The most valid hypothesis for why the control of gene expression is more complex in eukaryotes than in bacteria is ______. the m
ost valid hypothesis for why the control of gene expression is more complex in eukaryotes than in bacteria is ______. more complicated cell structures in eukaryotes require more complex gene regulatory mechanisms the larger number of genes in eukaryotes means that regulation is more complex the need to create many differentiated cell types in eukaryotes means that there must be many mechanisms to modulate gene expression the need to respond to environmental signals in eukaryotes is greater than that in prokaryotic cells
Prokaryotic organisms tend to be single celled and rely on many simple mechanisms for nutrition and transport. However, eukaryotic organisms are more complex and have multiple systems within in their body, consisting of specialized cells and structures. Therefore, because <span>the need to create many differentiated cell types in eukaryotes means that there must be many mechanisms to modulate gene expression.</span>
Transfer of RNA becomes charged in activation. charged tRNA occurs when<span> amino acid is attached. Reads the codon of mRNA during translation.</span>
C) As hydrilla is aquatic in nature, the roots do not have to search for water, and there is no need for xylem to absorb water because the plant is surrounded by water.
