Poortmans J R, Haralambie G
Eur J Appl Physiol Occup Physiol. 1979 Mar 1;40(4):245-54. doi: 10.1007/BF00421516.
Eleven male subjects took part in a 100 km running competition. Alterations in the total plasma protein and in ten individual plasma protein concentrations in blood and urine were measured prior to the run, immediately after and after 1 day of recovery. Five individual proteins showed a 7-10%, and lysozyme a 40%, increase in the plasma after the run. On the contrary, the haptoglobin concentration fell to 40% of its pre-race level. None of these variations were correlated with the plasma volume change. The present data showed a moderate hemolysis, as evidenced by plasma lysozyme and hemoglobin-haptoglobin binding. The urinary excretion of plasma proteins was slightly increased, especially albumin and alpha1-acid-glycoprotein. The renal clearance of plasma proteins revealed that the 100 km run induced a moderate increase of glomerular permeability without any signficant change in the tubular reabsorption process.
11名男性受试者参加了一场100公里跑步比赛。在比赛前、比赛结束后即刻以及恢复1天后,测量了血液和尿液中总血浆蛋白以及10种个体血浆蛋白浓度的变化。5种个体蛋白在比赛后血浆中增加了7%-10%,溶菌酶增加了40%。相反,触珠蛋白浓度降至赛前水平的40%。这些变化均与血浆容量变化无关。目前的数据显示存在中度溶血,血浆溶菌酶和血红蛋白-触珠蛋白结合可证明这一点。血浆蛋白的尿排泄略有增加,尤其是白蛋白和α1-酸性糖蛋白。血浆蛋白的肾清除率表明,100公里跑步导致肾小球通透性适度增加,而肾小管重吸收过程无任何显著变化。