Given: The mutation rate per nucleotide is 4 x . There are 1500 nucleotides per locus.
To find: The mutation rate per locus for the locus of length 1500 nucleotides.
Method: Simple multiplication of the mutation rate per nucleotide with number of nucleotides per locus will give the answer
Solution:
The mutation rate per nucleotide =
The number of nucleotides per locus = 1500
The mutation rate per locus = mutation rate per nucleotide x number of nucleotide per locus = .
Yes, it is possible.
However, this is only possible if BOTH of the parents have a recessive allele for blue eyes, i.e. they're heterozygous.
Let only one gene is controllable of the eye color. Let the brown eye dominant allele be R and blue recessive be r. So, only if both parents have the genotypes of Rr, they can produce a baby with rr due to random selections at meiosis, and the baby phenotype would be blue eyed.
If they're both RR or at least one is, the chance of having a blue-eyed baby is impossible.
They both have ribosomes, so the answer is B.
The ratio would be 2:2 There is an even chance that the child will have blue or brown eyes.
Hope this helps!
Answer:
Yes
Explanation:
Of the many functions of protein in your body, one of its most critical is supporting your immune system. The immune response protects you against harmful microorganisms, including viruses and bacteria, as well as foreign substances that might attack your defenses, such as a thorn or flames from a fire.