How would you correct the mutated cftr protein if you had the ability to tinker with it?

1 answer:

8 0

<span>There several ways to attempt to correct the mutated protein. Gene therapy is possible where a virus vector is used to incorporate a corrected cftr gene into the genome. In the future, the candidate would start producing the necessary correct protein which could reverse symptoms or potentially cure the cystic fibrosis patient. Several side-effects are possible such as extreme reaction to the viral vector or the correct gene could incorporate in the wrong area causing possibly the development of cancer. Other possibilities are CRISPR-CAS9 to precisely edit the genome in the correct spot. The downside is that this makes a permanent alteration in a person's DNA that could be passed on to offspring while the gene therapy would not.</span>

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Answer:

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Explanation:

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Answer:

f organelles were not functioning properly, which of the following would be true?

A. Both unicellular and multicellular organisms would not be able to carry out the life functions to maintain homeostasis.

B. Only unicellular organisms would not be able to carry out the life functions to maintain homeostasis.

C. Only multicellular organisms would not be able to carry out the life functions to maintain homeostasis.

D. Both unicellular and multicellular organisms would function normally.

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In studying the gene pool of a population, you find that 21% of the population exhibits the recessive trait for eye color and th

Naily [24]

In order to solve this problem we use these formula:
<span>p2 + 2pq + q2 = 1p + q = 1p = % dominant allele in the population
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2pq = % heterozygous individualsFrom the given, we haveq2 = 21%Simply taking the square root,q = 4.58%</span>

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two pea plant with yellow peas are crossed most of their offspring have yellow peas but about 25% of the offspring have green pe

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Answer:

Both parents have the genes for yellow peas and green peas

Explanation:

If a plant has inherited one yellow peas gene and one green peas gene, the plant will produce yellow peas because (as you mentioned) yellow peas are dominant. that means the parents are heterozygous (Cc). If both parents have the gene versions Cc, then there is a 25% chance the offspring would get the gene version cc, coding for green peas.

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