본문내용
-distance running. Report phys. Fit. Kr. Athletes, 2.
Puhl, J.C., & Runyun, W.(1980). Hwmatological variation during aerobic training of college woman. Quarterly for execise and sports, 51, 3, 533.
Samuel, A.J.(1983). Primary and secondary leukoytes changes following the intramuscular injuction epinephrine hydro- chloride, J. Clin. Inversti, 30.
Shen, S.C., & Hoshino, T.(1961). Study of humeral factors regulating the production of leukocytes. Demonstration of a "Neutroprotein" in the plasma after Sdministration of traimcimnolaneto rats. Blood, 12.
Stegemann, T.(1981). Exercise physiology, physiologic basis of work and sports chicago. Yoar Book Medical Pub, Inc.
Thorling, E.B., & Ersler, A.F.(1968). The "Tissue" tension of oxygen and its relation to hematocrit and erythropoieses. Blood, 31.
Von Beaumont, W.(1973). Red cell volume with changes in plasma osmolarity during maximal exercise. J, Appl, Physiol, 35-47.
Wasserman, K., Beaver, K.W., & B.J. Whipp, B.J.(1986). Mechanisms and pattern of blood lactate increase during exercise in man. Med. Sci. Sports exercise, 18.
Weisse, A.B., & Calon, F.N., & Kuida, H., & Hecht, H.H. (1964). Hemodynamic effects of normovolemic polycythemia in dags at rest and during exercise. Am. J. physiol. 207.
ABSTRACT
A Study on the Changes of Cardiovascular Function on Maximal Exercise Load in Boxing Athletes
Cheon, In-HO
The purpose of this study examined on the change of cardiovascular function on maximal exercise load in boxing athletes. This study employed eighth boxing athletes as experimental subjects were from state amateur the standing, cardiovascular function(Heart Rate, Blood Pressure) and blood components(Leukocyte, Erythrocytes, Hemoglobin, Hematocrit) responses during the maximal exercise(level of 85% or over) with Treadmill for the purpose of observation of blood state.
The results at this experiment were as follows;
1. Heart Rate in maximal exercise significantly(P<.05) increased at after exercise, Systolic Pressure in submaximal exercise significantly(P<.05) increased at after exercise, Diastolic Pressure in submaximal exercise significantly(P<.05) increased at after exercise. And recovery time in maximal exercise significantly(P<.05) decreased at 3minutes and 5minutes, 10minutes after.
2. Leukocyte in maximal exercise significantly(P<.01) increased at after exercise. And recovery time in maximal exercise significantly(P<.05) decreased at 3minutes and 5minutes after. Erythrocytes in maximal exercise significantly(P<.05) increased at after exercise. And recovery time in maximal exercise significantly(P<.05) decreased at 5minutes and 10minutes after.
3. Hemoglobin in maximal exercise significantly(P<.05) increased at after exercise. And recovery time in maximal exercise significantly(P>.05) decreased without change.
4. Hematocrit in maximal exercise significantly(P<.05) increased at after exercise. And recovery time in submaximal exercise significantly(P<.05) decreased at 3minutes and 5minutes after.
Puhl, J.C., & Runyun, W.(1980). Hwmatological variation during aerobic training of college woman. Quarterly for execise and sports, 51, 3, 533.
Samuel, A.J.(1983). Primary and secondary leukoytes changes following the intramuscular injuction epinephrine hydro- chloride, J. Clin. Inversti, 30.
Shen, S.C., & Hoshino, T.(1961). Study of humeral factors regulating the production of leukocytes. Demonstration of a "Neutroprotein" in the plasma after Sdministration of traimcimnolaneto rats. Blood, 12.
Stegemann, T.(1981). Exercise physiology, physiologic basis of work and sports chicago. Yoar Book Medical Pub, Inc.
Thorling, E.B., & Ersler, A.F.(1968). The "Tissue" tension of oxygen and its relation to hematocrit and erythropoieses. Blood, 31.
Von Beaumont, W.(1973). Red cell volume with changes in plasma osmolarity during maximal exercise. J, Appl, Physiol, 35-47.
Wasserman, K., Beaver, K.W., & B.J. Whipp, B.J.(1986). Mechanisms and pattern of blood lactate increase during exercise in man. Med. Sci. Sports exercise, 18.
Weisse, A.B., & Calon, F.N., & Kuida, H., & Hecht, H.H. (1964). Hemodynamic effects of normovolemic polycythemia in dags at rest and during exercise. Am. J. physiol. 207.
ABSTRACT
A Study on the Changes of Cardiovascular Function on Maximal Exercise Load in Boxing Athletes
Cheon, In-HO
The purpose of this study examined on the change of cardiovascular function on maximal exercise load in boxing athletes. This study employed eighth boxing athletes as experimental subjects were from state amateur the standing, cardiovascular function(Heart Rate, Blood Pressure) and blood components(Leukocyte, Erythrocytes, Hemoglobin, Hematocrit) responses during the maximal exercise(level of 85% or over) with Treadmill for the purpose of observation of blood state.
The results at this experiment were as follows;
1. Heart Rate in maximal exercise significantly(P<.05) increased at after exercise, Systolic Pressure in submaximal exercise significantly(P<.05) increased at after exercise, Diastolic Pressure in submaximal exercise significantly(P<.05) increased at after exercise. And recovery time in maximal exercise significantly(P<.05) decreased at 3minutes and 5minutes, 10minutes after.
2. Leukocyte in maximal exercise significantly(P<.01) increased at after exercise. And recovery time in maximal exercise significantly(P<.05) decreased at 3minutes and 5minutes after. Erythrocytes in maximal exercise significantly(P<.05) increased at after exercise. And recovery time in maximal exercise significantly(P<.05) decreased at 5minutes and 10minutes after.
3. Hemoglobin in maximal exercise significantly(P<.05) increased at after exercise. And recovery time in maximal exercise significantly(P>.05) decreased without change.
4. Hematocrit in maximal exercise significantly(P<.05) increased at after exercise. And recovery time in submaximal exercise significantly(P<.05) decreased at 3minutes and 5minutes after.
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