運動負荷에 따른 血液成分의 變化 = A Study on Changing State of Blood Composition about Exercising Load

다국어 초록 (Multilingual Abstract)

This study was to research on changing state of blood composition such as pulse rate, red blood cell(RBC), white blood cell(WBC), hematcrit(Ht), hemoglobin(Hb), rosette forming cells, RBC sedimentation rute.
For this study, it was selected 5 athletes and 5 non-athletes of boy students Depatment of Physical Education in W. University and measured rest time, motion time and recovery time.
The results are followed as.
1. The pulse rate of athletes was lower than non-athletes' in rest time, but the valus of athletes was higher than non-athletes' in motion time, In recovery time, the pulse rate of athlestes was fast than non-athletes'.
2. RBCs of athletes are more than non-athletes' in trst time.
3. WBCs of athletes in motion are more than in rest time.
WBCs of athletes had no differences in non-athletes'.
4. Ht values of athetes (46.8%) were higher than non-athletes' (46.6%) in rest time. In motion time, the values of athletes (49.2%) were higher than non-atletes (48.6%).
In recovery time, the values of athletes(47.0%) were lower than non-athletes'(47.2%).
Ht values of athletes were higher than non-athletes.
5. Hb values of athletes(16.2g/dl) wear higher than non-athletes'(16.1g/dl). In motion time, athletes and non-athletes had a same values of Hb(17.2g/dl). Hb values of athletes were higher than non-athletes'.
6. Rosette forming cells of athletes(25.6%) were lower than non-athletes'(26.6%) rest time. But the values of athiltes(32.0%) were higher than non-athletes' in motion time.in motion time, the resette forming cells of acheletes were higher than non-athletes'.
7. RBC sedimentation rute of athletes( 1.5mm/hour ) were higher than non-athletes(0.8mm/hour) in rest time, and athletes'(2.8mm/hour)were higher than non-athletes'( 1.3mm/hour) in motion time.
In recovery time, recovery rate of athletes was fast than non-athletes'.