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{{Point| | {{Point|With an increase in the synthesis, secretion, and blood concentration of vasopressin (ADH), the number of water channels (in the tubule) increases, which increases the water reabsorption (from the tubule). The plasma osmolarity decreases.}} | ||
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[[ファイル:IncreasedADHbasic-ENG.jpg|left|500px]] | [[ファイル:IncreasedADHbasic-ENG.jpg|left|500px]] | ||
With an increase in the synthesis, secretion, and blood concentration of vasopressin (ADH), the number of water channels (in the tubule) increases, which increases the water reabsorption(from the tubule). The plasma osmolarity-decreasing effect of water reabsorption becomes stronger, and plasma osmolarity decreases (diluted, hypotonic). | |||
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//LEVEL:2 | //LEVEL:2 | ||
//RAND | //RAND | ||
With an increase in the synthesis, secretion, and blood concentration of vasopressin (ADH), the number of water channels (in the tubule) {~=increases~decreases}, which {~=increases~decreases} the water reabsorption (from the tubule). The plasma osmolarity {~increases~=decreases}. | |||
</GIFT> | </GIFT> | ||
2024年4月1日 (月) 09:53時点における最新版
POINT!
| With an increase in the synthesis, secretion, and blood concentration of vasopressin (ADH), the number of water channels (in the tubule) increases, which increases the water reabsorption (from the tubule). The plasma osmolarity decreases. |
With an increase in the synthesis, secretion, and blood concentration of vasopressin (ADH), the number of water channels (in the tubule) increases, which increases the water reabsorption(from the tubule). The plasma osmolarity-decreasing effect of water reabsorption becomes stronger, and plasma osmolarity decreases (diluted, hypotonic).
Challenge Quiz
1.
With an increase in the synthesis, secretion, and blood concentration of vasopressin (ADH), the number of water channels (in the tubule) increases decreases , which increases decreases the water reabsorption (from the tubule). The plasma osmolarity increases decreases .