Potassiumの例文や意味・使い方に関するQ&A

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Q: Potassium Metabolism and RAA system

Since potassium has important roles in a nerve conduction and maintaining our blood pressure, hypokalemia and hyperkalemia can lead to problems in the nerve, muscle and heart. The mechanism of secreting potassium and maintaining blood pressure is called renin-angiotensin-aldosterone system (RAA system).
When the blood pressure gets low, kidney produces renin, which turns angiotensinogen into angiotensin I, which is produce in liver. Angiotensin I is activated by ACE (angiotensin converting enzyme) and turned into angiotensin II. Angiotensin II effects kidney and make it produce aldosterone, resulting potassium secretion and increase of blood pressure.
Hypokalemia can leaded by various kinds of diseases. If the hypokalemia is occurred with high blood pressure, it is caused by enhancement of RAA system. Renin can increase by renovascular hypertension (RVHT) and aldosterone can increase by primary aldosteronism. If the hypokalemia is occurred without high blood pressure, it can caused by cognitive diseases such as Bartter syndrome or Gitelman syndrome. この表現は自然ですか?
A: × Since potassium has important roles in a nerve conduction and maintaining our blood pressure, hypokalemia and hyperkalemia can lead to problems in the nerve, muscle and heart.
✓ Since potassium has important roles in nerve conduction and maintaining blood pressure, hypokalemia and hyperkalemia can lead to problems in nerves, muscles, and the heart.

× The mechanism of secreting potassium and maintaining blood pressure is called renin-angiotensin-aldosterone system (RAA system).
✓ The mechanism for secreting potassium and maintaining blood pressure is called the renin-angiotensin-aldosterone system (RAA system).

× When the blood pressure gets low, kidney produces renin, which turns angiotensinogen into angiotensin I, which is produce in liver.
✓ When blood pressure gets low, kidney produces renin, which turns angiotensinogen into angiotensin I, which is produced in liver.

× Angiotensin I is activated by ACE (angiotensin converting enzyme) and turned into angiotensin II.
✓ Angiotensin I is activated by ACE (angiotensin converting enzyme), which turns it into angiotensin II.

× Angiotensin II effects kidney and make it produce aldosterone, resulting potassium secretion and increase of blood pressure.
✓ Angiotensin II causes the kidneys to produce aldosterone, resulting in potassium secretion and an increase of blood pressure.

× Hypokalemia can leaded by various kinds of diseases.
✓ Hypokalemia can lead to various kinds of diseases. (Or “can be caused by various kinds of diseases”

× If the hypokalemia is occurred with high blood pressure, it is caused by enhancement of RAA system.
✓ If hypokalemia occurs with high blood pressure, it is due to the activation of RAA system.

× Renin can increase by renovascular hypertension (RVHT) and aldosterone can increase by primary aldosteronism.
✓ Renin can be increased by renovascular hypertension (RVHT) and aldosterone can increase due to primary aldosteronism.

× If the hypokalemia is occurred without high blood pressure, it can caused by cognitive diseases such as Bartter syndrome or Gitelman syndrome.
✓ If hypokalemia occurs without high blood pressure, it may be caused by cognitive diseases such as Bartter syndrome or Gitelman syndrome.

Q: Potassium permanganate この表現は自然ですか?
A: QAの全文をご確認ください

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