what is the effect of pco2 on oxygen transport
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the tissue exchange of gases takes place between the blood and the tissue cells in the blood reaching the tissue has the photo of 95 mm HG and pco2 of 40 mm HG
in the tissue cells seo2 is about 20 mmhg and pco2 is 57 mm HG due to constant use of oxygen in oxidation because of difference in the partial pressure presence of Co2 and SO2 between the blood and tissue cells oxygen seperates from oxyhemoglobin and diffusers from Blood with the tissue cells and SO2 diffuses from the tissue cells into the blood which of the tissue cells and SO2 diffuses from the tissue cells into the blood increase in pco2 tension causes bohr's effect .
hope it may help u
# be brainly
in the tissue cells seo2 is about 20 mmhg and pco2 is 57 mm HG due to constant use of oxygen in oxidation because of difference in the partial pressure presence of Co2 and SO2 between the blood and tissue cells oxygen seperates from oxyhemoglobin and diffusers from Blood with the tissue cells and SO2 diffuses from the tissue cells into the blood which of the tissue cells and SO2 diffuses from the tissue cells into the blood increase in pco2 tension causes bohr's effect .
hope it may help u
# be brainly
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pCO2 plays an important role in the transportation of oxygen. At the alveolus, the low pCO2 and high pO2 favours the formation of haemoglobin. At the tissues, the high pCO2 and low pO2 favors the dissociation of oxygen from oxyhaemoglobin. Hence, the affinity of haemoglobin for oxygen is enhanced by the decrease of pCO2 in blood. Therefore, oxygen is transported in blood as oxyhaemoglobin and oxygen dissociates from it at the tissues.
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