Should be C if you do not like this anwser then you don't have to use it
<h3>
The other four bases will be 5'-ATTC-3'</h3>
Explanation:
A pallindromic sequence of DNA is the sequence which could be read the same in both direction on both strands. Among nucleotide Bases A (adenosine) pairs with T (thymine) with a double bond while G(Guanine pairs with C (cytosine) with triple bond. Since the complimentary strands run in opposite direction, then if the eight bases on one strand is 5'-GAATATTC-3' then the sequence on the complementary strand will be 5'-GAATATTC-3'.
Answer:
A Question
Explanation:
Then support the hypothesis and question.
The correct answer is D - the father must be colorblind.
Colorblindness is a recessive trait, so in order for it to appear, you would need either one heterozygous and one homozygous recessive parent, two heterozygous parents, or two homozygous recessive parents.
Males only have one X chromosome to give to make a female. Their other chromosome is a Y. These sex-linked traits only appear on the X chromosome.
Since colorblindness is recessive, this X chromosome the father gives must be recessive, meaning <em>he must be colorblind.
</em>The mother can either be homozygous recessive (colorblind) or a carrier.