An example for this is, cytidine deaminases (AID and APOBEC proteins), they can convert C in to U, there by make G--A mutation in double stranded DNA.
Without the proper enzymes, melanin, the pigment responsible for skin color, cannot be produce. Normally, enzymes are made by cells using a gene or genes from the DNA. However, if a person has a mutation so that either they do not produce enough melanin or they cannot properly make melanin, or they cannot manufacture melanin period, or another such problem, the person will be an albino- they will lack pigmentation.
enzymes
The organelle responsible for the storage of hydrolytic enzymes is the lysosome. Lysosomes contain various enzymes that help break down nutrients, cellular waste, and foreign substances in the cell.
Hydrolytic enzymes that break down proteins are a class of enzymes called proteases.
A mitochondria is an organelle containing enzymes responsible for producing energy.
The genetic mutation responsible for Marfan was discovered in 1991.
The enzymes responsible for breaking down starch in the digestive system are amylase enzymes.
Amylase is responsible for the digestion of starches in the body. If a mutation occurred in the genes coding for the production of amylase, this would interfere with the body's ability to digest starches and other complex carbohydrates (which begins in the mouth with enzymes from the salivary glands).
Yes, enzymes are responsible to break down complex molecules to simpler one for digestion
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Enzymes such as amylase.
Enzymes for photosynthesis are in chloroplasts.Mitochondria are responsible for respiration.
Without the proper enzymes, melanin, the pigment responsible for skin color, cannot be produce. Normally, enzymes are made by cells using a gene or genes from the DNA. However, if a person has a mutation so that either they do not produce enough melanin or they cannot properly make melanin, or they cannot manufacture melanin period, or another such problem, the person will be an albino- they will lack pigmentation.
Mutation, Reproduction.
Mutation and natural selection.
Ribosome
matation in somatic