Pawlak A L, Szydłowski E
Institute of Human Genetics, Polish Academy of Sciences, Poznań.
Biomed Biochim Acta. 1990;49(2-3):S323-6.
In a group of trained, nonsmoking men, apparent haemoglobin oxygen affinity was assessed in vitro in the whole blood collected immediately before and after maximal physical effort. Measurements were performed using standard laboratory equipment. Maximal oxygen uptake (V O2 max) has been monitored during maximal physical effort. Increase in app Hb-oxygen affinity after exercise was found by measurements of p25 and by differences between plots of correlations between V O2 max and resting and post-exercise parameters of Hb-oxygen binding. Significant correlations were found between preexercise n50 and VO2 max (r = -0.59) and between post-exercise log P50 and V O2 max (r = 0.6). Exercise-induced increase in Hb-oxygen affinity and in cooperativity of Hb-O2 binding were found to be higher in persons with higher values of VO2 max.
在一组经过训练的非吸烟男性中,于最大体力活动前后立即采集的全血中,对体外表观血红蛋白氧亲和力进行了评估。测量使用标准实验室设备进行。在最大体力活动期间监测了最大摄氧量(V O2 max)。通过测量p25以及通过V O2 max与血红蛋白氧结合的静息和运动后参数之间的相关性图的差异,发现运动后表观血红蛋白 - 氧亲和力增加。在运动前n50与V O2 max之间(r = -0.59)以及运动后log P50与V O2 max之间(r = 0.6)发现了显著相关性。发现V O2 max值较高的人运动诱导的血红蛋白 - 氧亲和力增加以及血红蛋白 - O2结合的协同性增加更为明显。