Answer:
The correct answers are a) "the husband", b) The possible genotypes for their children are Hh and hh, while the child have a 50% chance of inherit Huntington’s disease.
Explanation:
Huntington’s disease is a very damaging neurological disorder that follows an autosomal dominant inheritance. This means that a healthy person has two copies of the recessive allele "h", while a person with Huntington’s disease has at least a copy of the dominant "H" allele. Since the husband genotype is Hh, he is going to develop the Huntington’s disease eventually. Also, it should be informed to the couple that their children could either have the Hh or the hh genotype with a 50% chance of having either of the genotypes, which means that their child has a 50% chance of developing the Huntington’s disease.
AACTCG is the complementary strand
The believe answer for that would be A
Answer:
True (although question is not clear enough)
Explanation:
Adaptive radiation occurs when <u>organisms evolve from the same ancestor. This process takes place as a result of environmental changes or when they are introduced to or colonize a new environment.</u> These changes become challenges that force these individuals to adapt to these new conditions.
Therefore, <u>this results into a faster evolution that creates different new forms</u> that possess a diversity of variations adapted to their new feeding habits, environment, and behavioral needs.
<em>One of the most famous examples of adaptive radiation is the formation of new forms of Galapagos finches.</em> These striking finches, which arose from a common ancestor, evolved different beak sizes and shapes that were especially adapted to different types of food. As different as they may appear, they are closely related!
Hey there!
Based on your options above, your answer seems to be (<span>increase resistance to disease).
This was never a reason to actually increase the disease of creating a Hybrid. It clearly makes no sense. This would include that your answer would be (c).
Hope this helps.
~Jurgen</span>
