運動の血液レオロジーに与える影響 : 軽い運動は、赤血球変形能を良くするか？ : 予報

DOI HANDLE Web Site 被引用文献1件 オープンアクセス

書誌事項

タイトル別名
  • Effects of Exercise on Heamorheology (Preliminary Report) : Mild Exercise can Improve Red Cell Filterability
  • ウンドウノケツエキレオロジーニアタエルエイキョウ : カルイウンドウハ、セッケッキュウヘンケイノウオヨクスルカ？ : ヨホウ
  • 運動の血液レオロジーに与える影響--軽い運動は,赤血球変形能を良くするか?-予-
  • ウンドウ ノ ケツエキ レオロジー ニ アタエル エイキョウ カルイ ウンドウ

この論文をさがす

抄録

We investigated the effects of exercise on the hemorheological parameters including plasma viscosity, whole blood viscosity and red cell filterability to determine whether the exercise might give the beneficial effects to microcirculation in the human. Subjects consisted of two young men and a woman (mean age=19.7 years old). They performed the graded exercise on the treadmill by the Bruce protocol. During the test, they were monitored ECG and blood pressure. Heart rate (HR), some hemorheological parameters, and the biochemical parameters including serum electrolytes, blood sugar, lactate, and catecholamines were measured at 5 points; (1) control (supine position), (2) stage 2, (3) stage 5 during exercise, (4) 1 ? 2 min.. (5) 5min. after exercise. Plasma viscosity, whole blood viscosity and red cell filterability (RCF) were measured by the same methods as our published paper (J. Health Science 10; 103, 1988.) The results were as follows; 1) Plasma viscosity and whole blood viscosity showed the gradual increase during exercise from stage 2 to 5 in all of three. 2) RCF showed decrease at stage 2, however the RCF at stage 5 increased markedly in all 3 subjects. 3) There was no increase of plasma catecholamine level at stage 2, but marked increase of catecholamine, lactate and heart rate at stage 5. The results suggest that (1) mild exercise may give benefical effects to hemorheology, resulting　in　the improvement of microcirculation. (2) Moderate to heavy exercise transiently worsens hemorheology, so that it must be harmful to the cardiovascular patients.

収録刊行物

  • 健康科学

    健康科学 12 121-124, 1990-03-28

    九州大学健康科学センター

被引用文献 (1)*注記

もっと見る

詳細情報 詳細情報について

問題の指摘

ページトップへ