运动性哮喘(EIA)的发生可根据刺激的感受器机制,反应的效应器机制和肢体传入、传出间的中间环节来确定其通路。【运动性哮喘的刺激和效应器的位置】长期以来许多人认为运动本身以某种不确定的方式触发 EIA。然而这种观念有问题,特别因为已证实同样量不同方式的体力活动,引起 EIA 的程度不同。对 EIA 来说不同距离的跑步比骑自行车的刺激更大。后来证明它们耗氧量非常接近。表明这两种运动类型之间的区别不明显。毫无疑问,如果游泳引起 EIA(虽很 The development of exercise-induced asthma (EIA) determines the pathways based on stimulated sensory mechanisms, response effector mechanisms, and the intervening links between limbs and their exits. Many people think that exercise itself triggers EIA in some uncertain way. However, there is a problem with this notion, especially since different levels of physical activity have been demonstrated to cause different levels of EIA. Running for different distances from EIA is more exciting than cycling. Later proved that they are very close to oxygen consumption. The difference between the two types of exercise is not obvious. There is no doubt that if swimming causes EIA (though very much