KEGG   Tetrapisispora blattae: TBLA_0D05440
Entry
TBLA_0D05440      CDS       T02489                                 
Symbol
TBLA0D05440
Name
(RefSeq) hypothetical protein
  KO
K03657  ATP-dependent DNA helicase UvrD/PcrA [EC:5.6.2.4]
Organism
tbl  Tetrapisispora blattae
Pathway
tbl03420  Nucleotide excision repair
tbl03430  Mismatch repair
Brite
KEGG Orthology (KO) [BR:tbl00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03420 Nucleotide excision repair
    TBLA_0D05440 (TBLA0D05440)
   03430 Mismatch repair
    TBLA_0D05440 (TBLA0D05440)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03400 DNA repair and recombination proteins [BR:tbl03400]
    TBLA_0D05440 (TBLA0D05440)
Enzymes [BR:tbl01000]
 5. Isomerases
  5.6  Isomerases altering macromolecular conformation
   5.6.2  Enzymes altering nucleic acid conformation
    5.6.2.4  DNA 3'-5' helicase
     TBLA_0D05440 (TBLA0D05440)
DNA repair and recombination proteins [BR:tbl03400]
 Prokaryotic type
  SSBR (single strand breaks repair)
   NER (nucleotide excision repair)
    GGR (global genome repair) factors
     TBLA_0D05440 (TBLA0D05440)
   MMR (mismatch excision repair)
    Other MMR factors
     TBLA_0D05440 (TBLA0D05440)
SSDB
Motif
Pfam: UvrD-helicase UvrD_C AAA_19 UvrD_C_2 AAA_11 Helicase_RecD DEAD AAA_30
Other DBs
NCBI-GeneID: 14496073
NCBI-ProteinID: XP_004180556
UniProt: I2H3T5
Position
4:complement(1340416..1343934)
AA seq 1172 aa
MSNDDQTNINSTNNLVLNDILSTLNKQQLMAVTYDPGKALQIIAGPGTGKTKVLTSRVAY
LLLHHKILPQDIIVTTFTNKAATEMIERLTKMLENTHVRVSDLLIGTFHGVCMKLLTRFG
HILNLRKDWRIVDEKEVDAILNNMVDKMPDQIRDYATSMSKKVNLCLPKRSNNEWAVHPK
MVKKQISRLKAFAILQEEYQADNDHDVALSYFYEKYQTELNKINSFDFDDLLMYAFRLLT
KERCLPNIRHVLVDEFQDTNGIQTDLMFLFARGNHHLSHGITVVGDPDQSIYAFRHALSH
NFEEMIRKSPLHISQVILIENYRSSQKILDTSETLISQQSSGRKARLPLHAQFDCNFPPV
YLTFPTNFLEAPSLTREILYLKSLPNLFSYNDIAILVRQRRQIRRIENSLIENRIPYKII
RGHAFWELKEVSTMLNLLKCVNSNEEKNAILSCLTYPSKGLGPVSIEKISKIFDEHDGPS
FEILKSINNRIIPVDIPTKGKQAISEFIGMIESCINLYENPLENALSEIFERLYDTSGLK
QEYLYFDGKKKSNVDLSGEPDYTNPRHKNVELLKSHFLGLDKTNIPIIQTTSQETPKNIV
SNYIRNFFVSLSLYSTEAEGEEEKLNDDNKNHGYVTISTIHGAKGLEWPVVLIPGCNEGI
IPSLFRDEGRDSEDTQNDDEDGNTSDSTTNDPNSGKQKQQSGNSSLDEERRMFFVAQTRA
KYLLYITSVTSNDEQYPSEPSRFLSKELLSKTSDRQYVFDDLNTIKSLYKAMGKKFLENI
QTFSYKQLIEDYNKCVDDRRERFIWNGKSLVNTFNVDLTKNKTITGTSEFTTAAAQLKTN
PNSISTSKLFGKNPQPKPRGRQNNPIPSSKYQLSPTKSSSYTQKTSNESRSIARNLSPTK
TYAPSYTGRINGGPVSPQRNLSPVKTFAPKYKSTPNSRSPSPKKTYAPSYAPNNTTNNAN
KDDTSNTSNNILTNRQLFAPTPTTLNRGIPTLSRNNSSLTNYNNNNNNNNNNYNNDNKTK
NKNKLNTIPSNKSNSNPIKIEKDIEIESQYIKQRTSSRRNTKVVAKPINLQDYEEKNEIN
RLKQEDDEEDVTAAEILHDPNDFHVDNRPIIASAKLLADAVQQKKSKKDDIFPGKKPIVK
KEIGSSQFDIFSQLSRARKKAKTNDGEIIIID
NT seq 3519 nt   +upstreamnt  +downstreamnt
atgtcaaatgatgatcagactaatataaattcaactaataacctggtgttaaatgacata
ctttccacattaaataaacagcaattgatggctgtgacatatgacccagggaaggcatta
caaattattgctggaccaggtactggtaaaactaaagtgttaacttcaagagttgcatat
cttttattgcatcacaaaatattgccacaagatataattgtaacaacctttactaataaa
gcagcaacagaaatgatagagagattaacaaaaatgctggaaaatactcatgtacgagtt
tctgatctattaataggtacatttcatggtgtttgtatgaaacttctgacaagatttgga
catatattaaatcttaggaaagattggagaatcgttgatgaaaaagaggtagatgcgatt
ctaaataatatggttgataagatgccagatcagattagggattacgcaacttccatgagt
aagaaggttaatctatgtctcccgaagcgtagtaataatgaatgggctgtccatccaaaa
atggttaaaaagcaaatttcaagattaaaagcatttgcaattttacaagaagaatatcag
gcagacaatgatcatgatgttgcattatcttatttttacgaaaaatatcaaacagaatta
aataaaatcaactcctttgatttcgatgatttgctgatgtatgcctttcgccttctgaca
aaggaaagatgtttaccaaatatacgacatgtcctagtagatgaatttcaagatacaaat
ggtattcaaactgatttgatgtttttatttgcaagaggtaaccatcatttatctcacggt
ataacggtggtgggtgatcccgaccaaagtatttatgcatttagacatgcattatcacat
aattttgaagaaatgataagaaagtctcctcttcatatatctcaagttattctaatagaa
aattatcgttcatcacaaaagattctggacactagtgagacgttaattagccaacaatct
tctggtagaaaggctagattaccattgcatgcacaatttgattgtaattttcctccagtg
tatcttacttttccaactaatttcttagaagctccatcattaacacgagaaatattatat
ttaaaatcattaccaaatttgttctcatataatgatattgcaattctagttagacaaagg
aggcaaattagaaggattgagaattctttgattgaaaatagaataccgtacaaaattatc
agaggacatgcattttgggaattaaaagaagtttcgacaatgttaaatttgttaaaatgc
gtgaattcaaatgaagaaaaaaatgccattctatcatgccttacatacccatcaaagggt
ttaggacctgtctctattgaaaaaatttccaaaatatttgatgagcatgatggaccttct
tttgaaatattgaaatctattaataatcgcatcattccagttgatatccctaccaagggt
aaacaggctatatcggaatttattggaatgattgaatcatgtattaatttatatgaaaac
cccttggagaatgcattgtcggaaatatttgaaagattatatgatacctctggattaaaa
caagaatatttatattttgatgggaagaaaaaatcaaatgtggacttatccggtgaacca
gattatacaaatccaagacacaagaatgttgaacttttaaaatctcatttcttaggactt
gataaaacaaatattccaataatacagactacatcacaagaaactcctaagaatatagtt
tcaaattatatacggaattttttcgtttcattaagtttatattctacagaagctgaagga
gaagaggaaaaattaaatgatgataataaaaatcatggatatgtgacgatttctactata
cacggagcaaaaggtctggaatggcctgtagtgttaattcctggatgtaacgaaggaatt
atcccatcattgtttcgggatgaaggtagagattctgaagatactcagaatgacgacgaa
gatggtaatacttcagattctactactaatgatccgaatagtgggaaacaaaagcaacaa
agcgggaatagttcattagatgaagaaagaagaatgttttttgttgcacagacccgagcc
aagtatttattatatattacatcagttacatcaaatgatgaacaatatccaagtgaacct
agtcgatttttgtcaaaagaattattatcgaaaacctcagatagacaatatgtatttgat
gatctgaatactatcaaatcactttataaagcaatgggtaaaaagtttttggaaaatatt
caaacattttcatataaacaattgatcgaagattataataaatgtgttgacgatagaaga
gaaagatttatttggaatgggaaaagcctagtaaatacttttaatgtagatctaaccaaa
aacaaaacaataactggcacaagtgagttcacaactgcagcagctcaattaaagacaaat
ccaaattctatttcaacttctaaattatttggtaaaaatccccaaccaaagcctcgtggt
agacaaaacaatccaattccaagttctaagtatcaattgagccccacaaaatcctcttca
tatactcaaaaaactagtaatgaatctagatcgatagcgagaaatctgagtccaaccaaa
acatatgctcccagttataccggtcgtattaatggtgggccagtatcacctcaaagaaat
ctaagccccgtaaagacatttgcaccaaaatacaaatcaacacctaattcaagatcacct
tctcccaaaaaaacgtatgcaccatcatatgctccaaacaatactactaataatgctaac
aaagatgacacctccaatacgagtaataatattcttacaaatcgccaattatttgcacca
acaccaacaacattaaacagaggcattccaaccttatcacgtaataactcatctctaact
aattataacaacaataacaacaacaacaacaacaattataataatgataataaaactaag
aataaaaataaactcaatacaattccttcaaataagtctaacagtaatccaattaaaatt
gaaaaagatattgagatagaatcccaatatatcaaacaacgaacatcgtcaagacgaaat
acgaaagtagttgcaaaaccaattaatttgcaagattatgaagagaaaaatgaaattaat
agattaaaacaagaagacgatgaagaagatgttacagctgcagaaatattgcatgatcct
aatgatttccatgttgataatcgaccaattattgcatcagctaaattacttgctgatgca
gttcaacagaaaaagagcaagaaagatgatatatttccaggcaagaaacctattgtgaag
aaagaaattggatctagtcaatttgatatattttctcaattatctagagcaaggaaaaaa
gccaaaactaatgatggagagataattattattgattaa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (8)   
   Pfam (8)   
All databases (22)   

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