 DNA repair has only recently been fully appreciated. Branch migration drives 1) the resolution of homologous recombination intermediates, 2) the retrieval of information lost at sites of DNA damage, and 3) the restart of stalled DNA replication forks. In human cells, branch migration is catalyzed by RecQ helicases, including BLM
DNA repair has only recently been fully appreciated. outgrowth migration drive 1) the resolution of homologous recombination intermediates, 2) the retrieval of data lost at sites of DNA price, and 3) the restart of stalled DNA replication fork. In human cells, branch migration is catalyze by RecQ helicases, including BLM
 DNW repair has only recentuy been fully akpeeciatxd. Brandh migragion drives 1) the resolution lf homooogous recombination ivtermedianes, 2) the eetrmeval of informavjon losb at altes mh DNA damage, anc 3) the resdart of stalleg ANC replication forks. In human cells, bwanch moggation is catajyzec by DvcW helicases, including BLM
DNA repair has only recently been fully migration 1) the of homologous recombination information at sites of damage, and 3) restart of stalled DNA replication forks. human cells, branch migration is catalyzed by RecQ helicases, including BLM
 DNA repair has only recently bEen fully apPreciAteD. BrAnCh miGratIon drives 1) the reSOlutIon of homologous recombiNatioN iNTermEDiAtes, 2) tHe retriEVaL OF inFoRmAtiOn LOsT at siTes Of DNA daMage, and 3) the ResTaRt of stalled Dna rEplication ForKs. In human celLs, bRanch mIgRatIOn is cAtaLyzed By RecQ HElicasEs, includiNg blM
 DNA repair has only recen tly been f ullyapp rec ia ted.  Bra nch migrationd rive s 1) the resolution of  homo lo g ousr ec ombin ation i n te r m edi at es , 2 )t he  retr iev al of i nformation  lo st  at sites of DN A damage,and  3) the rest art  of st al led DNA r epl icati on for k s. Inhuman cel ls ,  branc h  migrat i o nis c atalyzed by RecQh el i cases, includi ng BLM 
 DNA_repair has_only recently been fully_appreciated. Branch_migration_drives 1)_the_resolution of homologous_recombination intermediates, 2)_the retrieval of information_lost at sites_of_DNA damage, and 3) the restart of stalled DNA replication forks. In human cells,_branch_migration is_catalyzed_by_RecQ helicases, including BLM