Structural basis for DNA 5 -end resection by RecJ

Single-stranded-DNA-specific exonuclease

MSRPAHWLLAPPASRDALLATMREWQVSPPVAQVLCGRDLRTELLALPLELTPNPALREAARHIVAAVREGKRIRIHGDY
DADGVSATATLVLGLRAIGANVHGFIPHRLNEGYGIHPDRVPEHAAAADLVVTVDCGVSNLDEVKSLLATGTEVVVTDHH
APGENFPECLVVHPHLTPDYDPDRHNLTGAGVAYHLLWAVYEELGRPEPRALLPLATLGTVADVAPLLGENRALVRAGLA
EMARTELPGLRALMNEKRVRQPTARDVAFILAPRINAAGRMGEADRALELLTTPSDHEAKSLAAYLEIRNQERRKIQDDM
FAQALQLADPNDPALVLTHDDWHAGVMGIVASKLVETFNRPVYIVAQGKGSVRSTPGISAVQGLRESRDLLGRFGGHPGA
AGFSLDPQNFGALRERIHGYVRQFPTPVPAVRLDAPLPVAALTPELLSELSILEPFGEGNPRPLWHLRGPLTDTRLVGKQ
GDVLQFRFGGVKGMKYSERDDAAGERDVAAELALNEWKGRTSLELHAAALRPLAPLALAGTEEGLPTLPRLNPREAMTFL
KTGAAAYAEQGVATYLRDNVPGLTLLDTNAPHPGGDLILYGLPPESALRRWLHEAQEQGGRVAFALGPKTLAELDAALTL
AKLLPDSHTEAAQEAAADAYRSWQWAHHYRVLNDAGWSASVYAMLGLPVPAALPKAAEALALAAG

National Basic Research Program of China

Zhejiang Provincial Natural Science Foundation for Outstanding Young Scientists

National Natural Science Foundation of China

Chain A and ((residue 4 through 704) or (residue 803))

RecF pathway, DNA end resection, two-metal-ion catalysis, single-strand-DNA, DNA BINDING PROTEIN