Compare the two dna sequences shown below. transcribe them into mrna and translate them into an amino acid sequence. gtg cac ctc
aca cca gag gag (normal hemoglobin)
1 answer:
As you can see in the picture presented below, the DNA sequence in individuals with normal hemoglobin and in the individuals with sickle cell hemoglobin differ in only one nucleotide. However small, this difference in the nucleotide changes the amino acid from glutamate to valine, changing the structure of the protein in the red blood cells.
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To calculate this we will use the light equation:
λ
We have Frequency
.
We know that speed of light in vacuum is
.
Since a unit of speed of light is m/s, we can change the unit of frequency Hz to 1/s, since Hz means cycles per second (f=1/T).
So:
<span>
</span>
<span>λ
</span>⇒ λ
⇒ λ
⇒ <span>λ</span>
We have Frequency
We know that speed of light in vacuum is
Since a unit of speed of light is m/s, we can change the unit of frequency Hz to 1/s, since Hz means cycles per second (f=1/T).
So:
<span>
</span>
<span>
</span>⇒ λ
⇒ λ
⇒ <span>λ</span>