Answer:
<em>COMPETITION</em><em> </em><em>MAYBE </em>
<h3>
I HOPE IT'S RIGHT IF NOT THEN SORRY HAVE A GREAT DAY :)</h3>
That would be transduction:)
Answer:
a. all tall
Explanation:
If genotypically one of the parents is homozygous dominant and another one is heterozygous for plant height then phenotypically all their progeny will be tall.
Let us suppose, 'T' represents dominant allele and 't' represents recessive allele. Then the genotype of one parent who is homozygous dominant will be TT and genotype of another parent who is heterozygous will be Tt.
The cross is depicted in the attachment.
Here it may also be noted that genotypically two of the progeny will be homozygous dominant while two of the progeny will be heterozygous but phenotypically all the progeny will be 'tall'.
Answer: Option D) leu - lys - cys - phe
Explanation:
The messenger RNA, mRNA strand with
CUC AAG UGC UUC will be transcribed as leu - lys - cys - phe because according to the genetic code, the triplet codon
- CUC specify for the amino acid Leucine
- AAG specify for the amino acid Lysine
- UGC specify for the amino acid Cysteine
- UUC specify for the amino acid Phenylanine.
Thus, a polypeptide chain with four amino acids (tetrapeptide) is obtained from the mRNA molecule.
The answer is e. Myoglobin has a single
polypeptide chain so it has 10, 20, 30 and 40
structure.
Myoglobin is an iron and an oxygen binding
protein. It has a single polypeptide chain.
Proteins with the single polypeptide chain
cannot have quaternary (40) structure. 40
structure of proteins includes an arrangement of
multiple folded polypeptide chains (subunits) in
a multi-subunit complex. Therefore myoglobin
cannot have 40 structure as the single chain
polypeptide. All other choices are correct.
JcAlmighty • Ambitious
