Answer and Explanation:
We can assume that being colorblind is a recessive trait.
That means the father has a genotype of both lowercase letters, denoted as bb.
Let's make a chart.
- The Father's Genotype is bb
- The Mother's Genotype is Bb (Because she is heterozygous, which means she has one Dominant trait (B) and one recessive trait (r))
<u> b b </u>
<u>B| Bb | Bb |</u>
<u>b| bb | bb |</u>
We get 50% of the offspring to be colorblind, and 50% of the offspring to have normal color vision.
<u>That means the expected percentage is 50%.</u>
(Don't look too much into the capitalized MALE, its just there to throw you off guard and mess you up)
<em><u>#teamtrees #PAW (Plant And Water)</u></em>
A a pyrocrat that make up the animal filled wit bluud
It would depend on what science the lab was researching/testing/studying
So if it was a chem lab it would have test tubes a Bunsen burner and chemicals
The answer is "PET scan" or "PET-CT".
PET scan or positron emission tomography uses the technology behind conventional CT scans but performs to quantify the function in specific parts of organs (i.e. brain). The patient will be given a positron emitting substance most commonly fluorodeoxyglucose or FDG via intravenous injection. After which, the patient will go to the PET machine and the PET machine will measure the positron emitted throughout the body. Positron is well correlated to the function of a specific part of an organ.
CTTAAGGAGCTC. You would get this answer because cytosine and guanine are pairs and thymine and adenine are pairs too.
