inspiratory muscle

Measurement of the Reserve Function of Inspiratory Muscle and Its Clinical Significance

吸气肌储备功能的测定及其临床意义

Clinical study on inspiratory muscle training before coronary artery bypass graft

冠状动脉搭桥术前吸气肌锻炼的临床研究

Measurement of the Pressure Threshold Loading Device for Inspiratory Muscle Training

阈值压力吸气肌锻炼装置设计及性能测定

The Inspiratory Muscle Strength and Endurance in the Normal Adults

124例健康成人吸气肌强度和耐力测定

Using speed - governed threshold pressure load inspiratory muscle training device in lung rehabilitation among COPD patients

慢性阻塞性肺疾病患者使用限速阈压力负荷吸气肌锻炼仪进行肺康复锻炼

Changes of maximal relaxation rate of mouth pressure of sniffs during inspiratory muscle fatigue

吸气肌疲劳时口腔压最大松弛率的变化

Objective To investigate the changes of central respiratory drive and inspiratory muscle function in patients with dermatomyositis .

目的了解皮肌炎患者呼吸中枢肺的功能变化。

Hyperinflation and airway obstruction predominantly affected inspiratory muscle strength in a group of COPD patients .

结论COPD患者存在呼吸肌功能障碍，肺过度膨胀和气道阻塞是影响COPD患者吸气肌力的重要因素。

Relationship of inspiratory muscle dysfunction and chronic hypercapnia in patients with chronic cor pulmonale at high altitude

高原慢性肺原性心脏病患者吸气肌功能失调与高碳酸血症的关系

The control group used the ordinary threshold pressure load inspiratory muscle training device , without speed control and the pressure being 25 % of MIP .

20例同病对照组使用普通阈压力负荷吸气肌锻炼仪，不限速，同压力。

Preoperative intensive inspiratory muscle training to prevent postoperative pulmonary complications in high-risk patients undergoing CABG surgery : A randomized clinical trial

术前吸气肌强化训练预防高危患者CABG术后肺部并发症的随机临床试验

Conclusion Inspiratory muscle training before CABG can improve respiratory function , decrease postsurgical pulmonary complications and shorten the time of mechanical ventilation .

结论CABG术前吸气肌锻炼能明显改善患者术前肺功能，缩短术后机械呼吸支持时间，减少术后肺部并发症的发生。

Diaphragm is the largest inspiratory muscle and makes up to 6080 % of resting ventilation by retraction .

膈肌是人体最大的吸气肌，膈肌收缩所产生的通气量占静息通气量的60%～80%。

Inspiratory muscle fatigue following exercise was reduced 10 % ( P < 0.05 ) in IMT after both normoxia and hypoxia .

IMT组在常氧和低氧运动后呼吸肌疲劳均减少10%（P<0.05）；

The tensions of inspiratory muscle and respiratory ameliorated significantly . Maximum inspiratory pressure and maximum expiratory pressure increased by 27 % and 22 % , respectively .

吸（气）肌和呼（气）肌的肌力明显改善，最大吸气压力和最大呼气压力分别增加27%和22%；