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Answer:
The correct answer is: Cell Adhesion Molecules
Explanation:
The cell adhesion molecules are the type of protein molecules that are involved in the process of cell adhesion and are f<u>ound on the surface of the cell.</u> These molecules assist the cells to get <u>attached or adhere to other cells or the surrounding extracellular matrix. </u>
These molecules are the single-pass transmembrane receptors which are composed of the intracellular, extracellular and the transmembrane domains.
<u>Therefore, in the given example the glycoproteins are the cell adhesion molecules.</u>
"Kingdom" contains more different kinds, because it is highest in taxons.
When the concentration of a certain solute is low inside the cell with respect to the cell's external environment, then the cell performs active transport of the solute from the cytoplasm with a low concentration of solute within the cell to the cell's external with a high concentration of the solute. This process of active transport requires the need of energy in the form of ATP to drive the pumps that are present on its cell membrane.
Answer:
The correct answer is hydrocephalus.
Explanation:
The accumulation of fluid within the cavities deep inside the brain is termed as hydrocephalus. This fluid build-up enhances the size of the ventricles and imparts pressure on the brain. This condition eventually makes the head appear larger than normal with broadening cranial sutures. With the enlargement of the head, the distinction of suture lines takes place, creating the spaces through the scalp.
The skull increases in size, the anterior fontanelle bulges and becomes tense, and the dilation of veins takes place. In certain conditions, with more increase in pressure, the eyes seem to get pushed slightly downward and the sclerae appear over the irises.