is it a phosphate system, slow glycolysis, fast glycolysis, beta oxidation, or transamination/deamination? 1. protein will...

is it a phosphate system, slow glycolysis, fast glycolysis, beta oxidation, or transamination/deamination?

1. protein will be used as fuel is depleted of fuel
2. can be enhancing by eating more red meat.
3. recovered in 60 min.
4. 1 atp per one substrate used
5. results in co2 and h20
6. complete depletion of carbs
7. predominant system for long distance endurance between 60 to 70%
8. clear lactate fast than it is produced
9.predominant system for long distance endurance between 85 to 90%
10. allows high intensity after carb have been depleted
11. pyruvate is lactate
12. predominant system for long distance endurance between 70 to 80%
14. underlying system for all activity
15. greatest quantity of atp
16.use fuel outside muscle
17. 36 to 40 atp production
18. 2 atp per one substrate
19. swapping of amine groupd betwren a keto acid and amino acid

Solutions

Expert Solution

Transamination:- Transamination is important for redistribution of amino groups & production of non-essential amino acids. It diverts excess amino acids towards the energy generation. Amino acids undergo transamination to finally concentrate nitrogen in glutamate......
Slow glycosis it is also known as aerobic glycolysis seen in red muscles due to high myoglobin and in turn oxygen content..
Phoshate system
Slow glycolysis because it is aerobic oxidation of glucose .
Beta oxidation- if carbs are depleted fats are used as a source of energy and hence oxidised by beta oxidation...
Slow glycolysis.
Fast glycolysis
Fast glycolysis
Beta oxidation
Fats glycolysis
U missed it in question
Slow glycolysis
Beta oxidation.
Phospate system
Slow glycolysis
Fast glycolysis
Transamination

gladiator answered 1 year ago

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