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Cellular Respiration, PAYOFF PHASE, Pyruvate Oxidation, INVESTMENT PHASE,…

- - - - P- C- C- C (PGAL)
      - In the Payoff Phase, the 2 PGALs are turned into Pyruvate
        
        C- C- C (Pyruvates), 2 ATP's are created, and 2 NADH's are created
        
        C- C- C (Pyruvates), 2 ATP's are created, and 2 NADH's are created
      - P- C- C- C (PGAL)
- - - - Pyruvate C- C- C
        
        Acetyl CoA, 2 Carbon C- C
        
        Forms Citrate or Citric Acid which has 6 Carbons (C- C- C- C- C- C)
        
        We are left with CO2
        
        We are left with CO2, FADH2, and more NADH, and we start again from the ENZYME CATALYZED REACTION
      - Pyruvate C- C- C
        
        Acetyl CoA, 2 Carbon C- C
        
        Forms Citrate or Citric Acid which has 6 Carbons (C- C- C- C- C- C)
        
        We are left with CO2
        
        We are left with CO2, FADH2, and more NADH, and we start again from the ENZYME CATALYZED REACTION
      - After Pyruvate Oxidation we are left with 2 Carbon, which are Acetyl CoA
        
        HERE THE KREBS CYCLE OFFICIALLY STARTS
        
        After the Enzyme Catalyzed Reaction, we are left with Citric Acid which has 6 Carbons
        
        After Oxidation the starting Pyruvate also get oxidized and one carbon is taken, making another CO2
        
        After the NAD+'s turn to NADH's, and the FAD's turn to FADH's the whole process starts again from the ENZYME CATALYZED REACTION section. Which is why it is called a cycle.