Suppose a team of researchers sequences the genome and measures the proteome of a human skin cell and a human kidney cell. Will
there be a greater difference between the genome or the proteome between these two cells? The genome is more different between the cells than the proteome because gene expression varies between the two cells. The proteome is the genetic material in a prokaryotic cell, and thus these cells do not have a proteome because they are eukaryotic. There is no difference in the variability between the genome and proteome of the two cells because a gene codes for a single protein. The genome is more different between the two cells than the proteome due to the variety of molecules associated with DNA, including histones, regulatory proteins, and enzymes. The proteome is more different between the cells due to differences in gene expression and post-transcriptional processing of mRNA.
The answer of the given question is, "Differences in quality articulation and post-transcriptional mRNA preparing lead to a more prominent distinction in the proteome than the genome between the two cells"
Explanation:
The quantity of proteins communicated by a whole genome is known as "proteome." Though cells are generally comparative (and genome of all cells is practically comparable), their structure and capacity shift as needs be on the grounds that their genomic articulations change, which code for various arrangement of proteins (proteomes).
It would cause the cell membrane to "pop" like a balloon. b the cell would not be able to get enough of the gases and nutrients it needed. c the cell could not be part of a small organism, such as a mouse. d there would not be enough resources in the cell's environment to feed it.
