A Certain Restriction Enzyme Cleaves Double-Stranded DNA at the Sequence $\begin{array}{l}\text { 5'-AAA/TTT-3' } \\\text { 3'-TTT/AAA-5' }\end{array}$

A certain restriction enzyme cleaves double-stranded DNA at the sequence shown below, where the slash indicates where each strand is cleaved. Note that the cleavage results in a two-base pair single-stranded region at the 5' end that allows the cleaved ends to undergo base pairing. 5'-AA/ATTT-3'
3'-TTTA/AA-5'
Which of the restriction enzymes, that cleave double-stranded DNA as shown below, would produce overhanging ends able to pair with those produced by the enzyme described above?

A)
$\begin{array}{l}\text { 5'-AAA/TTT-3' } \\\text { 3'-TTT/AAA-5' }\end{array}$

B)
$\begin{array}{l}5^{\prime} \text {-AATA/TT-3' } \\\text { 3'-TT/ATAA-5' }\end{array}$

C)
$\begin{array}{l}\text { 5'-GG/ATCC-3' } \\\text { 3'-CCTA/GG-5' }\end{array}$

D)
$\begin{array}{l}5^{\prime}-\mathrm{GGA} / \mathrm{TCC}-3^{\prime} \\3^{\prime}-\mathrm{CCT} / \mathrm{AGG}-5 ^{\prime}\end{array}$

E)
$\begin{array}{l}5^{\prime}-\mathrm{GGAT} / \mathrm{CC}-3^{\prime} \\3^{\prime}-\mathrm{CCTA} / \mathrm{GG}-5^{\prime}\end{array}$