Flow Chart of Aerobic Respiration
Flow chart of respiration
- Created by: Amy Pinnington
- Created on: 14-04-13 17:20
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- Glycogen Store (Liver)
- Glucose (6C)
- 2x Intermediate compounds (GALP) (3C)
- 2 x Pyruvate (3C) (Pyruvic acid)
- Acetyl CoA. (2C)
- Carbon intermediate compound (6C)
- CO2
- Carbon intermediate compound (5C)
- Carbon Intermediate compound (4C)
- 4 Carbon acceptor molecule
- Acetyl CoA. (2C)
- Carbon intermediate compound (6C)
- CO2
- Carbon intermediate compound (5C)
- Carbon Intermediate compound (4C)
- 4 Carbon acceptor molecule
- 4 Carbon acceptor molecule
- CO2
- Carbon Intermediate compound (4C)
- Carbon intermediate compound (6C)
- Acetyl CoA. (2C)
- 4 Carbon acceptor molecule
- CO2
- Carbon Intermediate compound (4C)
- Carbon intermediate compound (6C)
- 2H
- NAD ---> NADH
- CO2
- Acetyl CoA. (2C)
- 2 x Pyruvate (3C) (Pyruvic acid)
- 2x Intermediate compounds (GALP) (3C)
- Glucose (6C)
- Glucose is Unreactive - Good for storage & Transport
- 2x ATP
- 2x ADP
- 2x ADP
- Pi is bonded to the intermediate compound
- Phosphoralated
- Intermediate = inbetween product and start molecule
- 2x Intermediate compounds (GALP) (3C)
- 2 x Pyruvate (3C) (Pyruvic acid)
- 2H
- NAD ---> NADH
- CO2
- 2H
- 2 x Pyruvate (3C) (Pyruvic acid)
- 2x Intermediate compounds (GALP) (3C)
- 4x ATP + 2x Pi
- 4x ATP
- 2 ATP as product because process began with 2 ATP
- Intermediate compound already has 2x Pi from before, therefore only 2 more Pi is required.
- 4x ATP
- 2x H2 + 2x NAD
- 2x NADH
- (Substrate Level Phosphoralation)
- Goes to electron transport chain
- 2x NADH
- Intermediate compounds are oxydised
- Respiration
- Glycolysis
- Splitting of glucose
- Key
- Annotations - Extra information for understanding
- Glycolysis
- Link Reation
- Dehydrogenated
- Decarboxylated
- Link Reaction
- ---->
- NAD ---> NADH
- NAD --->
- NADH
- NAD --->
- ADP + Pi --->
- ATP
- Substrate Level Phosphoralation
- FAD --> FADH
- NAD --> NADH
- 2x ATP produced in the krebs cycle
- 4 ATP's made from 1 glucose so far...
- Krebs Cycle
- Matrix of Mitchondria
- Krebs cycle
- Each glucose provides 2 pyruvates, so the cycle turns twice per glucose
- Electron Transport Chain
- Cristae
- 1. H is split into H and e-
- 2. e- passes from one electron carrier molecule to another.
- Redox Reaction
- 3.Electron carrier molecules are at successively lower energy levels .
- 4. As electron is passed down the chain, energy is released, and used to actively pump H from the matrix to the intermembrame space.
- Activly = Active transport
- 5. H accumalate causing electrochemical gradient. High H concentrationin intermembrane space.
- 6. H diffuse into matrix through stalked particle.
- Stalked particle contains ATPase
- 7. As H passes through, ATPase catalyses the synthesis of ATP from ADP +Pi.
- 8. Final carrier in chain transfers the electrons to O. O picks up 2 x H and 2x e- to produce H2O.
- 6. H diffuse into matrix through stalked particle.
- 4. As electron is passed down the chain, energy is released, and used to actively pump H from the matrix to the intermembrame space.
- 2. e- passes from one electron carrier molecule to another.
- Oxidative phosphoralation - ATP is phosphoralated in a process depending on Oxygen
- Electron Transport Chain
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