DNA h[blank_start]elicase[blank_end] breaks the H b[blank_start]onds[blank_end] linking the base p[blank_start]airs[blank_end] of DNA
Answer
elicase
onds
airs
Question 2
Question
As a result, the double h[blank_start]elix[blank_end] separates into its two s[blank_start]trands[blank_end] and unwinds
Answer
trands
elix
Question 3
Question
Each exposed p[blank_start]olynucleotide[blank_end] strand acts as a t[blank_start]emplate[blank_end] to which c[blank_start]omplementary[blank_end] free n[blank_start]ucleotide[blank_end] bind by specific b[blank_start]ase[blank_end] pairs
Answer
olynucleotide
emplate
omplementary
ucleotide
ase
Question 4
Question
Nucleotides are joined in a c[blank_start]ondensation[blank_end] reaction by DNA p[blank_start]olymerase[blank_end] to form the ‘missing’ polynucleotide s[blank_start]trand[blank_end] on each of the two o[blank_start]riginal[blank_end] polynucleotide strands of [blank_start]DNA[blank_end]
Answer
ondensation
olymerase
trand
riginal
DNA
Question 5
Question
Each of the new [blank_start]DNA[blank_end] molecules contains one of the o[blank_start]riginal[blank_end] DNA strands