Observation on Adaptation of Respiratory Sensations to Added Inspiratory Resistance in Human

马瑞山; 倪鹤鹦; 王兴邦; 张立藩

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Observation on Adaptation of Respiratory Sensations to Added Inspiratory Resistance in Human

Updated：2026-03-12

- Observation on Adaptation of Respiratory Sensations to Added Inspiratory Resistance in Human
- Observation on Adaptation of Respiratory Sensations to Added Inspiratory Resistance in Human
- 解放军医学杂志（英文版） 1988年第1期页码：47-50
- Affiliations：
  
  1. Department of Aviation Physiology Fourth Military Medical University
  2. ,Xi’an
- Author bio：
- Funds：
- DOI：
  中图分类号：
- 纸质出版：1988
- Accepted：
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Observation on Adaptation of Respiratory Sensations to Added Inspiratory Resistance in Human[J]. 解放军医学杂志（英文版）, 1988,(1):47-50.

[1]马瑞山,倪鹤鹦,王兴邦,张立藩.Observation on Adaptation of Respiratory Sensations to Added Inspiratory Resistance in Human[J].Journal of Medical Colleges of PLA,1988(01):47-50.
Observation on Adaptation of Respiratory Sensations to Added Inspiratory Resistance in Human[J]. 解放军医学杂志（英文版）, 1988,(1):47-50. DOI：

[1]马瑞山,倪鹤鹦,王兴邦,张立藩.Observation on Adaptation of Respiratory Sensations to Added Inspiratory Resistance in Human[J].Journal of Medical Colleges of PLA,1988(01):47-50. DOI：

摘要

Abstract

正

To elucidate the adaptation of respiratory sensation to added breathingresistance

changes of ventilation

breathing pattern

and perceived magnitude（PM）of respiratory sensation were observed in 11 healthy young male subjectswith inspiratory resistive loadings for 40

and 20 rain at rest and in light (200kg.m.rain

-1

)

and moderate(600 kg.m.rain

-1

)physical activities respectively.Themain results are as follows:（1）With inspiratory load lasting 30 and 20 rain inlight and moderate physical activities respeetively

max

Plmax.andWI increased

and TI and VTI decreased;but PETco

decreased apparently only atmoderate work rate due to the accompanying hyperventilation.（2）Adaptation ofrespiratory sensation occurs

if the intensity of the added inspiratory load does notexceed the“moderate”degree and for the physical load is lower than the“light”degree.

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