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).
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Answer:
Yes this is true. The Punnett square can be used for such purposes
Explanation:
Answer:
Fertilization-the action or process of fertilizing an egg, female animal, or plant, involving the fusion of male and female gametes to form a zygote.
Explanation:
This means that the answer is The fusion to two cells to form one single cell known as the zygote
<span>Compound Microscope
Compound microscope is commonly used in the schools and colleges.
It comes under the category of microscopes used in biology.
It has two lenses namely the objective lens and the ocular lens.
It provides a magnification of 1500X.
Eyepiece lens is of 10X or 15X power.
It is used to observe bacterial, protozoa, various cells, etc.
</span><span>Dissecting Microscope
It is also called stereo microscope.
Its magnification power is less than the other microscope.
It gives a 3 dimensional picture.
Due to the low magnifying power they are used to observe little bigger objects than other microscopes.
They are used in the surgeries, dissection, forensic science etc.</span>
Answer:
One reason that Organism A and Organism C will be placed in different groups will be due to their MODE OF NUTRITION.
As described in the question, Organism A has an autotrophic mode of nutrition which means that it has the capability to produce its own food. Organism C is a heterotroph which means it cannot produce its own food and hence will have different properties as compared to the organism A.
