The false statement about DNA methylation in eukaryotes is option A: immediately after cell division, the dna in each daughter cell contains one methylated dna strand, which corresponds to the newly synthesized strand.
The cytosine bases in the eukaryotic genome often undergo DNA methylation, resulting in the production of 5-methylcytosine. This leads to methylation cytosine residues that are located diagonally to one another because changed residues frequently sit next to guanine nucleotides. Therefore, we can now say that only option A is false about DNA methylation in eukaryotes.
Adding methyl groups to the DNA molecule is a biological process known as DNA methylation. Without altering the sequence, methylation can change the activity of a DNA segment. DNA methylation typically suppresses gene transcription when it occurs in a gene promoter.
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