Oxidation of one molecule of FADH2 gives

  1. One ATP
  2. Two ATPs
  3. Three ATPs
  4. Four ATPs
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Complex IV is not

  1. Cytochrome C oxidase
  2. Cytochrome a and a3
  3. Two copper centre
  4. One cytochrome C1
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Complex I does not have

  1. FMN
  2. Fe-S centres
  3. NADH dehydrogenase
  4. Cytochrome C1
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Complex II has except

  1. FAD
  2. Fe-S centres
  3. Succinate Dehydrogenase
  4. Cytochrome C1
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Complex III has

  1. Cytochrome b
  2. Cytochrome C
  3. Copper centres
  4. Cytochrome a3
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The order of electron transport is

  1. Complex l- Complex III- Complex IV- Complex V
  2. Complex lI- Complex III- Complex IV- Complex V
  3. Complex l- Complex III- Complex IV
  4. Complex l- Complex II- Complex IV- Complex V
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The order of electron transport for FADH2 is

  1. Complex II- Complex III- Complex IV- Complex V
  2. Complex I- Complex III- Complex IV- Complex V
  3. Complex II- Complex III- Complex IV-
  4. Complex II- Complex II- Complex IV- Complex V
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Which of the following sequence is correct for Electron Transport where electrones are coming from NADH?

  1. FMN-FeS-UQ-UQH2-Cytb-Fe-S-Cytochrome C1- Cytochrome C- FeS-CuA- cyta- cyta3-CuB-Oxygen
  2. FMN-FeS-UQ-UQH2-Cytb-Fe-S-Cytochrome C1- Cytochrome C- CuA- cyta- cyta3-CuB-Oxygen
  3. FMN-FeS-UQ-UQH2-Cytb-Fe-S-Cytochrome C1- Fe-S-Cytochrome C- CuA- cyta- cyta3-CuB-Oxygen
  4. FMN-FeS-UQ-UQH2-Cytb-Fe-S-Cytochrome C1-FAD- Cytochrome C- CuB cyta- cyta3-CuA-Oxygen
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Which of the following sequence is correct for Electron Transport where electrones are coming from FADH2?

  1. FMN-FeS-UQ-UQH2-Cytb-Fe-S-Cytochrome C1- Cytochrome C- FeS-CuA- cyta- cyta3-CuB-Oxygen
  2. FAD-FeS-UQ-UQH2-Cytb-Fe-S-Cytochrome C1- Cytochrome C-CuA- cyta- cyta3-CuB-Oxygen
  3. FMN-FeS-UQ-UQH2-Cytb-Fe-S-Cytochrome C1- Cytochrome C-CuA- cyta- cyta3-CuB-Oxygen
  4. FMN-FAD-FeS-UQ-UQH2-Cytb-Fe-S-Cytochrome C1- Cytochrome C- FeS-CuA- cyta- cyta3-CuB- water
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Oxidation of FADH2 actually involves except

  1. Complex I
  2. Complex II
  3. Complex III
  4. Complex IV
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