Which cut can produce a 5 prime overhang?

Correct answer: staggered cut / Staggered cut

The direct answer is option A: a staggered cut can produce a 5-prime overhang. Double-stranded DNA has two opposite strands, and each strand has a 5-prime end and a 3-prime end. If a restriction enzyme cuts the two strands at different positions, the short unpaired single-stranded part is called an overhang or sticky end. Depending on which strand extends beyond the other, the overhang is described as 5-prime or 3-prime. Option A is correct because a staggered cut creates the unequal ends needed for such an overhang. Option B is wrong because a straight, or blunt, cut across both strands at the same position produces blunt ends, not an overhang; the word “always” also makes it false. Option C is wrong because proteins are not the DNA substrate being cut in this context. Option D is wrong because an RNA-only cut does not describe restriction digestion of DNA. Remember that not every staggered cut specifically gives a 5-prime overhang; it can give either type, so the exact enzyme and cut positions matter.