「呼吸/respiratory cycle in English/Diaphragm activity and lung volume -1」の版間の差分

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<GIFT>
<GIFT>
::チャレンジクイズ::
::チャレンジクイズ::
//LEVEL:2  
//LEVEL:2  
//RAND  
//RAND  
When {=inspiratory muscles.~expiratory muscles } such as the diaphragm contract.the lungs and the thoracic cavity {=increases.~decreases } in volume.  
When {=inspiratory muscles~expiratory muscles } such as the diaphragm contract.the lungs and the thoracic cavity {=increases~decreases } in volume.  
 
//LEVEL:2  
//LEVEL:2  
//RAND  
//RAND  
The lungs and thoracic cavity {=increase in volume during inspiration and decrease in volume during expiration.~increase in volume during expiration and decrease in volume during inspiration}.  
The lungs and thoracic cavity {=increase in volume during inspiration and decrease in volume during expiration~increase in volume during expiration and decrease in volume during inspiration}.  
 
//LEVEL:2  
//LEVEL:2  
//RAND  
//RAND  
The diaphragm is an {=inspiratory.~expiratory} muscle.  
The diaphragm is an {=inspiratory~expiratory} muscle.  
</GIFT>
</GIFT>

2014年11月18日 (火) 22:15時点における最新版

The diaphragm is an inspiratory muscle.


00846.gif


The red outlines show the lungs and the outer grey line shows the chest wall. The cavity inside the chest wall is the thoracic cavity. The diaphragm is at the bottom of the thoracic cavity. Red indicates that the diaphragm is contracting.


When the diaphragm contracts, the thoracic cavity increases in volume and inflates the lungs. This process is inspiration. The volume of gas inside the lungs is called 'lung volume'. With diaphragm contraction, the lung volume increases.


Diaphragmcontractcontractcontract
lung volume (within one quiet respiratory cycle)minmin→maxmax


Challenge Quiz

1.

When inspiratory muscles expiratory muscles such as the diaphragm contract.the lungs and the thoracic cavity increases decreases in volume.

2.

The lungs and thoracic cavity increase in volume during inspiration and decrease in volume during expiration increase in volume during expiration and decrease in volume during inspiration .

3.

The diaphragm is an inspiratory expiratory muscle.