Glycolysis that starts glycogen instead of glucose cab be considered to have a higher energy yield because phosphorolysis reaction cleave bonds with phosphate instead of water.
Glycogen phosphorylase is a pyridoxal phospahte enzyme that transform glycogen to glucose 1- phosphate , a normal intermediate of glycolysis. Glycogenolysis is the biochemical pathway in which glycogen.
The process is under the regulation of two key enzyme phosphorylation kinase and glycogen phosphorylation. Glycogen degradation is initiated by the phosphorlyase action. Glucose is made up of many connected glucose molecules called glycogen. Glycogen is broken down to release glucose into the bloodstream to used as fuel for the cells.
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Answer:
23 chromosome pairs.
Explanation:
In humans, the DNA strands are packaged in a tightly coiled 1400 nm structure called the chromosomes. Since each cell contains the DNA therefore each cell contains the chromosomes.
The human genome is packaged into 46 linear chromosomes but since the humans are diploid organisms, therefore, the chromosomes form pairs with the homologous chromosomes and form 23 pairs of chromosomes. Every cell of humans possesses 23 pairs of chromosomes.
Thus, 23 pair of chromosomes is correct.
Answer:
fast
Explanation:
Carbohydrates are huge sourve of fast energy
wish its right
Since it’s diffusion it’s passive transport so from high concentration to low :)))
Answer:
renal glucose reabsorption
Explanation:
