先端科学のための実践生物学IB【220002】 第5回

Topic

【B-4】ミトコンドリアと葉緑体
Mitochondria and Chloroplast

Content

(新藏)真核細胞はミトコンドリアを取り入れたために、効率的にエネルギーを取り出すことができるようになった。また植物は葉緑体の獲得によって光エネルギーを利 用することができるようになった。ミトコンドリアと葉緑体での代謝を学び、細胞内で化学エネルギーを司るATPの代謝制御を理解する。Essential 細胞生物学14章を予習、復習すること。
(Shinkura) Mitochondria enables eukaryotic cells to  produce effectively be aerobic metabolism, and chloroplast makes plants to use light energy. The class deals with the metabolis in mitochondria and chloroplast. It also enhances metabolism of ATP, which is the major energy currency.
The aim of this class is to inderstand concepts of metabolism in cells according to the previous study of synthesis and degradation of chemical compounds in cells. The class also deals with the structure, function, and activity regulation of enzymes through its enzymatic reaction in metabolic pathways. Moreover, it enhances the understanding the principle of enzymatic reaction and the acquiring the skill of biochemical analyses of enzyme in biological study.
Students must read Chapter 3 before the class, and must review what they learned.

Times (calendar)

Number Date Period Content (for each period) Lecturer
1 4/20 3Period 先端科学のための実践生物学IB-4-1【220002】 新藏
2 4/21 1Period 先端科学のための実践生物学IB-4-2【220002】 新藏

Handout materials

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