KEGG   Schizosaccharomyces pombe (fission yeast): SPAC3G6.01
Entry
SPAC3G6.01        CDS       T00076                                 
Symbol
hrp3
Name
(RefSeq) ATP-dependent DNA helicase Hrp3
  KO
K11367  chromodomain-helicase-DNA-binding protein 1 [EC:5.6.2.-]
Organism
spo  Schizosaccharomyces pombe (fission yeast)
Brite
KEGG Orthology (KO) [BR:spo00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03021 Transcription machinery [BR:spo03021]
    SPAC3G6.01 (hrp3)
   03036 Chromosome and associated proteins [BR:spo03036]
    SPAC3G6.01 (hrp3)
Enzymes [BR:spo01000]
 5. Isomerases
  5.6  Isomerases altering macromolecular conformation
   5.6.2  Enzymes altering nucleic acid conformation
    5.6.2.-
     SPAC3G6.01 (hrp3)
Transcription machinery [BR:spo03021]
 Eukaryotic type
  RNA polymerase II system
   Coactivators
    SAGA/TFTC/STAGA complex
     SPAC3G6.01 (hrp3)
Chromosome and associated proteins [BR:spo03036]
 Eukaryotic type
  Histone modification proteins
   HAT complexes
    SAGA complex
     SPAC3G6.01 (hrp3)
    SLIK complex
     SPAC3G6.01 (hrp3)
SSDB
Motif
Pfam: SNF2-rel_dom CHD1-like_C Chromo Helicase_C ResIII Cdh1_DBD_1 HDA2-3 DEAD CHDCT2
Other DBs
NCBI-GeneID: 2543064
NCBI-ProteinID: NP_001342861
PomBase: SPAC3G6.01
Ensembl: SPAC3G6.01
Position
I:5377829..5382913
AA seq 1388 aa
MSTSAIALALSSSKAIEQLDHVQTETPNLKQEMSESPSNSGVASKRKLQSTEWLDPELYG
LRRSGRTRSNPGRYVDTDDQEDVFPSKHRKGTRNGSSFSRHRTIRDLDDEAESVTSEESE
SDDSSYGGTPKKRSRQKKSNTYVQDEIRFSSRNSKGVNYNEDAYFESFEEEEEEEMYEYA
TEVSEEPEDTRAIDVVLDHRLIEGHDGSTPSEDYEFLIKWVNFSHLHCTWEPYNNISMIR
GSKKVDNHIKQVILLDREIREDPTTTREDIEAMDIEKERKRENYEEYKQVDRIVAKHLNS
DGSVEYLVKWKQLLYDFCTWEASSIIEPIAATEIQAFQEREESALSPSRGTNYGNSRPKY
RKLEQQPSYITGGELRDFQLTGVNWMAYLWHKNENGILADEMGLGKTVQTVAFLSYLAHS
LRQHGPFLVVVPLSTVPAWQETLALWASDMNCISYLGNTTSRQVIRDYEFYVDGTQKIKF
NLLLTTYEYVLKDRSVLSNIKWQYMAIDEAHRLKNSESSLYEALSQFKNSNRLLITGTPL
QNNIRELAALVDFLMPGKFEIREEINLEAPDEEQEAYIRSLQEHLQPYILRRLKKDVEKS
LPSKSERILRVELSDLQMYWYKNILTRNYRVLTQSISSGSQISLLNIVVELKKASNHPYL
FDGVEESWMQKINSQGRRDEVLKGLIMNSGKMVLLDKLLSRLRRDGHRVLIFSQMVRMLD
ILGDYLSLRGYPHQRLDGTVPAAVRRTSIDHFNAPNSPDFVFLLSTRAGGLGINLMTADT
VIIFDSDWNPQADLQAMARAHRIGQKNHVMVYRLLSKDTIEEDVLERARRKMILEYAIIS
LGVTDKQKNSKNDKFSAEELSAILKFGASNMFKAENNQKKLEDMNLDEILEHAEDHDTSN
DVGGASMGGEEFLKQFEVTDYKADVSWDDIIPLTEREKFEEEDRLREEEEALKQEIELSS
RRGNRPYPSSAVESPSYSGTSERKSKKQMLKDEVLLEKEIRLLYRAMIRYGSLEHRYNDI
VKYADLTTQDAHVIKKIAADLVTASRKAVSAAEKDLSNDQSNNKSSRKALLITFKGVKNI
NAETLVQRLNDLDILYDAMPTSGYSNFQIPMHVRSVHGWSCQWGPREDSMLLSGICKHGF
GAWLEIRDDPELKMKDKIFLEDTKQTDNSVPKDKENKEKKVPSAVHLVRRGEYLLSALRE
HHQNFGIKSSPAISTNGKTQPKKQTANRRQSGKPNVKSAQKIESATRTPSPAISESRKKP
SSKDTKIETPSREQSRSQTASPVKSEKDDGNVSLNAEQKARCKELMYPVRKHMKRLRKDS
SGLGRAELVKLLTECLTTIGKHIEKTVNDTPSEEKATVRKNLWMFACYFWPKEEVKYTSL
ISMYEKMK
NT seq 4167 nt   +upstreamnt  +downstreamnt
atgagtacaagtgctatagcacttgctttgtcatcatctaaggctattgagcagctggat
cacgttcaaactgaaacccctaatcttaagcaggaaatgtccgaatccccttcgaatagc
ggcgtagcctccaagcgcaaattacaatctactgaatggctcgacccagagctttacggt
cttcgacgttctggtcgcactcgtagtaatccaggaagatatgtagacactgatgatcaa
gaagatgtgttcccatccaagcatcgtaaaggtactagaaatggttcatctttttctcgt
catcgaacaattcgcgatttagacgatgaagctgaatctgtcacctctgaggaaagtgag
tcagatgatagttcttatggcggaactcccaaaaagcgatctcggcaaaaaaaatcaaac
acctacgttcaagatgaaattcgattttcttctagaaatagtaaaggtgttaactataac
gaagacgcgtattttgaatcgtttgaagaagaagaggaagaagagatgtatgagtacgca
actgaagtttctgaagaacctgaagatacacgagctatagatgtcgttttagatcataga
cttattgaaggacacgatggctctacaccttctgaagattatgagtttttaattaaatgg
gttaatttttctcatcttcattgtacatgggaaccttacaataacatttctatgatcaga
ggatctaaaaaggtcgacaatcacattaagcaagtcatacttcttgatcgagaaattcga
gaagatccgaccactacgcgtgaagacattgaagcaatggatattgaaaaagagagaaag
cgtgaaaattacgaggaatataagcaggtagacagaattgttgccaaacacttaaactcc
gatggctcagttgaatacttagtgaaatggaagcagctgttatatgatttttgcacatgg
gaagcttcctcaattattgagcctattgctgccacggaaattcaggcatttcaagaaaga
gaagaaagtgctcttagtccatcaagaggtacaaactatggtaattcgcgtcctaagtat
cgaaaactggagcaacagccttcgtatataaccggtggtgagcttcgtgactttcagctt
acaggcgtcaactggatggcatatctttggcataaaaatgaaaatgggattttggccgat
gaaatgggtctcggtaagacagtccaaactgtggcttttctttcatatcttgcacattct
ttaagacagcatggaccttttcttgtagttgttccactttctacagttcctgcctggcaa
gagacattagctctttgggcttctgatatgaattgtataagttaccttggaaataccacc
tcaaggcaagtaataagggattacgaattttatgttgatggaactcagaaaataaagttc
aacttgcttctaactacttatgagtatgtactcaaagatcgctcggtgcttagtaatata
aaatggcaatatatggcaattgacgaagctcatcgattaaaaaacagtgaatcgtcactt
tatgaagcactttctcagttcaagaactcaaatcgattacttataactggaacaccatta
caaaataatattcgtgagcttgcggctttggtagacttcctgatgccaggaaagtttgag
attcgtgaggaaattaatttagaagcaccagatgaggagcaggaagcttatattagaagt
ttacaggagcatttacaaccctacattttacgaagattaaagaaagacgttgagaaatct
cttccttctaagtctgaacgtatccttcgtgttgagctttctgacttacaaatgtactgg
tacaaaaatattttaactcgcaattaccgtgtccttactcaaagcataagttcgggaagt
caaatatctttactaaacatagttgtggagttgaaaaaggcaagtaatcatccttactta
tttgacggagtagaagagtcatggatgcaaaaaataaactctcaaggaagacgagatgaa
gtcttaaaaggtttaattatgaacagcgggaaaatggtgttacttgacaaacttctatca
cgtcttcgtcgagacggccaccgcgttttaatttttagtcaaatggttcgtatgcttgac
attcttggtgattatctttctttgaggggatatccacatcagagactggatggcactgtc
cctgctgctgtacgaagaacttcaatagatcattttaatgcaccaaacagcccagatttt
gtgtttttattatccacacgagctggaggattaggtattaatttaatgactgctgataca
gttattatttttgattccgattggaaccctcaagctgatttacaagctatggcacgtgcg
catcgcattggtcagaaaaatcatgttatggtatacaggcttctttccaaagatacgatt
gaagaagatgtcttggaacgtgcacgtcgtaaaatgattcttgaatatgcaattatttca
ttaggtgttacagacaagcaaaagaattccaaaaatgataaattttctgctgaagagctt
agcgctattttgaaatttggagcttctaatatgtttaaagcagagaataatcaaaagaag
cttgaggatatgaatttagatgaaattttggaacatgccgaagatcatgatacttccaat
gatgtgggtggagccagcatgggtggtgaagagtttttgaaacagttcgaagttacagac
tataaggcagatgtatcttgggatgatattatacccctaactgaacgtgagaagtttgaa
gaggaagaccgcttaagagaagaggaagaagcgcttaagcaagaaattgagcttagtagt
agacgaggtaatcgtccttatcctagctctgcggtggaatccccatcctactctggaact
tctgaaaggaagagcaaaaagcaaatgcttaaagatgaggttttactggaaaaggaaatt
cggttgctttatcgtgctatgattagatatggaagccttgagcatcgctacaatgacatt
gttaaatatgctgatcttactacgcaagatgctcacgtaataaaaaagattgcagctgac
ttagtaaccgcttcacgcaaggctgtatcagcagccgagaaggacttatctaatgatcag
tctaataataagtcatctcgtaaagcgctgctcattacatttaaaggtgtaaaaaatata
aatgctgaaacattggtacaaaggctaaatgatcttgatattctttatgatgctatgcca
acgtcaggatattctaacttccaaattccaatgcacgttagatctgttcacggctggtcc
tgtcagtggggaccccgagaagattccatgttgctttctggaatttgtaagcatggattt
ggagcttggttagaaattcgagatgatccagaactcaaaatgaaagacaagatcttttta
gaagacacaaaacaaacagacaactctgtccccaaagataaagaaaataaagagaaaaag
gtaccttcagctgtgcatttggttcgtcgaggtgaatacctacttagtgctttacgtgag
catcaccaaaattttggcataaaatcaagccccgctattagtactaatggaaaaactcaa
cctaagaagcagacggctaatcgcagacaaagtggcaagcctaacgttaaatctgcgcaa
aaaatagagagtgcaactaggacaccatcgcctgcaatttcagaatctcgtaagaaacct
tcttctaaagacacgaagattgaaacacctagtagggaacagtctcgcagccagacagct
tcacccgtcaaatctgaaaaagacgatggtaatgtaagtctaaatgctgaacaaaaggca
cgctgcaaagaactgatgtatccagtccgtaagcatatgaaaagacttcggaaagattct
agtgggcttggacgcgcggagttggtgaagttacttactgagtgtttgacaacgattgga
aagcatattgaaaaaactgtcaatgatacaccctccgaagaaaaagctactgttaggaag
aatttatggatgtttgcatgttacttttggccgaaggaggaggttaaatataccagcttg
atcagcatgtatgaaaagatgaagtag

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Genome (1)   
   KEGG GENOME (1)   
Gene (34)   
   KEGG ORTHOLOGY (1)   
   RefGene (25)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (3)   
   OC (1)   
   POMBASE (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (9)   
   Pfam (9)   
All databases (50)   

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