The sequence could code for the incorrect amino acid during translation if a cytosine base is changed to a thymine base in a DNA segment during DNA replication. The right response in this case is option C.
A base substitution in a DNA sequence during replication compromises the genetic information in the area where the change took place. The base replaced is also transcribed along with the genetic information from DNA into RNA during transcription. Adenine instead of guanine is transcriptionally transcribed if cytosine is replaced with thymine.
Due to the substituted base, the incorrect amino acids may wind up being translated during the translation of the genetic instructions, resulting in a defective protein.
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The distance between two troughs (or two crests) is the wavelength.
Answer:
The DNA helicase comes and splits the hydrogen bonds that are holding them together which allows DNA primase and DNA Polymerase (3) to come and replicate the strands from 5' to 3'. Then both strands have half of the old and half of the new, and have a collected 2 double-helical structures, which means there is technically 1 copy.
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Explanation: