The effect of a virus on the organism in the lysogenic cycle depends on several factors, such as the type of virus, the host cell, and the immunity of the host.
In the lysogenic cycle, the virus is integrated into the DNA of the host cell and remains dormant for a longer period of types. The virus DNA replicates along with the host DNA, causing no direct harm to the host cell. However, the presence of viral DNA can cause long-term consequences to the host, such as cancer.
In some cases, a virus in the lysogenic cycle, when integrates into the DNA of the host, becomes active and enters the lytic cycle, where the virus DNA replicates rapidly and causes severe harm to the host cell which can lead to serious health consequences to the host cells.
Therefore, the effect of the virus on the host cells depends on a number of factors, such as the type of the virus and the host, and also the immunity of the host.
Learn more about the lysogenic cycle here:
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Answer: It will have no direct effect on the organism.
Explanation:
A-P-E-X
Answer:
The answer you are looking for is The plant doesn't need carbon dioxide.
Explanation:
Because yes!! Also I hope you have a wonderful wonderful day!! :D
The molecules that have the different structural formula but the same chemical formula are known as isomers. Isomers explain the relationship between molecular arrangements that, although differing in chemical or physical properties. Chemical reactions in which one isomer is transformed into different are called isomerizations. A rapid equilibrium that cannot be easily isolated involved by isomerization is known as tautomerization.
The correct answer is option A
Auxin promotes cell elongation and cell division in stems. They promote stem elongation and inhibits the growth of lateral buds.
This plant hormone is produced in the stem tip and then it travels to the darker side of the plant so that the cells in the darker side grows more than the cells in the lighter side of the plant.
choanocytes - spelling might be off on that... it means collared cells from Latin roots.
Answer:
Choanocytes
Explanation:
Choanocytes are membranous flagellate cells lining the spongiocelium (central body cavity of Porifera kingdom animals) and other internal vibrating chambers of sponges.
The movement of its flagellacreates the water stream that brings nutrients and gases. The nutrients are filtered by the choanocyte, which is not a solid structure, but rather a set of small erect rods separated by spaces.
Any organic particle or plant microorganism trapped in the choanocyte is routed down toward the cell body and endocyted, with intracellular digestion occurring in digestive vacuoles.