KEGG   Camelina sativa (false flax): 104743026
Entry
104743026         CDS       T05044                                 
Name
(RefSeq) E3 ubiquitin-protein ligase UPL1
  KO
K10592  E3 ubiquitin-protein ligase HUWE1 [EC:2.3.2.26]
Organism
csat  Camelina sativa (false flax)
Pathway
csat04120  Ubiquitin mediated proteolysis
Brite
KEGG Orthology (KO) [BR:csat00001]
 09120 Genetic Information Processing
  09123 Folding, sorting and degradation
   04120 Ubiquitin mediated proteolysis
    104743026
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:csat04121]
    104743026
Enzymes [BR:csat01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.2  Aminoacyltransferases
    2.3.2.26  HECT-type E3 ubiquitin transferase
     104743026
Ubiquitin system [BR:csat04121]
 Ubiquitin ligases (E3)
  HECT type E3
   104743026
SSDB
Motif
Pfam: HECT DUF913 DUF908 UBM UBA UIM DUF4636
Other DBs
NCBI-GeneID: 104743026
NCBI-ProteinID: XP_019091371
Position
14:complement(31152776..31167466)
AA seq 3664 aa
MKLRRRRTSEVPPKIKSFINSVTAVPLEQIHEPLACFRWEFDKGDFHHWVDLFNYFDTFF
EKHVKVRKDLHIDETFEESDPPFPKDAVLQVLRVIRVVLENCTNKHFYSSYEQHLSLLLA
STDADVVSACLQTLAAFLKRQVGKYSIRDASLNSKLFSLAQGWGGKEEGLGLTSCATEDS
YDQVSHQLGCTLHFEFYASNESSSELPGGLQVIHVPDVSMRAESDLEILNKLVIDHNVPP
SLRFALLTRLRFARAFSSLATRQQYTCIRLYAFIVLVQATGDTENVVSFFNGEPEFVNEL
VTLVNYEDTVPEKMRILCMLSLVALSQDRTRQPAVITAVTSGGNRGLLSGLMEKAIDSVI
RNTSKWSLGFAEALLSLVTVLVSSSSGCSAMREAGLIPTLVPLIKDTDPQHLHLVSAAVH
ILEAFMDYSNPAAALFRDLGGLDDTIFRLKLEVSCKEDDVNEKNCSSDSNGPNTEQLPYS
EALISYHRRLLLKALLRAISLGTYAPGNTNLYGSEESLLPECLCIIFRRSKDFGGGVFSL
AATVMSDLIHKDPTCFNALDSAGITSAFLDAISDEVICSAEAITCIPQCLDALCLNNNGL
QAVKDRNALRCFVKIFTSSSYLRALTGDTPGSLSSGLDELLRHQSSLRTYGVDMFIEILN
SMLVIGSGMEATTSKSADVPTDAVPVPMEIDVDEKSLAVLDEAESSSDTSPANTELFLPD
CVCNVARLFETVLQNAEVCSLFVEKKGIDAVLQLFSLPLMPLTNSLGQSFSVAFKNFSPQ
HSAGLARIVCSYLREHLKKTNGLLVSIEGTQFLKLESALQTKILRSLSCLEGMLSLSNFL
LKGTASVISELSAADADVLKELGITYKQTIWQMALCNDTKEDEKTSVGRGSDNSVSASSS
NIERESDEDSNNASAFRYTNPVSIRSSSSQSIWGGDREFLSIVRSGDGIHGRTRHAIARM
RGGRTRRHVESFNFDSDIPTDLPETSSSHELKKKSTEVLIVEILNKLNCTLRFFFTALVK
GFTSANRRRIDGASLSSASKTLGTALAKVFLEALNFEGYGATAGHDISLSVKCRYLGKVV
DGITSLTFDTRRRVCFTAMVNSFYVHGTFKELLTTFEATSQLLWTVPFSIPASNTENQKP
GERNIWSHSTWLVDTLQNYCRALDYFINSTYLLSPASQTQLLVQPASVGLSIGLYHVPRE
PETFVRNLQSQVLDVVLPIWNHTMFPNCNPNFVASVTSLVTHIYSGVVDARQNRSGVTRG
TNQRALPLQPDEAIVGMIVEMGFSRARAEDALRRVGTNSVEMAMEWLFTNPEDPVQEDDE
LAQALALSLGSSSDTPKLEDTEKPVDVPQEEAEPKEPPVDEVIAASVKLFQSDDSMAFPL
VDLFVTLCNRNKGEDRPKIVSYLIQQLKLVQLDFSKDTGALTMIPHILALVLSEDDHTRE
IAAQDGIVTVAIGILTDFNLKSESESTEILAPKCISALLLVLSMMLQAQTRLSSEYVEGN
QGGSLEPSNSPQDSTAAFKNALSSDVAKGESNQALESIFGKSTGYLTMEEGQKALLIACG
LIKQRVPAMIMQAVLQLCARLTKTHALAIQFLENGGLSSLFNLPKKCFFPGYDTVASVIV
RHLVEDPQTLQTAMESEIRQTLSGKRHIGRVLPRTFLTTMAPVISRDPVVFMKAVASTCQ
LESSGGRDFVILSKEKEKPKASGNEHGLSLNEPLGISENKLHDGSGKCSKSHRRVPANFI
QVIDQLIDIVLSFPKVKRQEDDETNLISMEVDEPTTKVKGKSKVGDPEKAELGSEKSEEL
ARVTFILKLLSDIVLMYLHGTSVILRRDTEISQLRGSNLPDDSPGNGGLIYHVIHRLLPI
SLEKFVGPEEWKEKLSEKASWFLVVLCSRSSEGRRRIINELSRVLSVFASLGRSSSKSVL
LPDKRVLAFADLVYSILTKNSSSSNAPGCGCSPDVAKSMIDGGTIQCLTSILNVIDLDHP
DAPKLITLILKSLETLTRAANAAEQLKSEGHNEKKSTDSDERHDSHGTSTEAEIDELNQN
NSSLQQVPDAAENGQEQPQVSSQSEGERGSSQTQAMPQEMRIEGTETILPEPIQMDFMRE
EIEGDQIEMTFHVENRADDDVDDDMGDEGEDDEGDDEDADLVEDGAGVMSLAGTDVEDPE
DTGLGDEYNDDMIDEDEDDFHENRVIEVRWREALDGLDHFQILGRSGGGNGFIDDITAEP
FEGVNVDDLFAQRRPLGFERRRQTGRSSFDRSGSEVHGFQHPLFSRPSQTGNTASVSASA
GSISRHSEAGSYDVAQFYMFDTPVLPFDHVPVDSFSDRLGGVRAPPPLTDYSVVGMDSSR
RGVGDSRWTDIGHPQPSSLSASIAQLIEEHFISNLRASAPADTIVERETNTTEVQEQQHP
IVPPSVGSETVLEDGNEGSQQSEERELLNNNENVNNPPDATAGSFYQAQANLASPVVRDA
GESPQPLPLNSTPNEIDRMEVMEGDGAPIEQADRETVHLISTAHGQDVSVTVTPSAVDGP
DSNFQPSVDVDMSGDGAEGNQSVQPSPLNRDNNELSSMEATQDVRSDEQVDEGSLDGGAP
ETNAIDPTFLEALPEDLRAEVLASQQAQSVQPPTYEPPPVDDIDPEFLAALPPDIQTEVL
AQQRAQRMVQQSQGQPVDMDNASIIATLPADLREEVLLTSSEAVLAALPSPLLAEAQMLR
DRAMSHYQARSSGFGSSHRLNNRRNGLGYNRLTGMDRGVGVTIGQRAVSSSADGLKVKEV
EGDALVNADALKSLIRLLRLAQPLGKGLLQRLLLNLCAHSGTRANLVQLLLDMIRPEMET
SPSELAITNPQRLYGCQSNVVYGRSQLLNGLPPLVFRRVLEVLTYLATNHSAVADMLFYF
DSSLLSQLSSPKASVYEGKGKEKVTHVADPRDLEIPLVVFLKLLNRPQLLQSTSHLALVM
GLLQVVVYTAASRIEGWSPSSEEPEKSENKLVGEEASSETQKDAESERVDEAELSVARRK
NCAEIYNIFLHLPQSDLCNLCILLGCEGLSDKIYSLAGEVLKKLATVDVAHRKFFTKQLS
ELASGLSASTVRELATLSKTQKMSHSTGSMAGASILRVLQVLSSLTSPIEGSNAGTERET
EQEEQNIMQRLNVALEPLWQELSQCISMTELQLDHTAATTNVNPGDHVLGISPQSSLSPG
TQRLLPLIEAFFVLCEKIQTPSMLQQDANVTAGEVKESSAHGSSSKSSVDSQKKSDGSVT
FAKFAEKHRRLLNSFVRQNPSLLEKSLSMMLKAPRLIDFDNKKAYFRSRIRHQHDQHISG
PLRISVRRAYVLEDSYNQLRMRSPQDLKGRLNVQFQGEEGIDAGGLTREWYQLLSRVIFD
KGALLFTTVGNDATFQPNPNSVYQTEHLSYFKFVGRMVAKALFDGQLLDVYFTRSFYKHI
LGVKVTYHDIEAVDPDYYKNLKWLLENDVSDILDLTFSMDADEEKHILYEKTEVMDYELK
PGGRNIRVTEETKHEYVDLVAGHILTNAIRPQINAFLEGFNELIPRELVSIFNDKELELL
ISGLPEIDFDDLKTNTEYTSYTAGSPVIHWFWEVVKAFSKEDMARFLQFVTGTSKVPLEG
FKALHGISGPQRLQIHKAYGAPERLPSAHTCFNQLDLPEYQSKEQLQERLLLAIHEASEG
FGFA
NT seq 10995 nt   +upstreamnt  +downstreamnt
atgaagcttagaaggagaaggacttcggaagtgcctcccaaaatcaaatctttcattaat
agtgttactgctgttccactcgagcaaatacatgaaccccttgcatgtttccgctgggaa
ttcgacaagggtgactttcatcactgggtggacctcttcaattactttgacacatttttt
gagaagcacgttaaagtaaggaaagatctgcatattgatgaaacctttgaggaatctgat
ccacctttcccaaaggatgctgttctgcaagttctccgagttatcagagttgttttagag
aattgcacaaataaacatttttatagttcttatgagcagcatctttctctcctgcttgca
tctactgatgcagatgttgtttcagcctgtctgcagacgttggctgcctttttgaaaagg
caagttggaaagtactccataagagatgcttccctgaattcgaaactattttcccttgca
caaggctggggaggaaaagaggaaggccttggcttgacgtcctgtgccacagaagacagt
tatgatcaggtttctcaccagctaggttgtactcttcattttgagttttatgcttctaat
gaatcatcaagtgagcttcctggcggtttacaagttatccatgtacctgatgtcagcatg
cgtgcagagtctgacctggaaattctgaacaaattagtcattgatcataatgttcctccc
agtttgcgatttgcgttgttgaccagattgagatttgcaagggcgttctcttctttggca
acccggcagcagtatacatgcattcgcttatatgctttcattgtattggttcaagcaact
ggtgacactgagaatgttgtttctttctttaatggcgaacccgagtttgtaaatgagtta
gttacgctggtaaattatgaggatactgttccagagaaaatgaggatactatgcatgctt
tccttggttgcactatcgcaagatcgaactcggcagccggctgttataactgcagtcaca
tctggggggaatcgtggtttgctatctggcctaatggagaaagcgattgattctgttatt
cgtaatacctccaagtggtctctgggttttgcggaagccttgttatcccttgttacagtc
ctggtttcgtcatcgtctggatgttctgccatgcgagaagctggtcttattccgacccta
gtgcctctcatcaaagatactgatccccagcacttgcatttggtcagtgccgctgtgcat
atattagaagccttcatggattacagcaatccagctgctgctttgttcagagatttgggt
ggcttagatgatactatctttcggttgaaactggaagtctcttgtaaggaagacgatgtg
aatgaaaaaaattgcagttctgatagtaatgggccaaatactgaacagcttccctattct
gaagcactaatttcgtatcacaggagattgttgttaaaagctttgttacgtgcaatatct
cttggaacttatgctcctggtaacactaacctctatggttccgaggaaagcttgttgcct
gaatgcttatgcattatctttcggaggtcaaaagattttgggggtggagtattctcgctt
gctgccactgtcatgagtgatctcattcataaagatcccacttgtttcaatgctttagat
tcagccggtataacgtctgcatttcttgatgctatatctgatgaggtcatctgctctgca
gaagccataacatgtattccgcagtgtctggatgctctgtgtctcaacaataatggtctt
caagctgtaaaggaccgaaatgccttgaggtgttttgtgaaaatttttacgtcttcgtct
tatctgcgggctcttactggcgatacacctggttctttgtcaagtgggcttgacgaactc
ttaaggcatcaatcttcattgcgcacttatggagttgatatgttcattgagatcctcaat
tccatgttggttattggatctgggatggaggccaccacctctaagtcagcggatgtgcct
actgatgctgttcctgttcctatggaaattgacgttgatgagaagagcttggcagttttg
gatgaggcagaatcatcttctgacacttctccagcaaacactgagctgtttcttccagat
tgtgtgtgtaatgttgctcgtctttttgaaacagttcttcagaatgcggaagtatgttcc
ctgtttgttgagaagaaaggaatcgatgctgttttgcagctattctctttacctcttatg
ccgctaacaaattcccttggtcaaagtttttctgtcgcttttaagaacttctcccctcag
cattcggctggtctagcccgtatagtgtgctcctacttacgagaacatctgaagaagaca
aatggccttttggtttccattgaaggcactcagtttcttaaattagagtctgcgctccag
acgaagattttgagatctctttcctgcctagaaggcatgttgtccctctccaactttttg
ttgaaaggaacagcttcagttatctcagaattgagtgctgctgatgctgatgtactgaaa
gaacttggtataacatacaagcaaacgatttggcagatggccttgtgtaatgatacaaag
gaagatgaaaaaacgagtgtaggtcgaggatctgataattcagtttcagcatcatccagt
aatattgaaagagagagtgatgaggattcaaacaatgcttctgccttcagatacacaaac
cctgtatctattagaagcagtagttctcagtctatttggggtggggatcgcgaatttctg
tctattgtgcgttctggcgatggtattcatggtcgtactcgacatgcaatagcccgtatg
aggggtggtagaactcgtcgacatgtggagtcttttaattttgattctgatattccaact
gatctaccagaaacgtcatcttcccatgagctgaaaaagaaaagcactgaagttctcatt
gttgaaattttaaacaagctgaattgtacactacgttttttcttcacggcccttgtgaaa
ggatttacctctgctaatcgtcgtaggattgatggagcatcattgagttcagcatctaag
acgcttggtaccgccttagctaaagtatttcttgaagctcttaacttcgagggttatggt
gctactgctgggcatgacatctctctgtcagtgaagtgccgataccttggaaaagtggta
gatggcatcacttccctgacatttgatactcgaaggagggtctgttttacagctatggtg
aatagtttttatgtccatggaacatttaaggaacttctcacaacatttgaagctacaagc
cagttgctttggacagtgccgttttcaattcctgcatctaatactgagaatcagaagcca
ggtgaaaggaatatatggtctcacagtacgtggttggtagatactctgcaaaactattgc
cgagcactggactattttattaattctacatatcttttatccccagcctctcaaacgcag
cttcttgtgcagccagcttcagttggtttgtcgattggactttatcatgtaccaagggag
cctgagacttttgtgcgaaatctgcagtctcaggttctggatgtcgtactacctatatgg
aaccacactatgtttccaaattgcaatcctaattttgttgcttcagttacttcgcttgtt
acacatatatactctggtgttgtggatgctagacaaaatcgcagtggtgttacccggggt
acaaaccaaagagccttgcctctacaacctgacgaagccattgttggtatgattgttgaa
atgggattttcaagggcaagggctgaagacgcgttacgaagagttggaacaaacagtgtt
gaaatggctatggagtggttgtttaccaatcctgaggatcctgtgcaggaagatgacgaa
ttggcccaagcacttgccctgtctcttggaagttcatctgacactccaaaacttgaggat
acagaaaagcctgtagatgttccgcaggaagaagcggagccaaaagaaccacctgttgat
gaagttattgctgcatcagtgaagttatttcagagtgatgattctatggctttcccgttg
gtggatttgtttgtgacactttgtaaccgaaacaaaggggaagatcggccaaaaatagtg
tcgtatcttattcagcaactgaagcttgtacaacttgatttctccaaggatactggtgct
ttgactatgataccacatattttagcattagtactctctgaagatgatcacacacgagaa
attgctgcacaagatggtattgtgaccgtagcgattggtatcttgacggatttcaacctt
aagagtgaatctgaatcaactgagattctagctccaaaatgcattagtgctttgcttctt
gtcttgagcatgatgctgcaggcacagacaagactctcgtctgaatatgtggaaggaaat
caaggtggatctttagagccgagcaattctccacaagactctacggcagcttttaaaaac
gcgttatcttcagatgttgctaaaggggagtcaaaccaggctttggaatcgatttttgga
aaatctacaggctatctgaccatggaagagggtcaaaaagctttacttatcgcctgtggc
ctcataaagcaacgtgttccagctatgatcatgcaggctgtgcttcagttatgtgctcgt
ctaacgaaaacacatgctttagctatccagtttctggaaaatggaggtttatcttcactt
tttaatcttccgaaaaaatgttttttcccggggtatgataccgttgcatctgttattgtt
cggcatcttgttgaagatcctcaaactctccaaactgctatggaatctgaaatacgacag
accttgagtgggaagagacatataggtagggtattacctcggacattcctcacaacaatg
gcgcctgtaatttcaagagatccggttgtttttatgaaagctgtggcttcaacttgtcag
ttggagtcatcaggagggagggactttgtgatactgtcaaaggaaaaagaaaagccaaaa
gcttctggcaatgaacacggactctctttgaatgaaccccttggaatatctgaaaataag
cttcatgatgggtcaggaaaatgttcaaaaagccacaggcgagtccctgctaacttcatc
caggttattgatcagcttattgacattgtcttgagttttcctaaggtgaagaggcaggag
gatgatgaaaccaatttaatttcgatggaggttgatgagccgactactaaagtgaagggt
aaatcaaaagttggtgatccggagaaagcagaacttgggtctgaaaaatctgaagaattg
gccagggtaacattcattttgaagttgttgagtgatattgttctcatgtacttgcatggt
accagtgtaatactgaggcgggatacagaaatatctcaacttcgaggatccaatctacct
gatgattcacctggaaatggagggttaatttaccatgtcattcaccgattgcttcctata
tctctcgaaaagtttgttggacctgaagaatggaaggagaaactgtctgaaaaggcttcc
tggtttctcgtcgttttgtgcagtcgttccagtgaagggcgtagaagaataatcaatgag
ctttcgagggttttatccgtatttgcgtctttgggaaggagttcgagtaaaagtgttcta
ttacctgataaaagagttcttgcttttgctgacctggtttattcgatcttgacaaagaat
tcatcttcaagcaatgcacctggttgtggctgctcacctgacgttgcaaagagcatgata
gatgggggaactattcagtgtctgaccagcatccttaacgtgattgatcttgaccaccct
gatgctccaaagcttatcactcttattctcaagtctcttgagacattaacgagggctgca
aatgctgctgagcagctaaagtcagaaggacacaacgagaaaaaaagcaccgattctgat
gagagacatgatagtcatggaacttcaactgaggctgaaattgatgagctgaatcaaaat
aatagcagtcttcagcaagtaccagatgcagcagagaatggacaggagcagcctcaagtt
tcctcacaaagcgaaggtgaaaggggttcgagtcaaacccaggctatgcctcaggagatg
aggatagagggcactgagacaatactgcctgagcctattcaaatggatttcatgcgagaa
gagattgaaggtgatcaaatagaaatgacttttcatgttgaaaatagggctgacgatgat
gtagatgatgatatgggcgatgaaggggaggatgatgaaggagatgatgaagacgcagat
ttagtggaagatggagctggtgttatgtctcttgctggaactgatgtggaagaccctgaa
gatactggccttggagatgaatataatgatgacatgattgatgaggatgaggatgatttc
cacgagaatcgtgtaatagaggtgcggtggagggaagctcttgatggcctggatcacttc
cagattcttgggcgatctggtggtggaaatggttttattgatgatattacagctgagcct
tttgaaggtgtgaatgtggatgatctgtttgctcaacggagacccttgggtttcgagcgt
agacgtcaaacaggcagatcatcttttgatcgatctggttcagaagtacatggttttcag
catccgctcttctccagaccttcacaaactggcaatacagcgtcagtgtcagcaagtgct
ggcagcatatccaggcattcagaagctggcagctatgacgtagcacagttttacatgttt
gatacacctgttctaccatttgatcatgtgccagttgattctttcagtgatcgtttagga
ggtgttagggcacctcctccattgactgattattctgttgttggcatggattcatcaaga
agaggggttggtgatagtcgatggactgatataggtcatcctcagccaagtagcctttct
gcttcaattgcccagttgatagaagaacattttatttccaacttgcgtgcttctgctcca
gcagatactattgttgaaagggagactaataccacagaagtccaagagcagcagcaccca
attgttcctccatctgttggaagtgaaactgttttggaggatggtaatgaaggtagtcaa
caaagtgaagaacgtgaactgttaaataacaatgaaaatgttaataacccacctgatgcg
acggctggaagtttctatcaggctcaagctaatctagcttctccagtcgtccgagatgca
ggtgaaagcccgcagcctcttcctttgaacagtacacctaatgagattgatagaatggaa
gttatggaaggtgatggagcacctattgagcaagcagaccgcgaaacagtgcatcttatc
tccactgcccatggtcaagatgtgtctgtaaccgtgaccccttctgcagttgatggtcct
gattctaattttcaaccaagtgttgatgtagatatgagtggcgatggtgcagagggaaat
caaagtgtgcaaccttcacctttgaaccgtgacaacaatgagctctcatccatggaagct
acacaagatgtgagaagtgatgaacaagttgatgaaggtagcttggatggtggagcacct
gaaacgaatgccatcgatcctacgtttttggaagctctccctgaagatttgcgggcagaa
gtccttgcttctcagcaagctcagtctgtccagcctccaacttatgaaccacctccagta
gacgacatagatcctgaatttttggctgcactccccccggatatccaaacagaagttctt
gctcaacaaagggcacaaaggatggtacagcagtcacaaggacaaccagttgacatggat
aacgcttcaattattgctactctacctgctgatttacgtgaagaggttctcttaacttct
tcagaagcagttttggcagctttgccttcacctttacttgcagaagcgcagatgctcaga
gaccgagcaatgagtcactatcaggctcgtagtagtggttttggaagtagccacaggctg
aataatcggaggaatggtttgggttacaataggctgacagggatggacaggggtgttgga
gtcactattggtcagagggctgtttcatcttctgcagatggcttgaaagttaaagaggtt
gaaggagacgctcttgtgaatgctgatgccttgaaatcactaatcaggctattacgacta
gcacaaccgttgggaaaaggccttctgcagaggcttctattaaatttatgtgctcacagc
ggtacaagagcaaacctggttcaacttttactggatatgattaggccagagatggaaaca
tcaccaagcgagttggcgataactaatccgcaaagactctatggctgtcaatcaaatgtc
gtttatggtcgatcgcagctgttgaatggtcttcctcctttagtgttccgtcgggtgctt
gaggttttgacttacttggcgacaaatcattctgctgttgctgacatgttgttttacttt
gattcgtcacttctatcccagttgtcaagcccaaaagcctctgtatatgaaggcaagggt
aaagagaaagttactcatgtggcagatccccgggatctggagatacctctggttgtcttc
ctaaaactgcttaaccggcctcagcttttgcagagtacatctcatctagcgctggtcatg
ggtttgctgcaagttgttgtctacacagcagcatcccgaattgagggttggtctccgtca
tcagaagaacctgagaaatcagaaaacaaactcgtcggtgaagaagcttcaagtgaaaca
caaaaagatgctgaatctgagcgagtggatgaagctgagctatctgttgcaagaagaaag
aattgtgctgaaatatataacatattcttgcatttgccacagtctgacctctgcaatctt
tgcattcttcttggatgtgaagggttatcggataaaatttactcattagcgggagaggta
ctgaaaaagttggctaccgtagatgtggctcatcgcaagtttttcacgaaacaactctca
gaattagcgagtggtttgagtgcctcaactgtccgcgagctggcaacactaagcaaaaca
cagaagatgagtcacagtacaggttccatggcgggggcttcaattctccgtgttctgcaa
gtgcttagctcacttacttcccctattgagggtagcaatgcgggaactgaaagggaaact
gaacaggaggaacaaaacattatgcagagactgaatgtggcattagagcctttgtggcag
gaacttagccagtgtatcagtatgacggagttgcagctggatcatactgcagctacaaca
aatgttaaccccggagatcatgttctagggatctctcctcagtcctctctttctcctgga
actcagaggctcctgcctcttattgaggctttctttgtactctgtgaaaagattcaaact
ccgtcaatgttacagcaggatgcaaatgtgacagcgggagaagtaaaggagtcgtctgct
catggttcatcatccaaatccagtgtagattctcagaaaaagtctgatggctctgttaca
tttgcaaagtttgcggagaagcataggcgactcttgaattcatttgttaggcaaaatccg
agtttgctagagaagtctctttcaatgatgctcaaggcgcctaggctgattgattttgac
aacaagaaagcgtacttcaggtcaagaataaggcaccaacatgatcaacatatttctggg
ccattgcgtattagtgtccgccgagcttacgtgctggaagattcgtacaatcagttacgt
atgcgctccccacaggatctgaagggacgtctgaatgtgcagtttcaaggtgaggaaggt
attgatgccggtggtcttaccagagaatggtatcagttattgtcaagagttatatttgac
aaaggagcgttgctcttcactactgttggaaatgatgccaccttccaaccgaatcccaat
tctgtttatcaaactgagcatctatcatacttcaaatttgttggtcgcatggtggcaaag
gcattgtttgatgggcagcttttggatgtttatttcactcgttccttttacaagcacata
ctcggtgtgaaggtgacttatcatgacattgaggcggtggatcctgattactacaagaat
ttgaagtggctattagagaatgatgtgagcgacatactcgacctcacatttagtatggac
gcagatgaggagaaacatattctttacgaaaagactgaggtgatggactatgagcttaaa
cctggaggacgaaacatacgggtaacagaagaaacaaaacatgagtatgttgaccttgtg
gccggccacatacttaccaatgctattcggcctcaaatcaacgctttcctcgagggcttt
aatgaattgatacctcgtgagcttgtatcgattttcaacgataaagagcttgagctccta
atcagtgggttgcctgagattgactttgatgatctaaaaaccaataccgagtataccagc
tacacggcaggatccccagttattcattggttctgggaagtcgttaaagcttttagcaaa
gaagacatggctagatttcttcaatttgtcaccggaacatcaaaggttcctttggaaggc
ttcaaggcactgcatggtatttctggccctcaaagactacaaatccacaaagcatatgga
gctccggagcggctgccatcagctcatacatgttttaaccaactagacctccctgagtac
cagtctaaggaacaactacaggaacgcttgctacttgccattcatgaagcgagtgaaggt
tttgggtttgcctga

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
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 (1)   
   RefSeq(pep) (1)   
DNA sequence (5)   
   RefSeq(nuc) (1)   
   GenBank (2)   
   EMBL (2)   
Protein domain (7)   
   Pfam (7)   
All databases (23)   

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