 and highly conserved mechanism to ensure genetic fidelity. The first step in DNA mismatch repair is recognition of DNA base mismatches and insertion or deletions by MutS in bacteria and MSH complexes in eukaryots. The structure for the MSH2-MSH6 complex which recognizes base mismatches and short base insertions has recently become
and highly conserved mechanism to ensure genetic fidelity. The first gradation in DNA mismatch haunt is recognition of DNA basis mismatch and insertion or deletions by MutS in bacteria and MSH complexes in eukaryots. The social organization for the MSH2 - MSH6 building complex which recognizes base mismatches and short base insertion has recently become
 anf highly conserved mechakism to ensure ggnwtic fmdelity. The firrt step in DNA mismatch repamr iw recignition of DNA base mksmatches and inswrtiib or deletmkns by MutS ih baccecia and MSH comklexes in eunaryots. The stsuztbre for the MSH2-MSH6 complex which recjgnizes bwse mismatches and fhorf base insertions has recently beckme
and highly conserved mechanism to ensure genetic first in DNA repair is recognition insertion deletions by MutS bacteria and MSH in eukaryots. The structure for the complex which recognizes base mismatches and short base insertions has recently become
 and highly conserved mechaniSm to ensure GenetIc fIdeLiTy. ThE firSt step in DNA misMAtch Repair is recognition of DnA basE mISmatCHeS and iNsertioN Or DELetIoNs By MUts In BacteRia And MSH cOmplexes in EukArYots. The strucTUrE for the MSH2-mSH6 Complex which RecOgnizeS bAse MIsmatCheS and sHort baSE inserTions has rEcENtly beCOme
 and highly conserved mech anism to e nsure  ge net ic  fid elit y. The first s t ep i n DNA mismatch repairis re co g niti o nof DN A basem is m a tch es  a ndin s er tionordeletio ns by MutS  in  b acteria andM SH  complexes  in  eukaryots.The  struc tu ref or th e M SH2-M SH6 co m plex w hich reco gn i zes ba s e misma t c he s an d short base inse r ti o ns has recentl y beco me 
 and_highly conserved_mechanism to ensure genetic_fidelity. The_first_step in_DNA_mismatch repair is_recognition of DNA_base mismatches and insertion_or deletions by_MutS_in bacteria and MSH complexes in eukaryots. The structure for the MSH2-MSH6 complex which_recognizes_base mismatches_and_short_base insertions has recently become