conjugation transcribes DNA to RNA

conjugation transfers DNA vertically to new cells

conjugation transfers DNA horizontally to nearby cells

in conjugation DNA replicates

DNA replication

proceeds in

only one direction around the bacterial chromosome

The lagging strand of DNA

is started by an RNA primer

DNA polymerase joins

nucleotides in one direction (5' to 3') only

The leading strand of DNA

is made continuously

a sequence of nucleotides in DNA that codes for a functional product

any random segment of DNA

a three-nucleotide segment of DNA that code for an amino acid

bacteriophage

transposase enzyme

F plasmid

DNA polymerase — makes a molecule of DNA from a DNA template

DNA ligase — joins segments of DNA

RNA polymerase — makes a molecule of RNA from an RNA template

The mutations are repaired at the mRNA level after transcription has

occurred, but before translation

The mutations lie at locations where they don't affect protein sequence

due to degeneracy of the genetic code.

Mutations at the DNA level are not reflected in proteins produced

exons

the use of codons to determine polypeptide sequences

the use of methionine as the "start" amino acid

introns

mutation

transduction

conjugation

All of the answers are correct

transformation

end-product must not be in

excess

substrate must bind to the

enzyme

protein repressor must bind

to the operator

substrate must bind to the

protein repressor