I think the answer is nitrogen fixation.
You don't show the table...but you should see that the more complex an organism, the more chromosomes and the more genes it has.
A bacteria has a small genome. perhaps it has about 5000 genes. it also has 1 chromosome.
Yeast are more complicated than bacteria. Saccharomyces cerevisiae (the yeast that makes beer, wine and bread, has about 6300 genes and 16 chromosomes.
A human has 46 chromosomes (23 pairs), and has likely around 20,000 genes.
Answer:
You could generate cDNA libraries and compare the transcribed regions of the genome
Answer:
Bacteria under successive rounds of selection may acquire genetic resistance to the treatment with mutagenic compounds including ethyl methanesulfonate (EMS).
Explanation:
Artificial selection is a process known to generate resistance of the organisms under treatment. For example, this type of selection has been reported to generate resistance to the treatment with different chemical compounds including mutagenic chemical compounds (in this case EMS), antibiotic drugs, etc.
Mosquitos carry diseases such as, West Nile virus,chikungunya<span>, </span>yellow fever<span>, </span>filariasis<span>, </span>tularemia<span>, </span>dirofilariasis<span>, </span><span>Japanese encephalitis, and a ton more.
Eliminating mosquitos with these diseases, make the environment healthier, and decrease the amount of people infected by these diseases.</span>
