KEGG   Nicotiana tomentosiformis: 104100739
Entry
104100739         CDS       T05025                                 
Name
(RefSeq) E3 ubiquitin-protein ligase UPL1-like
  KO
K10592  E3 ubiquitin-protein ligase HUWE1 [EC:2.3.2.26]
Organism
nto  Nicotiana tomentosiformis
Pathway
nto04120  Ubiquitin mediated proteolysis
Brite
KEGG Orthology (KO) [BR:nto00001]
 09120 Genetic Information Processing
  09123 Folding, sorting and degradation
   04120 Ubiquitin mediated proteolysis
    104100739
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:nto04121]
    104100739
Enzymes [BR:nto01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.2  Aminoacyltransferases
    2.3.2.26  HECT-type E3 ubiquitin transferase
     104100739
Ubiquitin system [BR:nto04121]
 Ubiquitin ligases (E3)
  HECT type E3
   104100739
SSDB
Motif
Pfam: HECT DUF913 DUF908 UBM UBA UIM
Other DBs
NCBI-GeneID: 104100739
NCBI-ProteinID: XP_009606345
Position
Unknown
AA seq 3752 aa
MKLKRRRAVEVPPKIRSFISSVTATPLENIEEPLKSFVWEFDKGDFYHWVDLFIHFDTFF
EKYIKTRKDLQLDDHFLESDPQFPREAVLQVLRVIRIILENCTNKHFYSSYEHHLSALLA
SPDADVVEACLQTLAAFLKKTIGKYVIRDASLNSKLFALAQGWGGKEEGLGLIACALQDR
SDSSANELGCTLHFEFYAVTESLDEPTAPAGLQTIHLPSIDSIQESDLELLNNLVLQYKV
PPSLRFPLLTRLRYARAFSSPASRQQYTCIRLYAFIVLVQACSDSDDLVSFFNTEPEFIN
ELVTLLSYEDVVPEKIRILALVSLVALCQDRSRQPSVLTAVTSGGHRGILSSLMQKAIDS
IVSNSSKWSVLFAEALLSLVTILVSSSSGCSAMREAGFIPTLLPLLKDTDPQHLHLVSMA
VHVLEAFMDYSNPAAALFRDLGGLDDTIARLNIEVSRVENGIKMPSASIDLDSSDFSGSQ
IVAGTSSDLDSRQALYSDVLVAYHRRLLMKALLRAISLGTYAPGTTARIYGSEESLLPQC
LSIIFRRAKDFGGGVFHLAATVMSDLIHKDPTCFPVLQAAGLPSAFIDAIIDGVVCSAEA
ITCIPQCLDALCLNSYGLQAVRDRNALRCFVKIFTSKTYVRALSGDTTGSLSSGLDELMR
HTSSLREPGVEMMIEILKEIAKLGSVPEAISPSAESPSSSNPVPMETEGEDKGVVLPEKD
SQKAKSLENVEPSSDSLVPNMESFLPECISNAARLLETILQNSDTCRIFVEKKGTEAVLQ
LFTLPALPLSVSVGQTLSVAFKNFSPQHSASLARAVCLFLREHLKLTNELIVEVRGSQLV
KVESAKRITVLKNLSSLEGILSLSNSLLKGSTTVVSELGTADADVLKDLGRAYKEVLWQI
SLCCDSKVDEKQNVEVEPQNVEAGSSNMGGRDSDEETNIPSVRYMNPVSIRNSSQSQWGV
EREFLSVIRSSEGFNRRSRHGIARIRGGRTSRHLESLQADSEVAPSVVESSIQEMKKKTP
DVLVLENLNKLASSMRSFFVALVKGFTSPNRRRTETGSLSAASKSIGTALAKVFLEALGF
SGYPDADVLDIPPSVKCRYLGKVVVDMVSLTFDARRRTCYASMINNFYAQGTFKELLTTF
EATSQLLWTLPYSVPPSGMVPENSGEENKLSHCSWLLDTLQSYCRLLEYFVNSALLLSPS
STSQAQLLVQPVAVGLSIGLFPVPRDPEVFVRMLQSQVLDVILLIWNHQMFPSCNPGFIT
SIIMLINYIYCGAGDVKRNRNGSSGSANPRAMAPPPDEATIGTIVEMGFSRARAEEALRR
VETNSVEMAMEWLFSHAEDPAQEDDELARALALSLGNSSETSKADNVDRSVDVLSEEQQT
KPPPVEDVLAATIKLFQSTDSMAFPLMDLLVTLCNRNKGEDRAKVISCLIQQLKDCQLEF
SRDTGALCMISHTLTLLLSEDASIREIAAKNDIVSVVLEILMKFKARAENEIMAPRCISA
LLLILFNLLQTRPKISSDDTERVIAASLPESLEEHLPSQVPEAVIEKKSTLVSQDDESSN
GFEKIFGKPTGYLSIEDSCRVLDIAYDLVKRHAPPMVMQASLQLCARLTKTHSLAIQFLE
NGGMTSLFGLPRSCYFPGYDTLASAIVRHLLEDPQTLQTAMEMEIRQTLSGSRHAGRTSV
KTFLTSMAPVICRDPGVFVKAAAAVCQLESSGGRSIIVLSKEKDKEREKGKTSVEFGASN
ECLRISENKTQDGSGKCSKGHKKIPANISQVIDHLLEIVATFPTQRMLEDCVGNACAMDI
DEPTVKVKGKLKVDELREVQSDRVSEKSAGLAKVTFVLKLLSDILMMYVHALGVILRRDL
EMCQLRGSHQPENPGHGGIIHHVLQRLLPLSMDKSAGPDEWRDKLSEKASWFLVVLSGRS
SEGRRRVINELVKALSSFVKSENNSACGSLLPDKKVLAFVDLAYSILSKNSSAGDLPGSG
CSPDIAKSMIDGGLVQCLSGVLQAMDLDHPDAPKVVNLILKTLESLTRAANASEQLFKTD
SVSKKKLNALNGGSDNQVNTTSAFPNIEVSGTGNSLQGVPNSSAGQLPASASQNHSTENV
TANPSMEQEMRTEQEEATAGNPPLELRLDYMRDEMEDNGVLNDTEQIGMGFHVENRAHHE
MREEDDDMGDDGEDDEDDDEGEDEDEDIAEDGTGLMSLADTDGEEHDDTGLGGEYNDDMV
DEEDDEFHENRVIEVRWREALDGLDHLQVLGQPGTGGGLINVGGETIEGWNVDDLFGLRR
TFGFERRRQPTRNSLEHSATEVTGLQHPLLLRPSQSGDSASVWSSLGNSSRDSEAISAGR
LDVARFYTFDSPVLSFDSVPSSLFSDRLSGAAAPPLADFSVGLESLHVPGRRPGDGRWTD
DGQPQAGGQSAAIAQMVEEQFICQLNRIAPATNPPERLSHAVGLLEREQDIPVVGESRQQ
IEGDSTAGQQNDDPHNNSGQESNQPLEVQSCERENNQEVVADQVGEFPEAIDPMENVLSD
RTSNGHGSMLFGEGNANPSDNIEGTTGYAVSSIQGEGDATDVGNDTTPVTDSHASDEPLL
ISGEAMLDSSVHHASLVQDADIHMLGAEPERGNDQPLPVLPEDPSVTQNLQEVQDASQTD
ETSLNNEASTANAIDPTFLEALPEDLRAEVLASQQAQAQPPTYTAPAAEDIDPEFLAALP
PDIQAEVLAQQRAQRVIQQAEGQPVEMDNASIIATFPADLREEVLLTSSEAVLSALPSPL
LAEAQMLRDRAMSHYQARSLFGGSHRLHGRRNGLGFDRQTVMDRGVGVTIGRRASSSFSE
SLKLKELEGEPLLDANGLKALIRLLRLAQPLGKGLLQRLLLNLCAHSSTRAVLVHLLLEA
IKPETGGAVGGLTTINSQRLYGCQSNIVYGRSQLFDGLPPLVLRRILEILTYLATNHSAV
ASLLFYFELSIIPEWSDVKCSEKRDKGKEKIVGGDSLNPFGSSHKGNVPLVLFLKLLNRP
LFLRSIAHLEQVMGLLQVVVYTAASKMECESHSEETVDHSHNPAGNETMSDLQKDPGLPD
IKSHQDDSSTGSANPASDGNGSLNIRDIFLQLPQSDLHNLCCLLGHEGLSDKVYMLAGEV
LKKLAIVAAPHRKFFISELSELTQRLSKSAVEELITLKNTHMLGLSAGSMAGAAVLRVLQ
TLSSLSTACAIGNADTSMEEEHVEHNIMWKLNVSLEPLWEELSECIGTMELELTQSTSSS
VMSSSNIGENTHGASSVSSPLPPGTQRLLPFIEAFFVLCEKLQANSSIMQQDHINATARE
VKELAGTSVKLSSKSTGDSHKRVDGALTFVRFAEKHRRLLNAFVRQNPGLLEKSLCVMLK
APRLIDFDNKRAYFRSRIRQQHEQHLSGPLRISIRRAYVLEDSYNQLRMRPSQDLKGRLN
VHFQGEEGIDAGGLTREWYQLLSRVIFDKGALLFTTVGNNATFQPNPNSVYQTEHLSYFK
FVGRVVAKALLDGQLLDVYFTRSFYKHILNVKVTYHDIEAVDPDYYKNLKWMLENDVSDI
PDLTFSMDADEEKLILYEKTEVTDYELKPGGRNIRVTEETKHEYVDLVADHILTNAIRPQ
INAFLEGFNNLVPRELISIFNDKELELLISGLPEIDMEDLKANSEYTGYTAASTVVQWFW
EVVKGFSKEDMARFLQFVTGTSKVPLEGFKALQGISGPQRFQIHKAYGAPERLPSAHTCF
NQLDLPEYTSKEQLQERLLLAIHEASEGFGFG
NT seq 11259 nt   +upstreamnt  +downstreamnt
atgaagttaaagcgaaggagggccgtagaagtgcctccaaagatccgatcgtttatcagt
agcgtcactgctactccattagagaatatagaagaacccctgaaaagttttgtttgggag
tttgataagggagatttttatcattgggttgatctctttattcactttgatacatttttt
gagaaatacattaagactaggaaggatttgcaacttgatgaccactttttggaatccgat
cctcaatttccaagggaagctgttctccaggtccttcgtgttataaggataatattggag
aactgcacaaataagcatttctacagctcatatgagcatcacttgtcagctttgcttgct
tcccccgatgcggatgtggttgaggcgtgcttgcaaactttggctgcctttttgaagaaa
acaatagggaaatacgtcattagagatgcttctcttaattcaaagctgttcgcccttgca
cagggttggggaggaaaggaagaaggccttgggttaattgcgtgtgctctgcaggaccgc
tctgattcaagtgctaatgagttaggttgcaccttgcattttgaattctatgcagtgact
gaatctttagatgagcccactgcccctgctggtttacagaccatccatttgcccagcatt
gacagcatacaagaatcagatttggaacttttaaacaatttagtcttacagtacaaagtc
cctcctagtttgagatttcctcttttgacaagattgcgatatgctagggcattcagttct
ccagcttctcgacaacagtacacttgcatacgcctctatgcatttatagttcttgttcaa
gcatgcagtgattcagatgatttggtttcgttcttcaacacagaaccagagttcattaat
gagttggttaccttattgagctatgaagacgtagttcctgagaagattagaattttggct
cttgtttccttggttgctctctgtcaagatcggtcacgccagccaagtgtgttgacagct
gtaacatctggggggcatcgtggtattctctccagccttatgcaaaaggccattgattct
attgttagtaattcctcaaaatggtctgttctttttgctgaagctctgctatctcttgtt
accattttggtctcatcttcatctggttgctcagccatgcgagaagcaggtttcattcct
actcttctacctttacttaaagatacggatcctcaacacttgcatttagttagcatggct
gttcatgttctagaagcattcatggattatagtaatccagctgctgcgctattcagagat
ttgggaggtttggatgataccatagcacgccttaacatagaagtttctcgtgttgaaaat
ggtataaagatgcctagtgctagtattgatcttgacagttctgacttcagtggttctcag
atagttgctggtacttcttctgatctagacagcaggcaggctctttattctgatgtgttg
gttgcttatcatcggcggttactgatgaaagctttactacgtgccatatctctgggaacc
tatgctcctggaaccactgctcgtatttatggttcagaggagagtttgttgcctcaatgc
ttgagcataatcttcagaagagctaaggattttggtggaggggtgtttcatcttgctgca
acggtgatgagtgatcttattcacaaagatcccacctgcttccctgtattgcaagcagct
ggtcttccttctgccttcattgatgctattatcgatggagttgtatgctctgctgaagct
ataacttgcatacctcagtgtttagatgctttgtgcttgaatagctatggtcttcaggct
gtgagagatcgcaatgctttgaggtgttttgtaaaaatattcacttcaaaaacatatgtc
agagcccttagtggagataccactggatctttgtctagtggccttgatgaactaatgcgg
catacctcatcactgcgtgaacctggagtggaaatgatgatcgagatcttgaaggagatt
gcaaaacttggatctgttccagaagctatttcaccctcagctgaaagtcctagctcttct
aaccctgttcccatggaaacagaaggtgaggataaaggtgttgttttgcctgagaaagac
tcacaaaaggctaaaagtttggagaacgtcgaaccatcttctgattctttggtaccaaac
atggagtcttttcttcctgaatgtataagcaatgctgctcgtctccttgaaacaattctt
cagaattcggatacatgccgtatttttgttgagaagaaaggaactgaagctgttctgcag
ctattcactttgcctgccctgccactttctgtttctgttggtcagaccttatctgttgca
tttaagaatttctctccacagcattctgcttctcttgctcgtgcagtctgtttgttttta
agagaacatttgaagttaacgaatgaacttatagttgaagttcgaggatcacagcttgta
aaggtggagtctgctaagaggataactgtgttgaagaacctttcaagtcttgaaggtatt
ttatctctctccaattctttattgaagggaagtactactgtggtttctgagttaggaact
gcggatgctgatgtcttaaaggatcttgggagagcgtataaggaagtactttggcaaatc
tccttatgctgtgattctaaggtggatgagaaacagaacgtggaagtagagcctcaaaat
gtagaagcaggttcttccaatatgggaggtagagatagtgatgaagagactaatattcct
tcagttagatacatgaatcctgtttctatcaggaatagttctcagtctcaatggggtgta
gaacgtgagtttctttctgtaattcgttcaagtgaaggttttaatcgtcgtagtagacat
ggtatagcacgaattcgtggtggaaggaccagtaggcatttggaaagtttacaagctgat
tctgaagttgctcccagtgtagtggagagtagcatccaggagatgaagaaaaagactcct
gatgttctggttttagaaaatctgaacaagcttgcttctagcatgcgttctttctttgtg
gctcttgttaaaggatttacatctccaaatcgtcggagaactgaaactggatctctaagt
gcagcttcaaagagcataggaactgccctagctaaagtttttctcgaggctcttggtttc
tcaggatatccagacgctgatgtgcttgatataccaccttctgtcaagtgtcgatatctt
ggtaaggttgtggttgatatggtatctctaacatttgatgccaggcggcgtacctgttat
gcatccatgatcaataatttctatgcacaaggaacctttaaggagcttctgacaacattt
gaagcaaccagtcagttgttgtggacacttccctattctgtaccgccatctggaatggtt
cctgaaaatagcggggaggaaaacaagttatctcactgttcgtggcttcttgatacactg
cagagttattgccgtttgcttgaatattttgtcaattcggctttgctgttgtctccatcc
tcaacatcccaagcgcagctccttgttcagccagttgcagtcggtttgtctattgggtta
tttcctgttccaagagacccagaagtgtttgtccgtatgctgcagtctcaggttctggat
gttatacttcttatttggaaccatcagatgttccccagttgcaatccagggtttattact
tctattattatgcttataaattacatctactgtggtgctggggatgtgaaacgaaatcgc
aatgggtcatcaggttctgcaaacccacgtgctatggctcctccacctgatgaggctact
attggtacaattgttgaaatgggcttttcacgagcaagagctgaggaggcattaagacgt
gtagaaacaaacagtgtggagatggccatggagtggttgttcagtcatgctgaagatcct
gctcaagaagatgatgagttggctcgtgcactagctttgtcacttgggaattcatcagag
acttctaaagccgataatgttgatagatcggtggatgttctttctgaagagcaacaaact
aagccaccacctgttgaagatgtccttgctgcaacaattaagctgtttcagagcaccgac
tccatggcttttcccttaatggatttacttgtgactctttgcaatcggaacaaaggagaa
gatcgtgcaaaagtgatttcatgtcttattcaacagttgaaagattgccagctagaattt
tcaagagatactggtgccttatgtatgatatcacatactttaacattgcttctctctgaa
gatgcaagtatacgggaaattgcggcaaagaatgatattgtctctgtagttcttgaaata
ttgatgaagttcaaggctagagctgaaaatgagattatggctcctagatgcatcagcgca
ttgcttctaatcttatttaatttgttgcaaaccaggcctaaaatctccagtgatgacact
gaaagagtcatagctgcatctttaccagagtctttagaagagcatctcccatcccaagtt
cctgaagcagtgattgagaagaagtcaactctagtctcccaggatgatgaatcatccaat
ggttttgagaaaatatttgggaaacctacaggttatctgagtatagaggacagttgtagg
gtgcttgatatagcttatgacttggttaaacgacatgcaccacccatggttatgcaggct
tcccttcagctgtgtgcacgcttgacaaagacacattctcttgccattcagtttcttgaa
aatggtggaatgacttctctttttggtcttccgagatcttgttacttccctggatatgac
accttggcatctgccattgttagacatcttcttgaagatcctcagaccctgcaaacagcc
atggagatggagatacggcagactcttagtggaagtcgtcatgctggtcgtacttctgtt
aaaacatttttaacatcaatggcacctgtaatatgtcgagaccctggagtatttgtgaaa
gctgcagctgcagtttgccagttggaatcatctggaggtagatctatcattgtcttatca
aaagagaaagacaaggagagagagaaaggtaaaacatctgttgagtttggagcttctaat
gagtgtctacgtatttctgaaaataagacccaggatggatcagggaagtgttcgaaaggc
cacaaaaagatccctgcaaatatttctcaggttattgatcatcttcttgaaatagtagca
acatttcctacacagagaatgctagaagattgcgtgggaaacgcctgtgctatggatatt
gatgagcctacagtcaaagtaaaggggaaattgaaggtggatgagttgcgggaggttcag
tctgacagggtgtcagagaaatcagcagggcttgctaaggtgactttcgtactcaaatta
ttgagtgacattcttatgatgtatgtacatgctcttggggttatcctgagaagggatctg
gagatgtgtcaacttcggggatcccatcagccggagaatcctggtcatggtggcattatc
catcatgtgttgcaacggcttcttcctctttctatggataaatctgcaggccctgatgaa
tggagagacaagctgtctgaaaaagcttcatggtttctggtagttttgtctggtcgatct
agtgaaggtcgtaggagggttattaatgaacttgtgaaagccttgtcttcatttgtgaag
tctgaaaacaactctgcctgtggcagtttattgccagataaaaaagtccttgcctttgtt
gatcttgcatattccattttgtccaagaattcatccgcaggtgacttacctggttctggc
tgttctccagatatagccaaaagcatgatagatggaggattggtgcagtgcttgtctggt
gtccttcaagcaatggacttggatcaccctgatgctccgaaagttgtgaatctgattctt
aaaacattggaaagcctaacaagggctgccaatgctagtgagcaactttttaaaactgat
tctgtgagcaagaaaaaattaaatgcccttaatggtgggtcggataatcaagtgaataca
acatcagcctttccgaacatagaggtcagtggaactggaaacagcctgcagggggtccct
aattcaagtgcagggcaactgccggctagtgcttctcagaatcacagcactgagaatgtg
actgcaaatccttccatggagcaagaaatgagaactgagcaagaagaagcaactgcaggc
aatcctcctctcgagcttaggttggattacatgcgtgatgaaatggaagacaatggtgtt
ctgaatgacacagagcaaattgggatgggtttccacgttgagaatagggcacatcatgaa
atgcgagaagaagatgatgatatgggagatgacggcgaggacgacgaggatgatgatgaa
ggtgaggatgaggatgaagatatagctgaagatggcaccggcttgatgtctctggctgat
acagatggggaagagcatgatgatactggcctgggaggtgaatataatgatgacatggtt
gatgaagaggatgatgagtttcatgaaaatcgagtcattgaggttaggtggagggaagcc
ttggacggccttgaccatttgcaagttttagggcaacctggaacaggaggtgggcttatt
aatgttggaggtgagacaattgaagggtggaatgttgatgacctttttggtctacgtaga
acctttggctttgagcgtcgccgccagccaactaggaattccttagaacactctgctact
gaagttactggtctgcaacatcctctcctcttgaggccatcacagtctggtgactctgct
tctgtctggtcatctcttgggaactcgtccagggattcagaagcaatatctgctggtagg
ctggatgtagctcgtttctacacttttgattctccagtactctcgtttgatagtgtgccg
tccagccttttcagtgacagactcagtggtgcagcagccccacctttggctgacttttct
gttggtttggagtctctacatgttccaggtcgtaggcctggtgatggtaggtggactgat
gatggtcaaccacaagcaggtggtcagtctgccgctattgcacagatggtcgaagagcag
ttcatttgtcaactaaacagaattgctccagctactaatcctcctgaaaggctgtcacat
gctgttggattattggagagagagcaggacatacctgtagttggtgagagtcgacagcag
attgagggtgatagcaccgctggtcaacagaatgatgatccccataacaatagtgggcaa
gaatccaatcaaccacttgaggttcagtcttgtgaaagggaaaacaatcaggaggttgtt
gctgatcaggttggtgaattccccgaagctattgatcctatggaaaatgtactttcagac
aggactagcaatggtcatggcagcatgttgtttggggaaggaaatgcaaatccaagtgac
aacatagagggaactacaggttatgctgtgtcatctatacaaggtgaaggcgatgcgact
gatgtaggcaatgacacaaccccagtaacagatagtcatgccagtgatgagccactgctg
atttctggggaagcaatgctggactccagtgttcaccatgcttccttagttcaggatgct
gatatacatatgcttggtgcagaaccagaaagggggaatgaccaaccattacctgttctg
cctgaggacccatcagtgactcagaaccttcaggaagttcaagatgctagtcaaactgat
gaaactagtttgaataatgaagcttctactgcaaatgctatagatccgacctttttagaa
gcacttccggaagatcttcgggcagaggttcttgcatcgcagcaggctcaggctcaacct
ccaacttatacagcaccggcagctgaagatattgatccagagtttttagctgctcttcct
ccagatattcaagcagaagttcttgcccaacaacgtgctcaaagagtcatacagcaggct
gaaggtcagcctgtggaaatggataatgcttcaatcatagccacatttccagctgacctg
cgtgaagaggtgctgttaacatcatcagaagctgttttgtcagcattgccatctccatta
ctcgctgaagcacaaatgcttcgggacagagctatgagtcactaccaagcacgcagcttg
tttggaggcagccacaggcttcacggtcggagaaatggtctgggatttgacagacagaca
gttatggacaggggcgtgggtgttacaatcggccggagggcttcatcttctttttcagag
agtttgaagttgaaggaacttgaaggcgaaccacttttagatgctaacggcttgaaagca
ttgatccgcctcttgagattagcacagcctcttgggaaaggtctcttgcagagactcttg
ttgaatttgtgtgctcatagtagtacaagagcagttctggtccaccttcttcttgaagct
atcaagcctgagactggaggggcagttggtggtttaacaaccattaattcacagagactt
tatggctgtcagtcgaatattgtttatggccgatcacaactgtttgatggacttcctcca
ctggtattgcgtcggattctggagatcttaacttacctcgctaccaaccactctgcggtt
gccagtcttcttttctactttgagctctcgattattccagagtggtcagatgtaaagtgt
tcggaaaagagggacaaaggcaaggagaaaattgttggaggagattccttaaatcctttt
ggaagctctcacaagggaaatgttccattggttttgtttctcaagctcttgaatcgacca
cttttcttgcgcagcattgcacatcttgaacaggtcatgggccttcttcaagtagttgtc
tatactgcagcttccaagatggagtgtgagtctcattctgaagaaacagtagaccattct
cataatcctgctggcaatgaaactatgagtgatctacagaaagatcctggattgccagac
ataaagtcccatcaagatgatagcagcactggttctgccaaccctgcatctgatggcaac
ggaagtctaaacattcgtgacatcttcttgcagctgccacagtctgatttgcacaatctt
tgctgtcttcttggtcacgaagggctatcagacaaagtttacatgcttgctggcgaggtg
ttgaagaagctagccatagttgctgctccccatcgcaagttcttcatttcagaactttca
gagttgactcaaaggctgagcaagtcagctgtagaggagcttatcacacttaagaataca
cacatgcttggactgagtgctggatccatggctggagctgctgttcttcgtgtactacaa
acacttagttcactaagtacagcttgtgcaattggcaatgcggacacatctatggaggag
gaacatgttgagcataatatcatgtggaagttaaatgtttcactggaaccattatgggaa
gagctgagtgaatgcattggcaccatggagttagagctcacacagagcacttcttcttca
gttatgtcaagttctaatatcggggagaatacacatggtgcttcttctgtatcttctcca
ttgcctcctggaactcagcgactgttaccttttattgaggctttctttgttttgtgtgag
aagcttcaggcaaacagctctattatgcagcaagatcatatcaatgcaactgcacgagag
gtgaaagaattagctggtacttcagtcaagttgtcctccaagtctactggggattcacat
aaaagagtagatggcgctttaacatttgtaagatttgcggaaaagcaccgacgcttgctt
aatgcttttgtcaggcagaaccctggcttactggagaaatcactttgtgtgatgctgaaa
gccccacggctcattgattttgacaataaaagagcttattttcgctccaggataaggcag
cagcatgaacagcacctctcaggtcctctgcgaattagtattcggcgggcttatgtgttg
gaggattcttataatcagttgcgtatgcgacccagtcaagacctgaaaggacggctaaat
gtgcattttcaaggtgaagagggtattgatgctggtggtttgactagagagtggtatcaa
ttgctatcaagggtcatatttgacaaaggagctttgctgtttacaactgtcgggaataat
gcgactttccaacctaatccgaattcagtttatcaaactgaacatctttcatatttcaaa
tttgtaggccgcgtggttgccaaagcactacttgatgggcagttgctggatgtttatttt
acccggtcgttctacaaacatatcctcaatgtaaaggtcacatatcatgatatagaggct
gtcgatcctgattactataagaacttgaagtggatgttggagaatgatgtgagtgatata
ccagatttgacttttagcatggatgctgatgaggaaaaactcattctttatgagaaaaca
gaggttactgattatgagcttaaacctggaggaagaaatataagggtcacagaagagaca
aagcacgagtatgttgatctcgttgctgaccatattctgacaaatgctattcgccctcaa
ataaatgcattccttgaaggtttcaataacttggtaccacgcgaactgatctccattttc
aatgataaagagcttgaacttttgataagtggccttccagaaattgatatggaagatctg
aaggccaactctgaatatactggatatacagcagcatctactgttgttcagtggttttgg
gaggtcgttaaaggttttagcaaggaagacatggcaagatttctgcaatttgtgactggt
acatccaaggttcctttggaaggtttcaaggcattgcaagggatttctggccctcagaga
tttcagattcacaaggcttatggagctcctgagcggcttccatctgcacatacctgcttc
aaccaacttgacctaccggagtatacttccaaggaacagctacaagaacgtttgcttttg
gctatccatgaggctagtgaaggatttggttttggttga

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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 (1)   
   RefSeq(nuc) (1)   
Protein domain (6)   
   Pfam (6)   
All databases (18)   

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