「EnergyMetabolism/NutrientAndEnergyy/EnergyMetabolismWithoutOxygen」の版間の差分
ナビゲーションに移動
検索に移動
編集の要約なし |
編集の要約なし |
||
| 3行目: | 3行目: | ||
Please note that the actual degradation is not simply removing connection, but also inserting H and OH, etc. This is a straight-forward illustration to show the essential point of energy metabolism with reaction that do not actually occur. | Please note that the actual degradation is not simply removing connection, but also inserting H and OH, etc. This is a straight-forward illustration to show the essential point of energy metabolism with reaction that do not actually occur. | ||
<br style="clear:both;" /> | |||
{{QuizTitle}} | |||
<GIFT> | |||
//LEVEL:2 | |||
//RAND | |||
酸素を使わないとき、エネルギー代謝の効率は{~高い~=低い}。 | |||
//LEVEL:3 | |||
//RAND | |||
酸素を使わないとき、エネルギー代謝で取り出されるエネルギーは{~多い~=少ない}。 | |||
//LEVEL:3 | |||
//RAND | |||
酸素を使わないとき、代謝産物に残るエネルギーは{=多い~少ない}。 | |||
</GIFT> | |||
2023年5月10日 (水) 15:30時点における版
Energy metabolism without the use of oxygen is not so efficient. Out of the 6 chemical energy (shown in red lines) inside the nutrient, only 2 are removed and 4 remain in the degradation product.
Please note that the actual degradation is not simply removing connection, but also inserting H and OH, etc. This is a straight-forward illustration to show the essential point of energy metabolism with reaction that do not actually occur.
Challenge Quiz
1.
酸素を使わないとき、エネルギー代謝の効率は 高い 低い 。
2.
酸素を使わないとき、エネルギー代謝で取り出されるエネルギーは 多い 少ない 。
3.
酸素を使わないとき、代謝産物に残るエネルギーは 多い 少ない 。