. It refers to the body's ability to regulate internal conditions such as temperature, pH, and blood sugar levels within a narrow range to ensure optimal functioning.
Oh no Bacteria do not cause high blood pressure. High blood pressure is "your body going at war with itself" (sort to speak) There is no bacteria nor viruses nor parasite involved
In weightlessness, fluids in the body tend to move towards the head, causing increased pressure in the blood vessels there. This can lead to a temporary increase in blood volume in the upper body and a decrease in the lower body. Additionally, changes in gravity can affect the body's ability to regulate blood pressure and circulation.
A woman in pregnancy has a lot going on in her body. The baby is feeding off her and putting pressure on her various systems which can lead to high blood pressure. Also the weight gain which is natural can have this effect.
you tell me
Blood Pressure: Is the force at which blood flows thorugh the arteries of the body.
Pressure is necessary to circulate the blood to all extremities of the body.
In a single circulatory system blood is pumped from the heart to the gas exchange organ and the to the rest of the body. In a single circulatory system low blood pressure is maintained. Blood travels to organs more slowly. In a double circulatory system blood is pumped from the heart to the gas exchange organ and again to the heart and from the heart the blood is pumped to the rest of the body. In a double circulatory system high blood pressure is maintained as blood must be pumped at a faster rate to the parts of the body. blood travels more faster to organs Animals with single circulatory systems, e.g:Fish Animals with double circulatory systems, e.g:Humans
The large decrease in blood pressure as blood moves through the lungs may prevent efficient circulation through the rest of the body.