That is an oddly phrased question. The scientific names we use now cam from the system of classification that spawned the way we still classify organisms today, started by Carolus Linnaeus. So the better question might be, how did classification impact scientific names?
Of course, in all of the charges that go on in taxonomy, the answer o your question might be that, as the systems and ranks became more complicated, the additions had been made farther up the hierarchy, as to not affect the genus and species levels so much, as those levels are what we use for scientific names.
D is the correct answer ur welcome
Anaphase is the stage of mitosis in which the chromatids separate from each other and are pulled to the opposite ends of the cell.
<h3>What is Mitosis?</h3>
Mitosis may be defined as a process of cell division where a single cell splits into two identical daughter cells. This process was first discovered by W. Fleming in 1879 in animal cells.
Anaphase is the smallest phase of the mitotic cell division in which the centromere splits and chromosomes move to the opposite poles.
Therefore, it is well described above.
To learn more about Mitosis, refer to the link:
brainly.com/question/19058180
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Sugar-phosphate backbone with the bases of the complementary base pairs adenine-thymine and guanine-cytosine projecting toward the inside of the backbone.
Answer:
In the given case, the protein would have required to go through the process of post-translational modification, however, the mentioned protein would have been cultured in the prokaryotic system, the process of post-translational modification would have failed to take place. This step would be essential for the functionality of the protein. Thus, there is a need to culture it within the eukaryotic system.
The covalent and generally the enzymatic modification of proteins post its biosynthesis is termed as post-translational modification.
