a) transport of molecular oxygen (O<sub>2</sub>) by reversible formation of oxy-Hb {step binding of 4 O<sub>2</sub> to the 4 heme without changing the valence of iron (oxygenation)}; the specific, of O<sub>2</sub> partial pressure, temperature and hydrogen ion concentration, respectively CO<sub>2</sub>voltage dependent oxygen capacity is 1.34 ml O2/g Hb; at normal Hb content and normal O<sub>2</sub> saturation approx. 21 ml O<sub>2</sub>/100 ml blood are carried.
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# transport of molecular oxygen (O<sub>2</sub>) by reversible formation of oxy-Hb {step binding of 4 O<sub>2</sub> to the 4 heme without changing the valence of iron (oxygenation)}; the specific, of O<sub>2</sub> partial pressure, temperature and hydrogen ion concentration, respectively CO<sub>2</sub>voltage dependent oxygen capacity is 1.34 ml O2/g Hb; at normal Hb content and normal O<sub>2</sub> saturation approx. 21 ml O<sub>2</sub>/100 ml blood are carried.
Version vom 7. Juli 2019, 14:09 Uhr
transport of molecular oxygen (O2) by reversible formation of oxy-Hb {step binding of 4 O2 to the 4 heme without changing the valence of iron (oxygenation)}; the specific, of O2 partial pressure, temperature and hydrogen ion concentration, respectively CO2voltage dependent oxygen capacity is 1.34 ml O2/g Hb; at normal Hb content and normal O2 saturation approx. 21 ml O2/100 ml blood are carried.