The answer is an aminoacyl-tRNA synthetase.
<span> The aminoacyl-tRNA synthetase is an enzyme responsible for the attachment of an amino acid to tRNA. First, it binds the ATP and the amino acid which results in aminoacyl-AMP and inorganic pyrophosphate. Aminoacyl-AMP binds the appropriate tRNA molecule. The aminoacyl group dissociates from the complex with AMP and binds the tRNA molecule creating aminoacyl-tRNA.</span>
The monosaccharides form from the reaction are ONE GLUCOSE AND ONE GALACTOSE MOLECULE.
Lactase is an enzyme that is located in the small intestines of humans. It helps in the digestion of whole milk and dairy products by breaking down lactose into glucose and galactose. The glucose produced in the reaction will be absorbed by the small intestines to be used for energy production in the body.
Replicated chromosomes finish moving towards the poles in Anaphase stage of Mitosis.
<u>Explanation:</u>
The mitosis is the process of cell division producing daughter cells which are identical and has the same number of chromosomes in each as the parent cell.
There are four stages of mitosis, including, Prophase, the initial phase where the cell is being prepared for the mitosis. Next is the Metaphase, second phase, where the replication or duplication of chromosome takes place.
Third in line is the Anaphase, where the duplicated chromosome is pulled on the sides by the centrosome spindle fibres which let the chromosome move and this phase ends with the finishing of shift or move.
Then is the Telophase, fourth and the last phase, when the division has been completed with the two daughter cell out of one parent cell with identical results.
Somatic mutations are often passed down to offspring.
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5 basic taste receptors like salty,sweet,sour,bitter,and umami
