Answer:
Early geneticists wondered how only four nucleotides could specify the sequence of 20 amino acids in proteins. Today we know that there is a genetic code in which <u>3</u> nucleotide(s) code(s) for each amino acid.
Explanation:
64 or 43 is the number of possible 3-letter codes which is more than the number of amino acids. Hence, the code can thus be redundant. It has been seen that there is more than one codon that codes for the same amino acid in some cases, .
Hence, Early geneticists wondered how only four nucleotides could specify the sequence of 20 amino acids in proteins. Today we know that there is a genetic code in which <u>3</u> nucleotide(s) code(s) for each amino acid.
The evidence in the myths "The Maori:Genealogies and Origins in New Zealand" and also the "The Raven and the First Men: The beginnings of the Haida" shows about the Maori and Haida cultures are; they are similar than different because they have important values in common. This will make the correct answer A.
When blood<span> sugar drops too low, the level of insulin declines and other cells in the pancreas release glucagon, which causes the liver to turn stored glycogen back into</span>glucose<span> and release it into the </span>blood<span>. This brings </span>blood sugar levels<span> back up to normal.</span>
A) Thylakoid
B) Lumen
C) Granum
D) Stroma