山东体育学院学报
山東體育學院學報
산동체육학원학보
Journal of Shandong Institute Of Physical Education And Sports
2005年
3期
58~61
,共null页
郑陆 潘力平 隋波 沈东颖 李晔 王娟 林晓光 段平 万利 王明燕 高丽
鄭陸 潘力平 隋波 瀋東穎 李曄 王娟 林曉光 段平 萬利 王明燕 高麗
정륙 반력평 수파 침동영 리엽 왕연 림효광 단평 만리 왕명연 고려
递增负荷运动 生殖激素 HPG轴功能 抑制
遞增負荷運動 生殖激素 HPG軸功能 抑製
체증부하운동 생식격소 HPG축공능 억제
progressive increasing load volume exercise;reproductive hormone; HPG axis fimction;inhibition
对递增负荷运动过程中及恢复期大鼠HPG轴功能激素水平进行了连续、系统的动态观察.结果表明,在长期持续大负荷训练影响下,HPG轴功能全面受抑,激素水平降低,以低促性腺激素及低性腺类固醇水平为特征;恢复期HPG轴功能呈现逐渐恢复态势.
對遞增負荷運動過程中及恢複期大鼠HPG軸功能激素水平進行瞭連續、繫統的動態觀察.結果錶明,在長期持續大負荷訓練影響下,HPG軸功能全麵受抑,激素水平降低,以低促性腺激素及低性腺類固醇水平為特徵;恢複期HPG軸功能呈現逐漸恢複態勢.
대체증부하운동과정중급회복기대서HPG축공능격소수평진행료련속、계통적동태관찰.결과표명,재장기지속대부하훈련영향하,HPG축공능전면수억,격소수평강저,이저촉성선격소급저성선류고순수평위특정;회복기HPG축공능정현축점회복태세.
This study successively and systematically investigated the hormone level of HPG axis during progressive increasing load volume exercise and recovery process. The results showed that HPG axis function were fully inhibited and hormone levels decreased under the influence of long duration and heavy load. The obvious characteristics were lower gonadotropin and female steroids levels. HPG axis fimction showed a significant increasing trend during recovery phase.
