Adenosine diphosphate (ADP) is formed by the removal of one phosphate from an ATP molecule by enzymes called ATPases.
Adenosine diphosphate (ADP) is an organic molecule involved in the central part of the metabolism of the cell that generates energy.
The interconversion of ATP and ADP takes place in various aspects of cellular metabolism.
Another process in which ATP and ADP act together to supply energy is in the fast twitch of muscle cells.
In mammals, ADP is involved in blood platelet activation, and is stored within platelets.
A derivative of ADP is adenosine diphosphate ribose, in which the sugar ribose is linked to the final phosphate of ADP by an ester linkage.
Explanation:
Nucleus Cytoplasm
Contains the genetic material (DNA) Contains a thick gel-like substance
The most obvious structure in the cell Contains all organelles
Contains directions for cell regulation Mostly water
The nucleus is a large and obvious organelle in the cell and it provides instructions for the regulation of the cell's activities and it contains the genetic material (DNA). All organelles are embedded in the cytoplasm which is made up of mostly water.
Base on the researches and studies, the probability or the
percentage of an individual to gain the heritability of the height is about
ninety five percent, only if the individual is in good shape and in good
nutrition but when a person is malnourished and weak, it will only be at twenty
percent because heritability wouldn’t be applied as the body responds to a
different simulation.
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Cells of the skin and digestive tract are continuously sloughed off and replaced by new ones due to mitotic division.
Some body parts of animals and plants can be regenerated by mitotic cell division.
Vegetative propagation in plants and budding in some animals also occurs due to mitosis.