Kannur is one of the most important characteristics; CO2 and O2 Oxygen olmasdr full capacity of the

Kannur is one of the most important characteristics; CO2 and O2 Oxygen olmasdr full capacity ramct of the arrow high Tanmas: pets abdominal breathing O2 taycan has pigments. In case of oxyhemoglobin in the blood oxygen tank. arrow
Kannur is one of the most important characteristics; CO2 and O2 Oxygen olmasdr full capacity of the arrow high Tanmas: pets abdominal breathing O2 taycan has pigments. In case of oxyhemoglobin in the blood oxygen tank. at least one chapter znm blood plasma of arrows is defined as. (2%). Geen O2 in lungs into the blood, red blood cells with hemoglobin in the oxyhemoglobin birleip will create. Hb + O2 HbO2 (oxyhemoglobin) Tissue ramct from hemoglobin in klcallarn svsn ayrlp tissue, and from there to the difzyo hcre with gear. ZETA 1 Klcallarn akcinar from O2 enters the alveoli. 2 With hemoglobin, the red blood cells from the plasma of blood geerek ramct will create birleip to oxyhemoglobin. (Hb + O2 => HbO2) 3 Dn blood to the heart from lungs to the tissues of the heart pompalanmasyl is gnderil. 4 Oxyhemoglobin in the tissues at the O2 line in the snow for a evreyl SET O2 from the hemoglobin. (HbO2 = Hb + O2) 5 Hcre gear to free the remaining tissue with O2 difzyo b. Tanmas of carbon dioxide: CO2 Hcre occur in the tissues of svsn geipi difzyo klcal vessels with gear. Normally, ramct the CO2 dissolves in the blood and at least one chapter arrows with blood plasma of religion. Byk one chapter enters the red blood cells. Catalysis of the enzyme ramct carbonic anhydrase in red blood cells as a result of CO2 with water to create carbonic acid, birleerek. Carbonic acid (H2CO3), iyonlaarak H + and HCO3 (bicarbonate) ion form. H + ions with hemoglobin in the red blood cells, birleerek HCO3 ions in the plasma is brought to klcallarn tanarak akcinar. Carbonic anhydrase enzyme akcinar klcallarn HCO3 ions in red blood cells entering again merged with H + ions and H2CO3 (carbonic acid) will create. Still under the influence of carbonic anhydrase enzyme, carbonic acid, H 2 O and CO 2 e is separate. Nce with the CO2 released by ByLear difzyo plasma, and from there into the alveoli akcinar gear and exhalation is narrow with ATL. ZETA 1 Hcr death by respiratory CO2 difzyo are hcr with a space between tissue klcallarn gear from here. 2 con bykksm katalizrln of carbonic anhydrase in the red blood cells come here birleerek carbonic acid is made up with water. 3 Carbonic acid (H2CO3) is iyonlaarak H + and HCO3-ions create. 4 With hemoglobin in red blood HCO3-and H + in the plasma is brought to klcallarn tanarak ramct akcinar. 5 Here come the red blood cells again with H + HCO3-H2CO3 is made up of merged. 6 H2CO3 under the influence of carbonic anhydrase, H2O and CO2 are separate. In the blood plasma of CO2 liberated with difzyo akcinar alveoli god in there. 7 Exhale CO2 is liberated with a narrow ATL. Figure: O2 and CO2 in the blood at the arrow A of the section of the CO2 Tanmas tanabildi with hemoglobin is indicated. Humans ramct air exposure for soludu carbon monoxide (CO) poisoning occurs is found. nk, CO with hemoglobin scar will not be made and easily broken. As a result, oxygen can not be connected ramct with hemoglobin and tissue remains you O2
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