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Energy for exercise - Coggle Diagram

- - - - Process Fully Explained (In Order):
        
        Acetyl CoA produced from breakdown of glucose. This combines with oxaloacetic acid to create citric acid.
        
        Citric acid is oxidised due to the cycle of reaction, where CO2 is released as a bi-product. As well as enough energy for the synthesis of 2 more ATP.
        
        This occurs in the Matrix of Mitochondria
        
        Hydrogen atoms removed from compound on stage and transported to the Cristae of Mitochondria by the FAD & NAD.
      - Shortened Version Explained (In Order):
        
        ACETYL COA
        
        OXALOACETIC ACID
        
        CITRIC ACID
        
        CO2 & 2 ATP
        
        MATRIX OF MITOCHONDRIA
    - - Process Fully Explained (In Order):
        
        Hydrogen that was being carried is split into ions and electrons
        
        The hydrogen ions are oxidised in H20 and released
        
        Hydrogen electrons, carried by the NAD, have enough energy to resynthesise 30 ATP.
        
        Pairs of Hydrogen ions can be carried by the FAD and have enough energy to resynthesise 4 ATP.
        
        In total, 38 ATP are produced from the breakdown of one mole of glucose.
      - Division of ATP Throughout Sections of the System:
        
        AERBOIC GLYCOLYSIS / FFA: 2 ATP
        
        KREB'S CYCLE: 2 ATP
        
        (ETC) THE ELECTRONIC TRANSPORT CHAIN: 34 ATP
    - - Shortened Version Explained (In Order):
        
        GLUCOSE
        
        GPP
        
        MITOCHONDRIA
        
        O2
        
        PYRUVIC ACID
        
        COENZYME A
        
        ACETYL COA
      - Process Fully Explained (In Order):
        
        PFK converts glucose into pyruvic acid ---> 2 ATP moles produced
        
        Converting glycogen into glucose via GPP ---> Extending process
        
        Due to O2 presence, pyruvic acid no longer converts into lactic acid
        
        Link reaction caused by Co Enzyme A, creates Acetyl-CoA
        
        This allowing access to the Mitochondria, which is where most of the bodies energy is stored.
    - - Process Fully Explained (In Order):
        
        Fats metabolized aerobically as FFA's - providing a huge fuel store
        
        Lipase is released - the enzyme responsible for the catalysing of the breakdown of fat into FFA's
        
        FFA's are converted into Acetyl CoA, replacing aerobic glycolysis and then the Kreb Cycle follows.