• 2022-06-04
    CO can cause cellular respiratory arrest, the mechanism is
    A: It’s an uncoupler.
    B: Most of the energy from oxidizing substances is released as heat.
    C: Block proton reflux
    D: Block electron transfer between Cytb and Cytc1
    E: Block electron transfer between Cytaa3 and O2
  • E

    内容

    • 0

      电子传递中生成ATP的三个部位是() A: NADH→CoQ,cytb→cytc,cytaa3→O2 B: FMN→CoQ,CoQ→cytb,cytaa3→O2 C: NADH→FMN, CoQ→cytb, cytaa3→O2 D: FAD→CoQ,cytb→cytc,cytaa3→O2 E: FAD→cytb,cytb→cytc,cytaa3→O<br/>2

    • 1

      呼吸链中与磷酸化偶联的部位是() A: Cytc1→Cytc B: Cytaa3→O2 C: NADH→CoQ D: Cytb→Cytc1 E: Cytc→Cytaa3

    • 2

      鱼藤酮抑制呼吸链中() A: NADH→CoQ B: Cytc1→Cytc C: CoQ→Cytb D: Cytb→Cytc1 E: Cytaa3→O2

    • 3

      250.鱼藤酮抑制呼吸链中() A: NADH→CoQ B: Cytc1→Cytc C: CoQ→Cytb D: Cytb→Cytc1 E: Cytaa3→O2

    • 4

      电子传递链中生成ATP的三个部位是 A: FMN→CoQ,Cytb→Cytc,Cytaa3→O2 B: FAD→CoQ,Cytb→Cytc,Cytaa3→O2 C: FMN→CoQ,CoQ→Cytb,Cytaa3→O2 D: FMN→CoQ,Cytb→Cytc,Cytc→Cytaa3 E: NADH→FMN,Cytb→Cytc,Cytaa3→O2