The answer is <span>microorganisms have rapid cell cycle.
Microorganisms are much simpler and much smaller organisms than humans. Because of their size and complexity, they reproduce in extremely rapid pace. For example, E. coli population is able to double each 20 minutes. This is, of course, not the case with humans.
For the mutation to become established, there must pass a few generations. So, if a useful mutation establishes in E. coli cell, in 20 minutes it will be present in the next generation, in 40 minutes it will be present in the generation after that, and so on. In the humans, years (not minutes) are necessary for the mutation to be passed down to the first generation. It needs less time to establish a mutation in E. coli than in humans.</span>
<span>Vines growing up a wall is an example of thigmotropism. Hope this helped :)</span>
The cellular process that splits a diploid cell into two haploid cells is meiosis. Meiosis is used to duplicate sex cells into sex cells.
Answer:
The correct answer is E. viral genome
Explanation:
All the virus are an intracellular parasite and requires host to reproduce. The viral reproduction is divided into two cycles. Lysogenic and lytic cycle.
In the lysogenic cycle, the viral genome gets incorporated into the host genome and gets replicated with the host genome and in lysogenic cycle the viral genome gets transcribed and code for capsid proteins.
These capsid proteins arranged around the viral genome and enclose the viral genome and make new phages. These new phages lyse the host cell and released out of the cell. Therefore the correct answer is E.
