<span>Enzymes work by reducing the energy of activation increasing the potential energy difference between reactant and product decreasing the potential energy difference between reactant and product adding energy to a reaction reducing EA adding a phosphate group to a reactant</span>
aka B
Glycogen reserves can release glucose for cellular respiration. glycogen reserves are typically found in the muscles and liver.
- The liver and muscles contain the body's "quick" source of energy, known as glycogen stores.
- They go through further metabolism after being converted to glucose.
- After that, glucose can be further digested to release energy both aerobically and anaerobically.
<h3>Glycogen reserves: what are they?</h3>
- When the body doesn't need to consume the glucose for energy, the liver and muscles store it.
- This kind of stored glucose, which is made up of many connected glucose molecules, is known as glycogen.
<h3>How long are glycogen reserves good for?</h3>
- Utilizing the form, you can learn more about nutrition and glycogen.
- But it's helpful to know that once glycogen stores are exhausted, it will take at least 48 hours to fully refill them.
- This necessitates rest throughout the recovery period and a high-carbohydrate diet (60–70% of the energy must come from carbohydrates).
To learn more about glycogen reserves visit:
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Option1) a cell membrane.
Option2) kinetic energy.
If none of these options are right. Can I please have the right answer, I would love to know.
Usually blood transports nutrients
<span>Prokaryotic organisms are always unicellular, but eukaryotic organisms are always multicellular.
the second option because pro are usually found in plants and euk in animals and humans
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