Answer:
An alteration in DNA that occurs after conception. Somatic mutations can occur in any of the cells of the body except the germ cells (sperm and egg) and therefore are not passed on to children. These alterations can (but do not always) cause cancer or other diseases.
Explanation:
when a skin stem cell harbors a cancer-driving mutation, it becomes more likely to generate two specialized skin cells when it divides. Over time, the mutated skin stem cell fails to renew itself and turns into cells that eventually slough off, allowing the skin to expel mutated cells as needed.
Errors in DNA copying during cell division and development can cause new mutations — called de novo mutations — at any time from the moment of conception. Mutations that occur in the germ line — the cells that develop into sperm or eggs — can be passed on to the next generation and, perhaps, cause disease in children.
2. tRNA
a type of RNA<span> molecule that helps decode a messenger </span>RNA<span> </span><span> sequence into a protein</span>
Often, the offspring inherit most of the parental variations. For instance, my mother's side has great resistance to cancer. (Many people have had it, but no cases lasted longer than a few months.) My father's side succumbs to heart disease.
I can somewhat expect I might have one in the future.
<span>major depression: flu short time more instense
dysthymic disorder : cold, longer, less intense
</span>bipolar disorder <span>: flu, more intense, shorter
</span>cyclothymic disorder <span>: cold, longer, less intense
</span>
We can confirm that Anatomical features that are fully developed and functional in one group of organisms but reduced and functionless in a similar group are termed vestigial.
<h3>What are vestigial features?</h3>
These can be thought of as features that belonged to ancestors of a specific species and are no longer needed, and thus have been reduced to functionless vestiges through many generations of evolution. The appendix is one such example in humans.
Therefore, we can confirm that Anatomical features that are fully developed and functional in one group of organisms but reduced and functionless in a similar group are termed vestigial.
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