Unveiling Structural Intermediaries of the Ligation Mechanism and Conserved Mobility Patterns in ATP-Dependent DNA Ligases
Polydeoxyribonucleotide synthase [ATP/NAD(+)]
MRYSELAELYRRLEKTTLKTLKTKFVADFLKKTPDDLLEVVPYLILGKVFPDWDERELGVGEKLLIKAVSMATGVPEKEI ENSIKDTGDLGESVALALKKRRQKSFFSQPLTIKRVYNTFVKVAEASGEGSQDRKMKYLANLFMDAQPEEGKYIARTVLG TMRTGVAEGILRDAIAEAFKVKVELVERAYMLTSDFGYVAKIAKLEGNEGLSKVSIQIGKPIRPMLAQNAASVKDALIEM GGEAAFEIKYDGARVQVHRDGDKVIIYSRRLENVTRSIPEIVEAVKASLKPSKVIVEGELVAVGENGRPRPFQYVLRRFR RKYNIEEMIEKIPLELNLFDILYVNGESLIDTKFTERRKRLEESVEESDKIKLAEQLVTKKVDEAEAFYKRALELGHEGL MAKRLDAIYEPGNRGKKWLKIKPTMENLDLVIIGAEWGEGRRAHLLGSFLVGAYDPESGEFVPVGKVGSGFTDEDLVEFT KMLKPLIIREEGKFVEIEPKVVIEVTYQEIQKSPKYKSGFALRFPRYVALREDKSPEEADTIERVAQLYELQE
10% PEG 8000, 200 mM MgCl2, 175 mM Tris-HCl pH 7, [9mg/ml protein]
Programa de Apoyo a Proyectos de Investigacion e Innovacion Tecnologica (PAPIIT)
Consejo Nacional de Ciencia y Tecnologia (CONACYT)
DNA Ligase, complex AMP, DNA BINDING PROTEIN
MRYSELAELYRRLEKTTLKTLKTKFVADFLKKTPDDLLEIVPYLILGKVFPDWDERELGVGEKLLIKAVSMATGVPEKEI ENSIKDTGDLGESVALALKKRRQKSFFSQPLTIKRVYNTFVKVAEASGEGSQDRKMKYLANLFMDAGPEEGKYIARTVLG TMRTGVAEGILRDAIAEAFKVKVELVERAYMLTSDFGYVAKIAKLEGNEGLSKVSIQIGKPIRPMLAQNAASVKDALIEM GGEAAFEIKYDGARVQVHRDGDKVIIYSRRLENVTRSIPEIVEAVKASLKPSKVIVEGELVAVGENGRPRPFQYVLRRFR RKYNIEEMIEKIPLELNLFDILYVNGESLIDTKFTERRKRLEESVEESDKIKLAEQLVTKKVDEAEEFYKRALELGHEGL MAKRLDAIYEPGNRGKKWLKIKPTMENLDLVIIGAEWGEGRRAHLLGSFLVGAYDPESGEFVPVGKVGSGFTDEDLVEFT KMLKPLIIREEGKFVEIEPKVVIEVTYQEIQKSPKYKSGFALRFPRYVALREDKSPEEADTIERVAQLYELQE