Aerobic Respiration
- Created by: lovelyy
- Created on: 28-05-18 21:37
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- Aerobic Respiration
- Glycolysis
- Glucose
- Phosphorylated glucose
- Triose phosphate
- Triose phosphate
- Pyruvate
- Actively transported into matrix
- Pyruvate
- Phosphorylated glucose
- Cytoplasm
- Yield per glucose: Net gain of 2ATP, 2 pyruvate and 2NADH
- Glucose
- Link Reaction
- Pyruvate in matrix
- Actively transported into matrix
- Acetate
- Acetyl Coenzyme A
- 6c carbon
- 4c carbon
- 6c carbon
- Acetyl Coenzyme A
- Pyruvate in matrix
- Krebs Cycle
- Acetyl Coenzyme A
- 4c carbon
- 4c carbon
- Yield per pyruvate of K+L: 3CO2, reduced FAD, 2NADH, ATP
- Acetyl Coenzyme A
- Oxidative Phosphorylation
- Reduced coenzymes donate their hydrogens to proteins in the ETC
- Pass down ETC through redox reactions
- Energy released pumps H+ into intermembrane space
- H+ diffuse through ATP synthase channel back into matrix
- Electrons combine with oxygen to form water
- H+ diffuse through ATP synthase channel back into matrix
- Energy released pumps H+ into intermembrane space
- Pass down ETC through redox reactions
- Reduced coenzymes donate their hydrogens to proteins in the ETC
- Alternative Substrates
- Lipids
- Hydrolysed into glycerol and fatty acids
- Glycerol phosphorylated and acts as a glucose sub. into krebs
- Fatty acids broken down into 2c and converted to actely coenzyme A
- Hydrolysed into glycerol and fatty acids
- Proteins
- Hydrolysed into aas
- Amine group removed
- Enters at different points based on number of carbons
- Amine group removed
- Hydrolysed into aas
- Lipids
- Glycolysis
- NAD
- NADH
- 2ADP+2Pi
- 2ATP
- 2ATP+ 2Pi
- 2ATP
- CO2
- NAD
- NADH
- Coenzyme A
- 2CO2
- FAD
- Reduced FAD
- ATP
- NAD
- NADH
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