KEGG   Sclerotinia sclerotiorum: SS1G_01477
Entry
SS1G_01477        CDS       T01071                                 
Name
(RefSeq) hypothetical protein
  KO
K11446  [histone H3]-trimethyl-L-lysine4 demethylase [EC:1.14.11.67]
Organism
ssl  Sclerotinia sclerotiorum
Brite
KEGG Orthology (KO) [BR:ssl00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:ssl01009]
    SS1G_01477
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:ssl03036]
    SS1G_01477
Enzymes [BR:ssl01000]
 1. Oxidoreductases
  1.14  Acting on paired donors, with incorporation or reduction of molecular oxygen
   1.14.11  With 2-oxoglutarate as one donor, and incorporation of one atom of oxygen into each donor
    1.14.11.67  [histone H3]-trimethyl-L-lysine4 demethylase
     SS1G_01477
Protein phosphatases and associated proteins [BR:ssl01009]
 Protein serine/threonine phosphatases
  Phosphoprotein phosphatases (PPPs)
   Protein phosphatase-1
    PP1-interacting proteins (PIPs)
     SS1G_01477
Chromosome and associated proteins [BR:ssl03036]
 Eukaryotic type
  Histone modification proteins
   Histone demethylases
    SS1G_01477
SSDB
Motif
Pfam: PLU-1 JmjC ARID JmjN PHD zf-C5HC2 KDM5_C-hel PHD_5
Other DBs
NCBI-GeneID: 5493940
NCBI-ProteinID: XP_001597283
UniProt: A7E849
Position
Unknown
AA seq 1739 aa
MVQVPMNTTASTSNMRASPSVGTPNGHSASNRGKSNGNGNASNPAAAPTALSAMVSAPLD
LTSVERRGQPTASRENPKKMRPHGLQEAPTYRPTAEEFKDPYAYVRSIAPEASQFGICKI
IPPDTWKPDFAIDTERFHFRTRKQELNSVEGSTRANLTYLDQLAKFHKQHGTNLNRFPSV
DKRPLDLYKLKKAVETRGGFEKVCKLKKWAEIGRDLGYSGKIMSSLSTSLKNSYQRWLHP
YEEYLRLAKPGVHQQLEYEYGGPLTPSPANSPMKRSVQHTPSSLRGESPAMRASDALNTS
VMKEEFEKSMKNIPMLDAPVVPKPQPTSGFTPVNAGGFTAVNSTPASFTPVNNNNHRRER
ESSAGFTPTPRRPFDSPMSSAKNTPEYKPSALSSAPVLNGFTSNPLLKRQLSHESLDSGK
GSQPPEDSENGGRRSKRLKKDAVPTVAGSHMTQFRPTPPRNPGERGSSTPGEKCETCGKG
DDADKILICESCDYGHHMQCLDPPVTHKPDFDWHCPRCLVGDGQFGFEEGGIYSLKQFQE
KAADFKEGYFQNKMPFDPVLNCPRPVTEDDIEREFWRLVASLEETVEVEYGADIHSTTHG
SGFPTIERQPQNPYSTDPWNLTIMPLHGESLFRHIKSDISGMTVPWLYVGMIFSTFCWHN
EDHYAYSANYQHFGSTKTWYGIPGEDAEKFEDAMREAVPELFETQPDLLFQLVTLLTPEQ
LKKAGVRVYALDQRAGQFVITFPQAYHAGFNHGFNFNEAVNFAPTDWEPFGDSGVERLQQ
FRRQPCFSHDELLWTAAEGAATGGVTIQTAKWLAPALERLRDREVSQRKNFIDKHKVDGH
TCVITDVIEGAGSRCHIGFQLDEEDVPEEEYQCTHCKAYAYMSRFKCSKSGKVMCLLHAG
AYECCDVPEAERFVGTNHTLHYRRTEEAISTMHQKVADKAALPEIWEEKVEKFLEEDATP
SLKTLRTLLNEGERIPYDLPSLPSLKKFVDRCNEWVEEATNYTVRKQQNRRKNEKAWRKG
SRAAEMEERDRELRKFENITKLLKDADRIGFHCPEIDQLRERADAITKFQTDARAALAHP
SSRRTNEFEELLEVGRGFNVDMPEIDKLEKEVQQMKWNDRARDNRGIFLSLKEVGDIIDE
AAKLQVPDYNDYLIYYKEQKIAGMNWEVKAKEVIGAETVHYPQLEALSQQAQVASLPVSQ
ETLAQVDQILNKHREVHKQIVSLYDRCRDPDYMKRPAYAEVAVLQKELQGLGSKPSGTLD
LEKEIKRHEDWMRKGKKLFGKANAPLHILKQHMEYVMERNVDCFDISQDKPRLPAEPLSR
EPSPSTDKLHSWEDPRFREVFCICRRVEAGMMIECELCHEWYHGKCLKIARGKVKDDEKY
TCPICDWRVRIPRDAARPKLEDLQAWQDEIPSLPFQPDEEAILESIINNAQEFRSHIAPF
CNPVMATADESETQRFYLRKIEGSEILLAYETNFFRQELHKWSPVAPEPPPVLESSKSTR
KPRPTKLQKLMAQHGVDDPEALPQNLRTKPHNFKRKSSEPSGSRPMPLQPAPGRSQPGTP
TAHSFASSSGPSMGPHGPVLSGIPSAHDHAHPYSNYSQDSYSSITASTNPSPAFAPHAYL
HGGVVGTPTFGHTSPHRPNIFSEAGLSRMDPSASLHSPMRENFSLGVSGVGQTPLGVTVG
EDKMLGDKLFGELTNGDEEPTGNKDVSSVDRKPIDDKDATEATKWDEGGDNMELFFDGP
NT seq 5220 nt   +upstreamnt  +downstreamnt
atggttcaagtacctatgaataccacggcttcgacctcaaacatgcgagcctcaccctct
gtcggtacaccaaacggtcactcggcttccaatcgaggaaaatcaaatggaaacggaaat
gcttccaatccagccgcagctcccacagctttgagtgccatggtatccgcacctctggat
ttgaccagtgtagagaggaggggacagccaacggctagccgagagaatcccaaaaagatg
cgtcctcatggtctacaagaagcgccaacatacagacctacggcagaagaattcaaggat
ccatatgcatatgttagaagtattgcgccggaagcttcacaatttggcatatgcaagatt
attcctcctgatacctggaaaccagactttgcgattgacaccgagcgtttccacttccgc
acgcgcaaacaagaattaaactcagtcgaaggcagcacacgagcaaatcttacgtacctt
gatcaacttgcaaaattccataaacaacatggaacgaatctcaaccgatttcctagcgtc
gataaacgacctctcgacttgtacaaacttaagaaggcggtggaaaccagaggcggattt
gagaaagtctgcaagctcaagaaatgggcagagatcggtagagatttgggatacagcgga
aagatcatgtcttcattatcgacgtcattaaagaactcatatcaaagatggttgcatcca
tatgaagaatatcttcgattggccaaaccaggagtacatcaacaattagagtacgaatac
ggaggaccccttacaccatctcctgcgaattcaccgatgaaaagatctgtacaacatacg
ccatccagtttgaggggtgaatctccagcgatgcgcgcatcggatgctctgaacacaagt
gtaatgaaggaggaattcgaaaagagcatgaagaatattccgatgttagatgctccggtc
gtaccaaaaccacaacctacatctggttttactccagtaaatgctggtggttttacagct
gtcaactctacacctgcatcctttacacctgtcaacaacaataaccatcgccgcgaacga
gaatcaagtgccggttttacaccaacaccacgaagaccattcgatagtcccatgtcatca
gctaaaaatactcccgagtacaaaccttctgcactcagctcggcaccggtattaaatggt
tttacttctaatcccttgctcaagagacaattaagtcatgagagtttagactcgggtaaa
ggaagtcaacctccagaagattccgaaaatggtggaagacgtagcaagcgacttaagaaa
gatgctgtaccaactgtggctggttcacatatgacccagtttcgaccaacaccacctaga
aatccaggtgaacgtgggtcctcaacgcctggggagaaatgtgagacttgtggaaagggt
gatgatgctgataaaatcctgatttgcgaatcgtgcgattatggtcatcatatgcaatgt
cttgaccctcctgtgactcacaagccagacttcgattggcattgtcctagatgcttagtt
ggagatggtcaattcggattcgaagaaggtggaatctactcacttaagcagtttcaagaa
aaggcggcagacttcaaggaaggatacttccaaaataagatgccattcgatccggtgctc
aattgtccacgacctgttaccgaagatgatatcgaaagagagttctggcgattggttgca
agcctagaggagactgtcgaggttgaatacggtgccgatattcattcaactacgcacgga
agtggattcccgaccattgagagacaaccacaaaatccttattccaccgatccgtggaat
ttgaccatcatgcctctgcatggagagtctctattccgacacataaaatcggatatctcc
ggtatgactgtgccttggctttatgttggcatgatcttctcgactttctgttggcacaat
gaggatcattacgcatattccgcaaactatcagcactttggatctacaaagacctggtac
ggaattccaggggaagatgccgagaagtttgaagacgccatgcgagaagctgttcccgaa
ctatttgaaacacaacctgatttactctttcaattggttacacttttgacaccagaacaa
ttaaaaaaagctggtgttagggtatatgctctggatcagagagctggtcaattcgtcatc
acattccctcaagcataccatgccggtttcaatcatggatttaatttcaatgaagctgtc
aattttgcacccactgattgggaaccatttggagattctggagtcgaaaggcttcagcaa
tttagaaggcagccatgcttttcccacgatgaactcttatggactgcggctgagggtgcg
gcaactggtggtgttaccatccagacagccaaatggcttgctcccgctcttgaacgactt
cgcgatcgagaggtttcacaaagaaagaatttcattgataaacacaaggtagatggtcac
acttgtgtgattactgatgtcattgaaggtgctggttccaggtgtcatattggattccag
ctcgacgaagaagatgtgccagaagaagagtatcaatgcacacactgcaaagcatatgca
tatatgtcaaggtttaagtgtagtaagagtggcaaggtcatgtgtctactccacgcaggg
gcttatgaatgttgcgatgttcctgaggcagaaagatttgtgggtactaaccacacactc
cactatcgtcgtacagaagaagctatttcgaccatgcaccaaaaagtcgctgacaaagca
gccttacctgaaatttgggaggagaaagtggaaaagtttcttgaagaagatgcgactcca
tcactgaaaactttgcgtacccttctaaacgaaggagagcgcatcccgtatgatttacca
tccctcccttcgctgaagaaatttgttgatcgatgtaacgaatgggtggaagaagcgaca
aattacaccgttcgaaaacagcagaaccgaagaaagaacgagaaagcttggcgtaaaggg
agtagggcagcggaaatggaagagagagatcgtgaactacgaaagttcgaaaacatcacc
aagttactgaaagatgccgatagaattggattccattgtcccgaaatcgatcaactacga
gagcgagccgatgctattacgaagtttcagaccgatgctagagctgctttagcccaccca
agttcacgacgtaccaatgaatttgaagaacttcttgaagtagggcgtggattcaatgtg
gatatgcctgaaattgataagcttgagaaggaagttcaacaaatgaagtggaatgatcgt
gcccgtgataatcgtggaattttcctctcattgaaggaagtcggtgatattattgacgaa
gctgccaaacttcaggtaccggattataacgattacttgatctactataaagaacagaaa
attgctggtatgaattgggaagtgaaagccaaagaagtcattggtgcggagactgttcac
tacccacaattggaggctctatctcaacaagctcaagttgcttcattgcccgtatcacaa
gagacactagctcaggttgatcaaatcttgaacaagcatcgagaagtacacaaacagatc
gtttccctgtacgacagatgtagggatcctgactacatgaaacgaccagcctatgcagaa
gttgccgtacttcaaaaagaactccaaggtttgggtagcaagccaagtggcactctcgat
ttggaaaaggagataaagaggcatgaagattggatgcgtaaaggcaagaagttattcggc
aaggcaaatgctcccttgcatattctcaagcaacatatggaatatgtcatggaacgaaat
gttgattgtttcgatatcagtcaagataagccgcgacttcctgccgaaccactatcccgt
gaaccttccccttcaaccgacaaactccacagttgggaagatccaagatttcgagaagtg
ttctgtatttgtcgaagagttgaagctggtatgatgattgagtgtgagctttgtcatgag
tggtaccatggtaaatgtttaaagattgctcgtggtaaagttaaggatgacgagaagtat
acttgtccaatttgtgattggcgcgtacgtatacctcgtgatgcagctaggcccaagctc
gaggatctgcaagcatggcaagatgagattccgtctttaccatttcaacctgatgaagaa
gctattcttgaatccattatcaataatgctcaagaatttcgaagtcacattgcaccattt
tgcaatccagtcatggcaacagcagacgaatccgaaactcaacgcttttatctacgaaag
attgaaggttcagaaatacttcttgcatatgaaaccaatttcttcagacaagaacttcat
aaatggtcaccagtagcaccagaacctccgccagtccttgaatcctcgaaatcaacacga
aagcctagaccaaccaaacttcaaaagttgatggcgcaacatggggttgatgatccagaa
gctttaccacaaaatttaaggaccaaacctcataattttaaaagaaagagtagtgaacct
agtggaagtcgaccgatgcctttgcaacctgccccaggaagatcacagcctgggactccc
acggctcatagttttgcatctagttctggtccaagtatgggtcctcatggaccggttttg
agtgggattccaagtgctcatgatcatgcgcacccttattctaattactcgcaagattca
tatagtagtataactgcttcaacaaatccatctccagctttcgctccacatgcttatttg
catggtggtgtggttggaacacctacatttggtcatacatccccacatcgtccgaacatt
tttagtgaggctggattatcaaggatggatccttctgcttcgctccatagtccgatgaga
gaaaatttctcgttgggagttagtggtgttggtcaaactcctttaggtgtcactgttggt
gaagataagatgttgggggacaagttgtttggagaacttacgaatggtgatgaagagcct
acagggaataaagatgtgtcatcggttgatagaaaaccaattgatgacaaggatgcaact
gaagctacgaaatgggatgaaggaggtgataatatggagttattcttcgatgggccttga

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (35)   
   KEGG ORTHOLOGY (1)   
   RefGene (31)   
   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 (52)   

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