The correct answer is liver cell is likely to be in G0 phase.
Cells of inner lining of the stomach made of epithelial cells. They are protective in nature. They get damaged and need to be replaced through division. Whereas, liver is made of hepatocytes and once they reached maturity. These cells are not need to be replaced and cell cycle is generally in G0 stage. The G0 phase is a resting phase in the cell cycle. In this phase cells remain in a quiescent state because in G0 phase a cell is neither dividing nor preparing to divide. G0 phase allows cells to become adapted for particular function. Hepatocytes may divide when there is removal of part of liver.
In light of the examination of philip reno, early hominins show decreased sexual dimorphism, which is proof for participation and logical for pair bonding.
<h3>What do you understand by Pair bonding?</h3>
Pair bonding is a high level trademark and may expect an essential part in age, and moreover in individual and species endurance.
A pair bond is the strong enjoying that makes in a couple of creature bunches between a couple containing a male and female, or on occasion as an equivalent sex mixing, perhaps provoking conveying any kind of family down the line or possibly a well established bond.
Early hominins showing decreased sexual dimorphism is a proof of agreeable guys or collaboration and reasonable from pair bonding, based from the exploration of Philip Reno.
Pair bonding is a characteristic that developed and can assume a basic part in multiplication, and in individual and endurance of a species.
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Answer:
B. Movement of alleles between populations
Explanation:
The cells performs <em>exocytosis </em>because it must remove the pathogen.
Based on the situation, one can infer that the receptors are antigens that are specific in their function.
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The gray matter of the two halves of the thalamus is divided by a vertical sheet of white matter called the internal medullary thalamus.
On cross sections of the thalamus, layers of myelinated fibres are seen as medullary laminae. They are also known as medullary layers of the thalamus or laminae medullares thalami. The thalamus is divided into lateral, medial, and anterior regions by the internal medullary lamina, a thin, vertical strip of white matter that bifurcates in its anterior portion.
The intralaminar nuclei are enclosed by the laminae medullaris medialis (interior medullary lamina), which is located between the dorsomedial and ventral nuclei of the thalamus (centromedian nucleus, paracentral, and central lateral).
Therefore, gray matter of the two halves of the thalamus is divided by a vertical sheet of white matter called the internal medullary thalamus.
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