Other than phosphocreatine breakdown, the fastest way to resupply atp to a muscle is:_______
anaerobic glycolysis.
What is phosphocreatine breakdown?
Adenosine triphosphate, sometimes known as ATP, is used by the body's muscles to drive contractions. One molecule of ATP is digested into ADP, adenosine diphosphate, and an inorganic phosphate when it is used in the contraction process.
The requirement to regenerate ATP is critical because the muscles' finite supply of ATP is consumed during muscle activity very quickly. The molecule creatine phosphate is one method by which this ATP supply is renewed (or phosphocreatine).
Creatine phosphate converts a high-energy phosphate to ADP during the ATP regeneration process. ATP and creatine are the reactions byproducts. Intake of meat and internal manufacture by the liver and kidneys are the two main ways to get creatine phosphate.
To learn more about phosphocreatine breakdown
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Allele for gray fur is A (dominant)
Allele for white fur is a (recessive)
Genotype of heterozygous is Aa (heterozygous is gray, because its allele is dominant)
If we cross two heterozygous
<span>Parents: Aa x Aa
</span> <span>F1: AA Aa Aa aa</span>
The ratio between phenotypes is 3:1 (gray:white)
<span>AA Aa Aa are with gray fur</span>
<span>aa is with white fur </span>
Answer:
Anabolic reactions use ATP and small substrates as building blocks to synthesize larger molecules.
Explanation:
Anabolic reactions are part of metabolic pathways that occur inside the living cells. Anabolic reactions always form complex molecules from simpler substances. The formation of glucose from relatively simpler CO2 and H2O during the Calvin cycle is an example of the anabolic pathway. During anabolic pathways, the metabolic energy of ATP hydrolysis drives the endergonic reactions. Therefore, anabolic reactions consume ATP. Calvin cycle uses the ATP produced during light reactions of photosynthesis.
There are number of endemic species, because island isolation promotes allopatric speciation and the latter occurs when species become separated from each other to the level that prevents genetic recombination.
