KEGG T02688: K210

Erysipelothrix rhusiopathiae SY1027: K210_06800

Entry

K210_06800        CDS       T02688

Name

(GenBank) ATP-dependent nuclease subunit A

K16898

ATP-dependent helicase/nuclease subunit A [EC:5.6.2.4 3.1.-.-]

Organism

ers Erysipelothrix rhusiopathiae SY1027

Brite

KEGG Orthology (KO) [BR:ers00001]
09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03400 DNA repair and recombination proteins [BR:ers03400]
    K210_06800
Enzymes [BR:ers01000]
5. Isomerases
  5.6  Isomerases altering macromolecular conformation
   5.6.2  Enzymes altering nucleic acid conformation
    5.6.2.4  DNA 3'-5' helicase
     K210_06800
DNA repair and recombination proteins [BR:ers03400]
Prokaryotic type
  DSBR (double strand breaks repair)
   HR (homologous recombination)
    AddAB pathway proteins
     K210_06800

SSDB

Motif

Pfam:

UvrD-helicase UvrD_C AAA_19 UvrD_C_2 DEAD AAA_30 AAA_16 PhoH DUF1643 ResIII

Other DBs

NCBI-ProteinID:

AGN24948

Position

1252235..1255303

AA seq 1022 aa
MTTYNPQQQQAIEALNQNVIVSASAGAGKTTVLIARLMKRIIRDNVRIDEVCAMTFTEAA
ASEMKTRLLASLNDEYRKHESDFIAEQISLVETAQISTIHSFCLTIIKNYGYIIGVNPSR
ADNILDDAQTKLLQRQAMRKTLDQWLQNDYENLKYLLDVFSTNPLDYKSLENAIYDNANW
LISKKDPERAVQSVKALYRATDFKDFPQEFKQIFFDFYLRQVREIIKDVQGIIAISDESY
DPNDKKGKKYFEQSSMLLQVTEGLRTLESLIHQQDISFYDQIPTVCNFKVIADTKNDVYT
EQRKRIEKTVNRIFENYMPLDEHFRLLNNQIETVSLLIKMTQDYIVAFSSLKEEENCLDF
NDFESMALRILNENEGEISELVKHKYKEIMVDEFQDTNEYQDEIITKISTGNNIFRVGDI
KQSIYRFRGAKPNIMQNLMLDDTTQNLYLSFNYRSKKDIVEYNNYVFDKLMNLTFGITYD
EHDHVNVGIPAQSEDTHPVEIHIIEKHDNRFKKTSDQLRAQHIAQEIINYHSQGYRFKDM
VILVRSHASKGYLKEAFEEYNIPHYIDDQSGFYKSEIIASVVALLNYATTFHDFYLVPVL
TSPFYNYSDDQIAALKLMDASSIRKALEIENPELYQSLDAMVLSWRSKDLISIIQEIIQL
NDVYNNTLSLQDKTNLDFLLEKAIQYQAASVPTLQGFVRFVAEFKDDTSSEASPLNKDSD
IVTAMTIHQSKGLQFPIVFLWGMGRHGVRDHSDILLNDDTFGIGLNHVELPMRFVSRNLI
RTVMEIKQDNEEIEENLRLLYVALTRPQKHLILVDVVKEYQPTSLDYQLLRNHKRKVDLL
LAASPHNTVLRVIDGMELTENSLKPIEQEEISTIFTEKLPLTLDQEVPILTKNRDLNFDK
SFEFATGFGSTLHEAVEKLPHRHWNEADLENFEPKFKRRLQAYNQHSFTQELYRYPHIQQ
EVPYLIDGDAGVIDFYVYNETELILVDFKSDNAPLEIIVERYEDQIKAYKKSPRYHIPRA
FN

NT seq 3069 nt +upstreamnt +downstreamnt
atgacgacttataacccccagcaacaacaagctattgaagcattaaatcaaaatgtaatt
gtatctgcatctgctggagcgggtaaaactacagttttaattgcccgtttaatgaagcga
attattcgggataatgtccgtatcgatgaagtgtgtgctatgacctttactgaggcagcc
gcatccgaaatgaaaacacgtttacttgcatcgctaaatgacgaatatcgaaaacacgaa
tccgattttatcgcagaacaaatatctttagttgaaacagcgcagatttccacaatccat
tctttctgtcttacgattatcaaaaactatggttatattattggggtaaatccttcgcgt
gctgataatatccttgatgatgctcaaacaaagttactccaacgtcaagccatgcgaaaa
actcttgatcaatggttacaaaacgattatgagaatcttaaatatctactcgatgttttc
tcaacaaatcctcttgattacaaatccttagaaaatgcaatttatgataatgcaaactgg
ttaatcagtaaaaaagatccggaaagagcggttcaatctgttaaagcactatatcgtgct
accgatttcaaagacttcccacaagaattcaagcaaatcttttttgatttctatcttcgt
caagtacgtgagattattaaagatgttcaaggaattattgcgatctcagatgaatcgtat
gaccctaacgataaaaaaggtaagaagtatttcgagcaaagttcaatgttgctacaagtt
acggaaggactacgcacactggaatcactcatccaccaacaagatatctcattttatgac
caaataccgacggtatgtaatttcaaagtaattgcggatacaaaaaacgatgtatatacc
gaacagcgaaaacgaatcgagaaaacagtcaatcgaatttttgagaattacatgccattg
gatgaacacttccgattactcaacaatcaaatagaaactgtttcgcttttaattaaaatg
acacaagattatatagtagccttttcttcgttaaaagaagaagaaaactgtttggacttc
aatgattttgaatccatggcacttcgtatcctaaacgaaaatgaaggagaaatttcagaa
cttgtaaaacataaatacaaagaaatcatggttgatgaatttcaagataccaatgaatat
caagatgaaattattactaaaatatcgactggaaacaatatttttcgagttggtgacatt
aaacaatcaatctatcgattccgtggcgcaaaacccaatatcatgcaaaatttaatgctt
gatgatacaacacaaaatttatacttaagctttaactatcgctcgaaaaaagatattgtt
gagtacaataactacgtatttgataaactgatgaacctcacattcgggattacctatgat
gaacatgatcatgtaaatgttgggattcctgctcaaagtgaagatacacatcctgtagaa
attcatattattgaaaaacatgataatcgatttaagaaaacatctgatcaacttcgtgct
caacatattgctcaggagattattaattatcatagccaaggctatcgctttaaagatatg
gtaattttagttcgatcacatgcaagtaaagggtatctcaaagaggcttttgaagaatat
aacattcctcattatattgacgatcaaagcggcttttacaagtccgaaatcatcgcatcc
gttgtcgctttacttaactacgcaacaacattccatgatttttatcttgtaccagtactc
acatcaccattctataattattctgacgatcaaattgcagccctcaaactaatggatgct
tcaagtattcgaaaagcactggaaattgaaaatccagagctctatcaatcacttgatgcc
atggttttatcgtggcgttcgaaagatctcatttcaattattcaagaaattattcaactt
aatgatgtctacaataacacgctttcgcttcaagataaaacaaacttagactttctgctt
gaaaaagctatccaataccaagcagcttcagttccaaccttacaagggtttgtacgattt
gttgcggagtttaaagacgatacaagcagtgaagcatcacccttaaataaagattctgat
atcgtaactgccatgaccatccatcaatctaaaggattacaatttccaattgtgttcttg
tggggtatgggacggcatggagtgcgtgaccatagtgatattttacttaatgacgatacc
tttggtattggtttgaatcatgttgaattaccgatgcgctttgtttctcgaaatctcatt
cgaacggttatggaaattaaacaagacaacgaagaaattgaagaaaaccttcgacttctc
tacgtagcgcttacgcgaccacaaaagcaccttattcttgttgacgtagtaaaagaatat
caaccaacatctttagattatcaattacttcgcaaccataagcgaaaagttgatttactt
cttgctgcgagcccacataataccgttttacgagttatcgacggtatggaacttacggag
aacagtctcaaaccaatcgaacaagaggagatatccacaattttcacggagaaattgcct
ctgactttagatcaagaagttccaatccttactaaaaatcgcgatttaaatttcgataag
tcatttgaatttgccacaggttttggttccaccttacatgaggcggtagaaaagctccct
catagacattggaatgaagcagaccttgaaaattttgaaccaaaatttaaacgtagactt
caagcctataaccagcattcttttactcaagaactctatcgttatccacatatccaacaa
gaagttccttatttaattgatggcgatgcaggggtaattgatttttacgtatacaacgaa
accgaactgatacttgtagactttaaaagtgataatgcacctctagaaattattgtggaa
cgttatgaagatcagatcaaagcatataaaaaaagccctcggtatcatatacccagagct
tttaattaa

All links

Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein domain (10)   
   Pfam (10)   
All databases (18)   

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