During dna replication:

a. methylation of the dna is maintained because dna polymerase directly incorporates.
b. methylated nucleotides into the new strand opposite any methylated nucleotides in the template.
c. methylated dna is copied in the cytoplasm, and unmethylated dna is copied in the nucleus.
d. dna polymerase is blocked by methyl groups, and methylated regions of the genome are therefore left uncopied.
e. all methylation of the dna is lost at the first round of replication.
f. methylation of the dna is maintained because methylation enzymes act at dna sites where one strand is already methylated and thus correctly methylated daughter strands after replication.

Option F.

Methylation of DNA is maintained because methylation enzymes occur at DNA sites where one DNA strand is already methylated and thus correctly methylated daughters strand after replication.

Explanation:

DNA methylation is an epigenetic mechanism in which a methyl (CH3)group is added to the DNA which change the gene activities and affect it's expression. The methyl group project into the groove of the DNA. DNA methylation play a major role in regulating gene expression and the modifications occur at a particular location in the genomes of different species.

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