I need the choices provided to depict which is the better statement. <span />
The daughter cells would be genetically identical to the parent cell. Each with 46 chromosomes.
Answer:
a) phenylalanine
Explanation:
A triplet codon results into a particular amino acid. mRNA is read in 5' to 3' direction during translation. tRNA carrying an amino acid enters the A site first. Then a peptide bond is formed between the new and old amino acid. The polypeptide along with the tRNA moves to P site while the now empty old tRNA moves from P to E site and exits. Hence a tRNA is first in A site followed by P site and then finally E site.
Here, a tRNA with histidine amino acid is present in the P site. From the given sequence, only CAU codon can result into histidine. So if CAU region is present in P site that means that UUU will be present in A site. UUU codes for phenylalanine amino acid so the tRNA entering the A site will carry phenylalanine.
Eukaryotic cells contain membrane-bound organelles, such as the nucleus, while prokaryotic cells do not. Differences in cellular structure of prokaryotes and eukaryotes include the presence of mitochondria and chloroplasts, the cell wall, and the structure of chromosomal DNA.
Hope this helps :)
I would say the stomach is most similar to the mitochondria. This is because the purpose of the mitochondria in a cell is to break down molecules, such as glucose, nucleic & fatty acids, etc., into ATP (cell energy) so it can be used productively. The purpose of the stomach is to break down molecules of whatever is being consumed, so it can later be absorbed by the large and small intestine, and what is absorbed goes into the cells to be used productively.
Put simply, the stomach is similar to the mitochondria because they both provide energy for the greater thing they function, cell or body.
Hope this helps, and hope I was the brainliest! :)
