A fly has two alleles for the color of its eyes. the green allele is recessive, and is represented by q. the blue allele is domi
2 answers:
Answer:
Explanation:
According to the Hardy Weinberg’s equation –
The sum of frequencies of all the allele with in a given population is equal to one around the locus.
Thus, if p is frequency of trait “A” and q is frequency of trait “B”, then the sum of the allele frequencies i.e p and q is 1
-------------------- Equation (a)
So, if 71 out of 100 organisms are green, then q would be
Putting the value of q in equation "a" we get -
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Answer: Attached below is the missing part of your question
answer
Mutant A
<em>1) Requires tryptophan in the growth medium or from a donor mutant </em>
<em>2) Must form nanotubes to obtain it's required amino acid in this scenario:</em>
Mutant B
<em>1) Requires histidine in the growth medium or from a donor mutant </em>
<em>2) Does not need to form nanotubes to obtain it's required amino acid in this scenario:</em>
Explanation:
<u>Mutant A ( Over produces His and cannot produce Trp ) </u>
1) Requires tryptophan in the growth medium or from a donor mutant ; This is because the Mutant is an auxotroph for tryptophan.
2) Must form nanotubes to obtain it's required amino acid in this scenario:
This is because growth medium of the mutant is supplemented with histidine
<u>Mutant B ( cannot produce His and overproduces Trp </u>)
1) Requires histidine in the growth medium or from a donor mutant :
This is because Mutant B lacks the biosynthetic pathways necessary for histidine production
2) Does not need to form nanotubes to obtain it's required amino acid in this scenario: because the Mutant cell can easily take up the required amount of Histidine from its surroundings.
