KEGG   Bipolaris sorokiniana: COCSADRAFT_168915
Entry
COCSADRAFT_168915 CDS       T03124                                 
Name
(RefSeq) hypothetical protein
  KO
K11665  chromatin-remodeling ATPase INO80 [EC:5.6.2.-]
Organism
bsc  Bipolaris sorokiniana
Pathway
bsc03082  ATP-dependent chromatin remodeling
Brite
KEGG Orthology (KO) [BR:bsc00001]
 09120 Genetic Information Processing
  09126 Chromosome
   03082 ATP-dependent chromatin remodeling
    COCSADRAFT_168915
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:bsc03036]
    COCSADRAFT_168915
Chromosome and associated proteins [BR:bsc03036]
 Eukaryotic type
  Chromatin remodeling factors
   INO80 complex
    COCSADRAFT_168915
   INO80 complex (yeast)
    COCSADRAFT_168915
SSDB
Motif
Pfam: SNF2-rel_dom DBINO Helicase_C ResIII TPT HDA2-3 EamA HAT1_C
Other DBs
NCBI-GeneID: 19132605
NCBI-ProteinID: XP_007697317
JGI: Cocsa1_168915
UniProt: M2RM85
Position
Unknown
AA seq 1962 aa
MPPGHQGEPTPSAYHTSPTQAGQPYHHHSPNTPAPLPLQPHQHHRQPASPSSTELPPIST
ALYSRDTSRYYDPTSDNGDHRVARDPARYDPQYPAQQPRDPHAYHDPRPAHSPYEKVYHS
PVAASYPQHSPLRRPHSQHQHTGGMETMSHSPVSPSVYQSMNRPGGAVQPPTYDRRPSFK
DEAPPPTRADPMSLSSIMSSGADNEPPSKPPPPAPVNADPFRPSKPLPNQHFVKQEAMAS
PAPADLPLHENGYTPRPTHDAIAVPGTVQPAALQSATRELPPPDEADVEAQLAHIETTQM
GDMDILINSREEAEYRQRCQKRILEVSATEASKRKRRRTATLIRFQDVSAAHRDYAKHSY
NVEHEGDAWQQVQSQEIAEEKERKKDMQRKRRREKTIQNEEAKRAEALAKAGQAENEEEK
ERHLLAAQKAERKAKTTTQLLQGNAPSKDIREVTPHGPNMEGGTMSSFQASDDAPSGKRK
GNRGNGRLKKSKEQKQAEKDAAAAGQAALDRGDDLPMIAPREEARLDSIRGRSYTEDISP
VVLTSYDSPVYRNLYHQIVKDLARKDVPKVVRIKENSLSTKQSNLRKTAQLAAKEARRWQ
MRTNKNQKDTQARAKRGMREMLAFWKRNERDERESRKNAERQELENAKKAEADREANRQK
RKLNFLISQTELYSHFIGKKARTDEIERSTDDADTAAAAPQQPAQPGIKVGDMPTGAAAK
VTNFEDLDFDNEDESALNAAAMANAQHAIQEAQDRARAFNKSGDDDEDGELNFQNPSGLQ
NKEDWIPQPNLLSCTLKEYQLKGLNWLVNLYEQGINGILADEMGLGKTVQSISVMAYLAE
RYNIWGPFLVIAPASTLHNWQQEIAKFVPDLNVIPYWGTAKDRKILRKLWDRKHVTYTRD
SPFHVVVSSYQLVVQDAQYFQKMRWQYMILDEAQAIKSSQSSRWKSLLGFHSRNRLLLTG
TPIQNNMQELWALLHFIMPSLFDSHDEFSEWFSKDIESHAQSNTKLNEDQLRRLHMILKP
FMLRRVKKHVQKELGDKIELDVYCDLTYRQRAYYANLRAKINIMDLVEKAVGDEQDSATL
MNLVMQFRKVCNHPDLFERAETWSPFSFASFAETASFLREGQNVRVGYSTRNLIEYSLPR
LVGREGGRLDLAGSDNQKAGFKGHYLDNLMNIWSPDNIETSARESGAFSWLRFSDLSASE
ASQIAKSGLFQRTLVAEQKPKKASRFNICYDGDAGEWEPKYSIFNIVDRQDPVPLAEVAT
EGHMHNLFNIAQSAFEKTGLNVIEPCAKPKASAPPIELYCASQGVIAEKQNIFFNPLIRT
ALYGISELTEQAILETKSESTALTVHNKLPPPTNQRTRFTHIEAPSMSRFVTDSGKLARL
DALLKELKANDHRVLLYFQMTRMMDLMEEYLTYRNYKYCRLDGSTKLEDRRDTVADFQSD
RSIFVFLLSTRAGGLGINLTSADTVIFYDSDWNPTIDSQAMDRAHRLGQTRQVTVYRLIT
RGTIEERIRKRALQKEEVQRVVISGGGGAGVDFNTRSRENRTKDMAMWLVDDDQAAEIEK
KEAELAEQEKNAPPGKKRGKKKQRAETNLDDMYHEGEGHFDESAKASGAATPIASSEAPV
GGKLEKRPSIEGLVDNIDPRESHELEELPTFEKPVTEPTPISLKDKLITCFWIALNTLST
LGLIFLSKRVFSDKQLKACQLMVVMWHFTATGLVLFISTLRPFYAFKAVKLNIWQMLPVC
GFFAGYVVLGNLSLTFNSIGFYQLSKVMTTPTVVLINFVLFRKYVTRYMLAAILATCIGV
SFTINEAAKTQLFGVIIATLAFCSTALYQIWIGKKIEDFAVSPPQLLLNQAPISVCLLIP
FVPFFDTLPDLSTVPTDILWSVCASGIMASMYNLSQFLIIGRTSALTFNIVSHLKTILIL
SIGWYSEGKILSGREWFGVLLALGGGWVYSHLALKAKKQGGK
NT seq 5889 nt   +upstreamnt  +downstreamnt
atgccgccagggcaccaaggggaacctacgccatcagcttaccacacatcgcccacacaa
gcaggccaaccataccaccaccactcgccaaacacgcctgcgcccttgcctctgcagccc
catcaacaccaccgccagcctgcatcaccatcctcgaccgagctgccgcccatcagcacg
gccctttattctcgcgacacgtctagatattacgacccgacctcggacaatggcgaccac
cgcgtagccagagacccggcgcgttacgatccccagtatcctgcacagcagccccgggac
cctcacgcctaccacgaccctcgacccgcccacagcccttacgagaaggtctatcactcg
cccgtcgccgcttcatatccccagcactcgcccttgcggcggccccattcacagcaccag
cacaccggcggcatggagaccatgtcacactctcccgtctcgccatcagtttatcaatcc
atgaaccggccgggcggtgccgtccagccgccgacctacgatagacggccgtccttcaag
gatgaggctccaccaccaacacgcgccgaccccatgtcgctctcgagcataatgtcttct
ggcgcggataacgagcctccgtccaaacctccgccgcctgctcccgtcaacgccgaccca
ttccgaccatcaaagcccctgcccaaccagcactttgtcaagcaagaggccatggcatcc
ccggcgccagctgacctgcctctccatgagaacggctataccccacggccgacgcacgat
gccatcgctgtacctgggaccgtacagcccgctgcactgcaatctgcgactcgcgaactg
ccacctcctgacgaagccgatgttgaggctcagcttgcacacattgagactacgcagatg
ggagacatggacatcctgatcaactcgcgtgaagaggcagaatacaggcaacggtgccaa
aagcgtatcctagaggtttccgctacagaagcaagcaagcgcaagcgaaggcggacagca
accttgatccgtttccaggatgtgtcggctgcgcaccgcgactacgccaagcattcgtac
aatgtggagcatgagggcgatgcatggcagcaagtgcagagccaggagattgccgaagag
aaggagcgcaagaaggacatgcaacgcaaacgaagacgggaaaagactatccagaacgaa
gaggctaagcgtgctgaagctcttgcaaaggctggccaagctgaaaatgaggaggagaag
gaacgacacttgctggctgcccagaaagctgagcgcaaggccaagactaccactcagctt
ctgcaaggcaatgctcctagcaaggacatccgcgaggttaccccacatggtcccaacatg
gagggaggcacgatgagttcgttccaggcttctgacgacgctccaagcggaaagcgcaag
ggcaaccgtggcaacggccgtctcaagaagagcaaggagcaaaagcaggcagaaaaggat
gccgcagccgcaggccaagctgctctcgaccgtggcgatgatctccccatgattgctccg
cgcgaggaggcccgtcttgactcgatacgaggccgcagctacactgaagacatcagccct
gtcgtgctcacttcctacgactcgcccgtgtatcgtaatctgtaccaccaaatcgtcaag
gacttggcccgcaaagatgttcccaaggttgtccgcatcaaggagaactcattgtctacg
aaacagtccaatcttcgcaagactgcccagttggctgccaaagaagcacgtagatggcag
atgcgcaccaacaagaaccagaaggatacgcaggctcgggcgaagcgaggcatgcgtgag
atgcttgcgttctggaagaggaacgagcgtgacgagcgtgaatcgcgaaagaatgcagag
cgtcaagagttggagaacgcaaagaaggccgaagccgatcgtgaagccaaccgacagaag
cggaagctcaactttcttatctcgcagaccgaactctactcgcatttcatcggaaagaag
gccagaacagacgagattgagaggtcgactgacgacgccgataccgccgcggcagcacca
cagcaaccagctcagcctggtattaaggtcggagacatgccaacaggggcagctgccaaa
gtcaccaactttgaggatctggatttcgataatgaggatgagagcgctctcaacgctgct
gcaatggcaaatgcccagcacgctatccaagaggcacaagaccgtgcccgtgctttcaac
aagtctggtgacgatgacgaagatggagagctgaacttccaaaacccatctggtctccag
aacaaggaagattggattcctcagccaaatctactcagctgtaccctcaaggaatatcaa
ctcaagggtctgaactggctagtcaacctgtacgagcaaggtatcaatggtattctggcc
gacgaaatgggtctcggaaagacagtccagtcgatatctgtcatggcgtatcttgcagaa
aggtacaacatctggggacctttccttgtcatcgctcctgcatcaacgttgcataactgg
cagcaggaaatcgcaaagtttgttccagatctcaacgttattccatactggggtacagcc
aaggaccgaaagattctccgtaagctctgggaccgcaagcacgttacctacacccgcgac
tcgcccttccacgttgtcgtctcctcataccaattggtcgttcaggatgctcagtatttc
cagaagatgcgctggcagtacatgatcctcgacgaagctcaggctatcaagtcatcgcag
agttccagatggaagagcttgcttggattccactcgcgtaaccgactgctactgacaggt
acccctattcagaacaacatgcaagaactatgggcacttctccatttcattatgccgagt
ttgttcgattctcacgatgagttcagtgagtggttctccaaggatattgagagtcacgca
cagagtaataccaaactcaacgaggaccagctgaggcgtctgcacatgatcctgaagccg
ttcatgttgcgtcgtgtcaagaagcatgtgcagaaagagcttggagacaaaattgagctg
gatgtctactgcgacctgacatatcgccagcgcgcctactacgccaatctacgcgccaag
atcaacattatggacttggtcgaaaaggcagtcggagatgagcaggacagcgccactttg
atgaacctggtcatgcaattcaggaaagtctgtaaccaccccgacttgttcgagagagca
gagacctggtctcccttctcctttgcttctttcgctgagacggcatcgttccttcgagaa
ggtcagaatgtacgagttggttactcaactcgcaacctgatcgagtattctctgccgcgt
cttgtgggccgcgaaggaggtcgcctggatcttgcaggatccgacaaccaaaaagccgga
ttcaaggggcactatctcgacaacctgatgaacatctggagtccggacaacattgagaca
tccgctcgagaaagtggcgccttctcctggctccgcttctccgacttgtccgcaagcgag
gcctcccagattgctaagagtggtcttttccagcgaactctcgttgcggagcaaaaaccg
aaaaaggccagccgtttcaatatctgctacgatggtgatgccggcgaatgggaaccgaaa
tattcaatattcaacattgtcgatcgccaggatcctgtgccgttggctgaggtagctacc
gaagggcacatgcacaacctgttcaacattgctcaatctgcgtttgaaaagacgggcttg
aacgtgattgagccttgtgcaaagcccaaggcatctgcacctccaatcgagctatactgt
gccagccaaggagttattgctgaaaagcaaaacatcttcttcaatcctctcattcgcacc
gcattgtacggcatctcggagttgaccgaacaagctatactggagaccaagtcggaaagt
actgctttgacagttcacaacaagcttcccccaccaaccaaccagcgtacccgcttcacc
cacattgaggcgccgtcaatgtcgcgcttcgtcacggactctggcaagctagctcgccta
gatgcactgctgaaggaacttaaggccaatgaccaccgcgtcctattgtacttccagatg
accaggatgatggatctcatggaagagtacttgacctacaggaactacaagtactgccgc
ctggacggatctaccaagctggaagatcgtcgtgataccgtggcggatttccagagtgat
cgatccattttcgtcttcctgctgtctacacgtgctggtggtcttggtatcaacttgact
tcggctgacactgtcatcttctatgactcggattggaatcccacgattgattcgcaagct
atggaccgtgctcatcgtctcggtcagacacgacaagtcactgtgtatcgtctcatcacc
cgtggtaccattgaggagcgtattcgaaagcgcgctctgcaaaaggaagaggttcagcgc
gttgtcatctccggaggcggtggtgcaggagtcgacttcaacactcgttcccgagaaaac
aggaccaaggacatggccatgtggctcgtggacgacgaccaagccgctgagattgagaag
aaggaggctgaactggcggagcaggagaagaatgctccaccgggcaagaagcgtggcaag
aagaagcagagagctgaaacgaacctcgacgacatgtaccacgaaggtgaaggacacttt
gacgagagcgccaaggcgagcggtgcagcgacgcctattgcatcgagcgaagcgcctgta
gggggcaagctggaaaaacgcccctccatcgagggtcttgttgacaacatcgacccgcgt
gaatcccacgagctcgaggagctgcccacattcgagaaacctgtcacagaacctacgcca
atatcgctcaaggacaagctgataacatgtttctggatcgcactcaacacgctctcaacg
ttgggattgatcttcctgagtaaacgagtattcagcgacaagcagctcaaggcatgccaa
ctcatggtcgtcatgtggcatttcaccgccaccggtctcgttctcttcatttcgacgctg
cggcccttttacgccttcaaggccgtcaaactcaacatctggcagatgctacccgtctgc
ggcttcttcgctggctatgttgttcttggcaaccttagcttgaccttcaactcgattggc
ttctaccagctttccaaggttatgaccacacccacggtcgttctcatcaactttgtcctt
ttccgaaagtacgttacgcgatacatgctggccgctattcttgcaacatgcattggagtt
tccttcaccatcaacgaagcggccaagacccaattgtttggtgtcattatcgcaaccttg
gctttctgcagtactgccctgtaccaaatctggattggcaagaagattgaggactttgcc
gtatcgcctcctcagcttctgctcaaccaggcacccatttcggtctgcttgcttattccc
tttgtcccatttttcgacactcttcctgatctttcgactgtgcccaccgatatcctctgg
agcgtatgcgcatcgggtatcatggcttccatgtacaacctgagtcagttcttgatcatt
ggaaggaccagcgccttgaccttcaacatcgtcagccatcttaagactattttgattctg
agcataggatggtacagcgagggaaagatcctcagcggaagagaatggtttggtgtattg
ctcgcactgggtggtggatgggtgtactcgcaccttgcgctcaaggctaagaagcaaggt
ggaaagtaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   JGI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (8)   
   Pfam (8)   
All databases (20)   

Download RDF
DBGET integrated database retrieval system