「SHolroydAtWeilCornellMedQatar/Urology/Kidney/Tubules/WaterChannels/ControlSummary」の版間の差分

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//LEVEL:3
//LEVEL:3
//RAND  
//RAND  
With {~=sweating~water intake}, negative feedback increases the number of water channels in the tubule. This {~=increases~decreases} the water reabsorption from the tubule. Urine volume will {~increase~=decrease}, while urine osmolarity will {~=increase~decrease}. This will {~increase~=decrease} plasma osmolarity (towards isotonic).{~=発汗~飲水}に対して負のフィードバックは、尿細管の水チャンネルを増加させる。これにより、尿細管からの水分再吸収は{~=増加~減少}し、尿量は{~増加~=減少}する。また、尿の浸透圧は{~=上昇~低下}し、血漿浸透圧は(等張へ向けて){~上昇~=低下}する。
With {~=sweating~water intake}, negative feedback increases the number of water channels in the tubule. This {~=increases~decreases} the water reabsorption from the tubule and {~increases~=decreases} plasma osmolarity (towards isotonic).


//LEVEL:3  
//LEVEL:3  
//RAND  
//RAND  
With {~sweating~=water intake}, negative feedback decreases the number of water channels in the tubule. This {~increases~=decreases} the water reabsorption from the tubule. Urine volume will {~=increase~decrease}, while urine osmolarity will {~increase~=decrease}. This will {~=increase~decrease} plasma osmolarity (towards isotonic).{~発汗~=飲水}に対して負のフィードバックは、尿細管の水チャンネルを減少させる。これにより、尿細管からの水分再吸収は{~増加~=減少}し、尿量は{~=増加~減少}する。また、尿の浸透圧は{~上昇~=低下}し、血漿浸透圧は(等張へ向けて){~=上昇~低下}する。
With {~sweating~=water intake}, negative feedback decreases the number of water channels in the tubule. This {~increases~=decreases} the water reabsorption from the tubule and {~=increases~decreases} plasma osmolarity (towards isotonic).
</GIFT>
</GIFT>

2020年6月26日 (金) 11:13時点における最新版

動画

ChannelControlSummary-Eng.jpg


Challenge Quiz

1.

With sweating water intake , negative feedback increases the number of water channels in the tubule. This increases decreases the water reabsorption from the tubule and increases decreases plasma osmolarity (towards isotonic).

2.

With sweating water intake , negative feedback decreases the number of water channels in the tubule. This increases decreases the water reabsorption from the tubule and increases decreases plasma osmolarity (towards isotonic).

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