Language: english | español 1) which factor would increase the carrying capacity for white-tailed deer in an eastern temperate forest ecosystem? a) the re-introduction of the eastern cougar into north carolina. b) a large migration of the closely related mule deer, into the east. c) the construction of new roads and increased traffic through woodland areas. d) the re-introduction of the american chestnut tree, which produces many seeds, and used to live in north carolina.

The right answer for the question that is being asked and shown above is that: "D) The re-introduction of the American chestnut tree, which produces many seeds, and used to live in North Carolina." The factor that would INCREASE the carrying capacity for white-tailed deer in an Eastern temperate forest ecosystem is that the re-introduction of the American chestnut tree, which produces many seeds, and used to live in North Carolina.

AUGUCCCACGAUGGGUGA

Methionine- Serine- Histidine- Aspartate- Glycine- Stop

Explanation:

In gene expression, DNA, which is the genetic material is transcribed into mRNA, which is subsequently translated into a amino acid sequence (peptide). The transcription of DNA into mRNA follows complementary base pairing rule i.e. A-U, G-C, T-A.

The nucleotide sequence in the mRNA molecules are read in group of three nucleotide bases called CODONS. Each codon specifies an amino acid.

According to this question, a segment of DNA produces methionine, threonine, histidine, aspartate, and glycine when translated, however, a substitution mutation occurs and causes the synthesis of the segment as shown: 3' – TACAGGGTGCTACCCACT – 5'

The mRNA sequence from this mutated DNA sequence is as follows: AUGUCCCACGAUGGGUGA

During translation, the following codons specify the following amino acids:

AUG - methionine

UCC - Serine

CAC - Histidine

GAU - Aspartate

GGG - Glycine

UGA - Stop codon

Based on this, the new peptide chain when the new DNA segment is translated will be: Methionine- Serine- Histidine- Aspartate- Glycine- Stop