[A method of continuous recording on microsamples of the Hb-O2 association curve. II. A study of Bohr effect and carbamino-formation (author's transl)].
The authors have worked out an adaptation to microsamples (200-400 mul) of the DUVELLEROY et al. method, allowing the continous registration of the O2-Hb association curve. The microsample being diluted in buffer solution, it is possible to predetermine its pH and PCO2. The prefixed conditions are maintained during the initial deoxygenation phase, and all along the curve registration. Moreover, the adjustment to the desired values of the pH and PCO2 allows the quantification of total BOHR effect, proton BOHR effect and carbamino-formation, during the course of oxygenation.
[A method of continuous recording on microsamples of the Hb-O2 association curve. II. A study of Bohr effect and carbamino-formation (author's transl)]. The authors have worked out an adaptation to microsamples (200-400 mul) of the DUVELLEROY et al. method, allowing the continous registration of the O2-Hb association curve. The microsample being diluted in buffer solution, it is possible to predetermine its pH and PCO2. The prefixed conditions are maintained during the initial deoxygenation phase, and all along the curve registration. Moreover, the adjustment to the desired values of the pH and PCO2 allows the quantification of total BOHR effect, proton BOHR effect and carbamino-formation, during the course of oxygenation.