<h2>Answer:</h2>
Option B is correct.
B) Adrienne’s neurons will not be able to maintain the delicate balance necessary to keep her cells right at the resting membrane potential.
<h2>
Explanation:</h2>
The option B is false because after the medication that the doctor provides her to take. Adrienne's neuron will function normal and a sodium-potassium pump will take over for the leakage channel. And it is not like that it will not be able to maintain the delicate balance of the cell.
Answer:
22 mu
Explanation:
Since maximum number of flies are observed with +pb and s++ phenotype, they are the parental combinations.
Minimum number of flies are observed with +p+ and s+b phenotype hence they are the result of double crossover.
Gene order would be +bp and s++ since it is the only case which would lead to production of above mentioned double crossover. Hence gene b is in the middle of genes s and p.
Single cross over between genes s and b will give progeny +++ and sbp.
Map distance between s and b loci = recombination frequency =
(number of recombinants/ total progeny)*100
= [(single cross over between s and b + double crossover)/total progeny]*100
= [(102+106+7+5/1000]*100
=(220/1000)*100
=0.22*100
=22 mu
Answer:
Notice that many amino acids are represented in the table by more than one codon. For instance, there are six different ways to "write" leucine in the language of mRNA (see if you can find all six).An important point about the genetic code is that it's universal. That is, with minor exceptions, virtually all species (from bacteria to you!) use the genetic code shown above for protein synthesis.
Explanation:
by using a key sampling or a quadrat where it is placed randomly on each one
