Question

Does genetic analysis by ASO testing allow for detection of epigenetic changes that may contribute to a genetic disorder? Explain your answer.

Accepted Answer

Hello, everyone and welcome to today's video. So the a little specific legal nucleotides or A S O S are short and single stranded DNA fragments that can hybridize into their complementary folios on their proper conditions. A S Oh Well, we'll remember that under proper conditions, these type of values specific legal nucleotides are going to do exactly What they're supposed to do, which is to completely hybridize into their complementary a leo's if they're not going to hybridize into sequences or 50% similar or the differ by one or two nuclear ties are going to hybridize exactly into their complementary Leo's knowing that let's go over each of the answer choices so that we may solve the problem. We have been hybridized a sequence that have at least 50% similarity to its complementary sequence. This is going to be incorrect as we stated above. Then we have seen paradise a sequence that vary in single nucleotide to its complementary sequence. Again, this is going to be incorrect because it is going to only hybridize to the exact same sequence. And then we have a paradise only with this complementary DNA sequence is going to be our correct cement. So we're going to highlight it as a final answer to our question. I really hope this video helped you and I hope to see you on the next one.

Does genetic analysis by ASO testing allow for detection of epigenetic changes that may contribute to a genetic disorder? Explain your answer.

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