Which of the following factors would increase the amount of oxygen discharged by hemoglobin to peripheral tissues? A) decreased temperature "B) increased pH C) increased tissue PO2 D) decreased amounts of DPG E) All of the answers are correct. * a 20 0 Type here to search OHHH 44) About 70% of carbon dioxide is transported in deoxygenated blood (1.67pts) A) as dissolved CO2 in the blood plasma. B) as bicarbonate ions bound to hemoglobin in red blood cells. O C) combined with hemoglobin as carbaminohemoglobin. D) as bicarbonate ions in the blood plasma. E) as carbonic acid in the red blood cells. 38) 43) Decompression sickness ( Caisson disease) is a painful condition that develops when a person is exposed to a sudden drop in atmospheric pressure. Bubbles of gas (does not dissolve in water) are responsible for the problem. A) nitrogen C) carbon dioxide E) carbon monoxide D) helium B) oxygen mi a

Your anemia may decrease if an illness or condition impairs your body's capacity to make red blood cells. You will feel extremely exhausted and weak if your blood level is low, which indicates that your body is really not getting enough oxygen.

Briefing:

Q-45). Reduced temperature, raised pH, raised tissue PO2, reduced DPG levels—all of these variables cause the oxygen dissociation curve to move to the left, reducing oxygen transfer from blood to peripheral tissue.

Q-44). The amount of CO 2 that is carried via Hemoglobin in the shape of co2 is around 70%.

Around 7% of CO₂ is transferred through this form via dissolved CO₂ in blood plasma.

Q-43). Divers experience a severe neurological emergency known as decompression sickness (Caisson's illness). It is brought on by nitrogen gas bubbles that are released but do not dissolve in the water.

Additionally, helium causes breakdown sickness.

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