KEGG   Zea mays (maize): 100384278
Entry
100384278         CDS       T01088                                 
Name
(RefSeq) E3 ubiquitin-protein ligase UPL1 isoform X1
  KO
K10592  E3 ubiquitin-protein ligase HUWE1 [EC:2.3.2.26]
Organism
zma  Zea mays (maize)
Pathway
zma04120  Ubiquitin mediated proteolysis
Brite
KEGG Orthology (KO) [BR:zma00001]
 09120 Genetic Information Processing
  09123 Folding, sorting and degradation
   04120 Ubiquitin mediated proteolysis
    100384278
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:zma04121]
    100384278
Enzymes [BR:zma01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.2  Aminoacyltransferases
    2.3.2.26  HECT-type E3 ubiquitin transferase
     100384278
Ubiquitin system [BR:zma04121]
 Ubiquitin ligases (E3)
  HECT type E3
   100384278
SSDB
Motif
Pfam: HECT DUF913 DUF908 UBM UBA UIM RPN2_N
Other DBs
NCBI-GeneID: 100384278
NCBI-ProteinID: XP_008662247
Position
10:complement(20959175..20976011)
AA seq 3650 aa
MAAAAAAMAAHRASFPLRLQQILAGSRAVSPAIKIESEPPANIKAFIDRVVNIPLHDIAI
PLSGFCWEFNKFTLHTWKQGNFHHWRPLFIHFDTYFKTYISSRKDLLLSDDMTEADPMPK
NAILKILRVMQIILENCQNRSSFTGLAHLKLLLASSDPEIVVAALETLVALVKINPSKLH
MNGKLISCGPINTHLLSLAQGWGSKEEGLGIYSCVVANEGNHQGGLSLFPVDLENKYGGT
QHRLGSTLHFEYNLGPAQYPGQTSDKGKSSNLCVIHIPDMHLQKEDDLSILKQCVDKFNV
PPEHRFALLTRIRYARAFNSARTCRIYSRISLLSFIVLVQSSDAHDELTYFFTNEPEYIN
ELIRLVRSEDSVPGSIRALAMLALGAQLAAYASSHERARILSGSSIISAGGNRMVLLSVL
QKAISSLNSLNDTSSPLIVDALLQFFLLHVLSSSSSGTTVRGSGMVPPLLPLLRDNDPSH
MHLVCLAVKTLQKLMEYSSPAVSLFKDLGGVELLSQRLHVEVQRVIGTADGHNSMVTDAV
KSDDNHMYSQKRLIKALLKALGSATYSPGNPARSQSSQDNSLPVSLSLIFQNVDKFGGDI
YFSAVTVMSEIIHKDPTCFITLKELGVPDAFISSVTAGVIPSCKALICVPNGLGAICLNN
QGLEAVRETSALRFLVDTFTSRKYLIPMNEGVVLLANAVEELLRHVQSLRSIGVDIIIEI
INKLSSSQEYKNNETATLQEKTDMETDVEGRDLVSAMDSSVDGSNDEQFSHLSIFHVMVL
VHRTMENSETCRLFVEKGGLHALLTLLLRPSITQSSGGMPIALHSTMVFKGFTQHHSTPL
ARAFCSSLKEHLKSALKELDKVSNSFDMTKIEKGAIPSLFVVEFLLFLAASKDNRWMNAL
LSEFGDASREVLEDVGQVHREVLWKISLFEKNKIVAETSSSSSTSEAQQPDMSASDIGDS
RYTSFRQYLDPILRRRGSGWNIESQVSDLINMYRDIGRAASDSQRVGSDRYSSLGLPSSS
QDQFSSSSDANASTRSEEDKKKSEHSSCFDMMRSLSYHINHLFLELGKAMLFASRRENSP
VNLSPAVISVANNIASIVLEHLNFEGHSVSFERDMTVTTKCRYLGKVVEFVDGMLLDRPE
SCNSIMVNSFYCRGVIQAILTTFQATSELLFTMSRPPSSPMETDSKTGKDGKEMDSSWIY
GPLTSYGAIMDHLVTSSFILSSSTRQLLEQPIFNGSVRFPQDAETFMKLLQSKVLKTVLP
IWAHPQFPECNIELISSVMSIMRHVCSGVEVKDTVGNGGARLAGPPPDESAISLIVEMGF
SRARAEEALRQVGTNSVEIATDWLFAHPEEPQEEDDELARALAMSLGNSVTPAQEGDSRS
NDLELEEATVQPPPIDEMLRSCLQLLQRKEALAFSVRDMLVTISSQNDGQNRVKVLTYLI
DNLKQCVVASEPSNDTALSALLHVLALILHGDTAAREVASKAGLVKVALDLLCSWEVQIR
ESSMIEVPNWVISCFLSVDQMLQLEPKLPDVTELHVLKRDNSNIKTSLVIDDSKRKDSES
LPNVGLLDMEDQFQLLKICCKCIGKQLPSASMHAILQLSATLTKVHAAAICFLESGGLNA
LLSLPTSSLFSGFNNMASTIIRHILEDPHTLQQAMELEIRHSLVTAANRHANPRVTPRNF
IQNLAFVVYRDPVIFMKAAQSVCQIEMVGDRPYVVLLKDREKERIKEKDKDKSVDKDKAT
VAVTKVVSGDTAAGSPANSHGKQSDLNSRNVKSHRKPPQSFVTVIEHLLDLLMSFVPPPR
PEDQVDVSGTALSSDMDIDCSSAKGKGKAVSVPPEESKHAIQESTASLAKTAFFLKLLTD
VLLTYASSIHVVLRHDAELSNMHGPNRTSARLTSGGIFNHILQHFLPHATRQKKERKNDG
DWMYKLATRANQFLVASSIRSAEARKRIFSEICSIFLDFTDSSAGYNAPVPRMNVYVDLL
NDILSARSPTGSSLSAESAVIFVEAGLVHSLSTMLQVLDLDHPDSAKIVTAVVKALELVS
KEHIHSADNAKGVNSSKIASDSNNVNSSSNRFQALDMTSQPTEMVTDHRETFNAVRTSQI
SDSVADEMDHDRDMDGGFARDGEDDFMHEMAEDGTGDGSTMEIRIEIPRNREDDMAPAAD
DTDEDISAEDGEDDEDEDEENNNLEEDDAHRMSHPDTDQEDREMDEEEFDEDLLEEDDED
EDEEGVILRLEEGINGINVLDHVEVFGGSNNLSGDTLRVMPLDIFGTRRQGRSTSIYNLL
GRASDHGVLDHPLLEEPSSTTNFSDQGHPENLVEMAFSDRNHESSSSRLDAIFRSLRSGR
NGHRFNMWLDDGPQRNGSAAPAVPEGIEELLISHLRRPTPQPDGQRTPVGGAQENDQPNH
GSDAEAREVAPAQQNENSESTLNPLDLSECAGPAPPDSDALQRDVSNASELATEMQYERS
DAITRDVEAVSQASSGSGATLGESLRSLEVEIGSVEGHDDGDRHGTSGTSERLPLGDIQA
AARSRRPSGNAVPVSSRDMSLESVSEVPQNPDQEPDQNASEGNQEPTRAAGADSIDPTFL
EALPEDLRAEVLSSRQNQVTQTSNDQPQDDGDIDPEFLAALPPDIREEVLAQQRTQRMQQ
QSQELEGQPVEMDAVSIIATFPSEIREEVLLTSPDTLLATLTPALVAEANMLRERFAHRY
HSSSLFGMNSRNRRGESSRRDIMAAGLDRNTGDPSRSTSKPIETEGAPLVDEDGLKALIR
LLRVVQPLYKGQLQKLLVNLCTHRGSRQALVQILVDMLMLDLQGFSKKSIDAPEPPFRLY
GCHANIAYSRPQSSDGLPPLVSRRVLETLTNLARSHPNVAKLLLFLEFPCPSRCFPEAHD
HRHGKAVLLDDGEEQKTFALVLLLNLLDQPLYMRSVAHLEQLLNLLDVVMHNAENEIKQA
KLEASSEKPSAPDNAVQDGKNNSDISVSYGSELNPEDGSKAPAVDNRSNLQAVLRSLPQP
ELRLLCSLLAHDGLSDSAYLLVGEVLKKIVALAPFFCCHFINELARSMQNLTLRAMKELH
LYENSEKALLSSSSANGTAVLRVVQALSSLVNTLQERKDPEQPAEKDHSDAVSQISEINT
ALDSLWLELSNCISKIESSSEYASNLSPASASAAMLTTGVAPPLPAGTQNLLPYIESFFV
TCEKLRPGQPDAVQDASTSDMEDASTSSGGQRSSACQASLDEKQNAFVKFSEKHRRLLNA
FIRQNSGLLEKSFSLMLKIPRLIDFDNKRAYFRSKIKHQYDHHHHSPVRISVRRPYILED
SYNQLRMRSPQDLKGRLTVQFQGEEGIDAGGLTREWYQSISRVIVDKSALLFTTVGNDLT
FQPNPNSVYQTEHLSYFKFVGRVVGKALFDGQLLDAHFTRSFYKHILGVKVTYHDIEAID
PSYYKNLKWMLENDISDVLDLTFSMDADEEKLILYEKAEVTDCELIPGGRNIRVTEENKH
EYVDRVAEHRLTTAIRPQINAFLEGFNELIPRELISIFNDKELELLISGLPDIDLDDLKT
NTEYSGYSIASPVVQWFWEIVQGFSKEDKARFLQFVTGTSKVPLEGFSELQGISGPQRFQ
IHKAYGSTNHLPSAHTCFNQLDLPEYTSKEQLQERLLLAIHEANEGFGFG
NT seq 10953 nt   +upstreamnt  +downstreamnt
atggcggctgcggctgcggcgatggccgcacatagagccagcttcccgctgcgcctgcag
cagatccttgctggcagccgcgccgtctcacctgcgatcaagatcgagtctgagccgcct
gcaaacatcaaagcatttattgatcgagtagtcaatattccactacatgacattgccata
ccgctatcaggcttctgttgggagttcaataagtttactttacatacttggaaacaggga
aatttccaccattggaggcctttatttattcattttgacacctatttcaagacatacatt
tcttctcggaaggatcttcttttatctgatgatatgaccgaggctgaccctatgccaaag
aatgccatcttgaaaatcttaagagttatgcagattattttggagaactgccagaataga
agttcttttactggtcttgcgcatcttaagcttctcctggcatcgtcagaccctgagata
gttgtagcagctttggaaactcttgttgccttggtcaaaataaatccttcaaagttgcat
atgaatggaaagctaattagctgcggacctataaacacccatcttctatcattggcccaa
ggatggggcagcaaggaggaaggtcttggcatatattcttgtgttgtggcaaatgaagga
aaccatcaggggggtttgtccttgttccctgtagacttggagaacaaatatggtggcaca
caacatcgtcttggttcaactcttcattttgagtataatttgggtcctgcacagtatcct
ggccaaactagtgacaagggcaagtcatctaatttgtgtgtgatacatattccagacatg
catcttcagaaagaggatgacttgagcatactgaagcaatgtgtagacaagttcaatgtg
cccccagagcacaggtttgcattgcttacaaggataagatatgcccgtgctttcaactct
gcacggacttgtaggatctatagccgcataagtcttctttcgttcattgttcttgtgcaa
tcgagtgatgctcatgatgaactcacatatttctttacaaatgaaccagagtacataaac
gagttaatcaggcttgttcggtcagaggattctgttcctgggtccattcgtgctctggct
atgctagcactgggagcacagctggcagcatatgcatcatctcatgagcgtgctaggata
ttgagtggctcaagtattatctctgctggtggcaatcgtatggtcttgctcagtgtcctg
cagaaagcaatatcctcactcaatagcctgaatgatacctcatctcctctaattgttgat
gcccttcttcagttttttctgctccatgtactgtcttcatcaagttcagggactacggtt
agaggctcagggatggttcctcctctcttgcccttgctgcgagataatgatccttctcat
atgcatcttgtctgcttggcagtgaagactctccaaaagcttatggagtacagcagccct
gctgtttctctgtttaaagacttgggtggtgtagagcttttgtctcagaggttacatgta
gaagttcagcgtgttattggtactgctgatggacataattcaatggttactgatgcagtg
aaatcagatgataaccacatgtactctcagaagcgattgattaaagctttgctcaaggct
ttggggtctgctacttattcccctgggaatcctgctcgttctcaaagctcccaagataac
tcattgcctgtctcactttcccttatatttcagaatgtagataagtttgggggtgacatt
tatttttcagcagttactgttatgagcgaaataatccataaagatcctacatgctttatt
actttgaaggaactcggtgttccagatgcttttatctcatcagtgactgctggggtaata
ccatcttgtaaagcccttatctgtgttcctaatggcctgggtgcaatatgcctcaataat
caaggacttgaggctgtcagggaaacttcagcactgcgatttcttgtagataccttcact
agcaggaaatacttgataccaatgaatgagggtgtggtccttctagctaatgcagtggaa
gagcttcttcgtcatgtgcaatccctgagaagtattggtgttgacatcattattgaaata
atcaataaactaagttcgtctcaggaatataaaaacaatgaaacagccaccttgcaagaa
aaaacagatatggaaactgatgttgaagggcgtgatttggtaagtgctatggactcaagc
gtggatggaagtaatgatgaacagttttctcatctgagcattttccatgtgatggtattg
gtgcaccggacaatggaaaactcggaaacctgccggttatttgtagaaaagggagggcta
catgctcttttgacactcttgttgaggcctagcatcacacagtcatctggagggatgcct
attgctttgcatagcacgatggtgttcaagggttttactcagcatcactctactccactt
gcacgtgcattttgctcatctttaaaggagcatttgaagagtgcattgaaggaacttgat
aaagtttccaactcatttgatatgaccaagattgaaaaaggagcgatcccatctttgttt
gttgttgaatttttgctattcctagctgcctcaaaagataatcgttggatgaatgctttg
ctctcagaatttggcgatgccagcagggaggtcctggaagatgttgggcaagttcaccgg
gaagtgctttggaaaatttcgctttttgaaaaaaacaagattgtcgctgaaaccagttca
tcttcttccacatctgaagctcagcagcctgacatgtctgccagcgacattggtgatagc
agatacacttctttcaggcaatatcttgatccaattttaaggcgaaggggttctgggtgg
aacatagagtctcaagtgtctgacctcattaatatgtatcgagacattggccgtgcagct
agtgactcgcagagggttggttctgatagatattctagtctaggtttgccctcaagttcc
caggaccagttttccagttcatctgatgcaaatgccagcacaaggtcagaagaggacaag
aaaaaatctgagcattcctcctgctttgacatgatgagatctctctcctaccatatcaac
catctttttttggagcttggtaaagcaatgctttttgcatctcgtcgggagaatagtcct
gtaaacctatccccagccgttatatctgttgctaacaatattgcttctattgtgttggag
cacctcaactttgaaggtcattcggtaagttttgagagggacatgactgttaccacaaaa
tgcagatatcttggaaaggtggttgaatttgttgatgggatgttattagaccggccagaa
tcatgtaattcgattatggtgaattcattttattgccgtggtgtcattcaggccatcctg
accacatttcaggccaccagtgagttgctcttcacaatgagcaggccaccgtcttcacct
atggagacggatagtaaaaccggaaaggatggaaaggagatggattcttcatggatctat
ggtcccctcaccagttatggggcaattatggatcatcttgtgacctcatcttttattctc
tcttcatcaactagacaattacttgagcaacctatttttaatggatctgtaaggttccct
caagatgctgagacgttcatgaagttacttcagtcaaaggtgttgaagacagttcttccc
atctgggcccatccccagttcccagaatgcaacatcgagctgattagttcagtcatgtcc
atcatgaggcatgtttgctctggggtggaagtgaaagacactgttggcaatggtggtgct
cgtttggctggtccacctcctgatgagagtgcaatttcacttattgtagagatgggtttt
tctcgtgccagggctgaagaagcattaagacaagttggaacaaacagtgttgaaatagca
actgattggttattcgcacacccagaggaaccacaagaggaggatgatgaacttgctcgg
gcgcttgcaatgtctcttgggaattctgttacccctgcacaagagggagatagtaggtcc
aatgatcttgagctggaagaagcaacagttcagccgcctcctatagatgaaatgttacgt
tcatgtcttcagctacttcagagaaaggaagcattagctttctctgtcagggatatgctt
gttactatcagctcacagaatgatggccaaaaccgagtaaaggtgcttacatatttgatt
gataatctgaaacaatgtgtggtggcatctgagccttcaaatgatactgcattgtctgct
cttttacatgttcttgctttgattcttcatggagatactgctgcccgtgaagttgcctca
aaggcaggacttgtgaaggttgctttggatctgctgtgcagctgggaggtgcaaattagg
gaaagtagcatgattgaggttcctaattgggtaatttcctgtttcctttctgttgatcag
atgctccagttggaaccaaagttgccagatgttacagagctacatgtcctgaaaagggat
aactcaaatataaaaacatcacttgtgattgatgacagcaagagaaaagattcagaatcc
ttgccaaatgttgggttactagacatggaggaccagtttcaacttttgaagatctgttgt
aagtgcataggaaaacagttaccttcggcttccatgcatgctattctccagctctctgca
acactgacaaaagtccatgcagctgctatttgtttccttgaatctggtggtttgaatgca
ttactatcactgccgacaagtagtttgttttctgggttcaacaatatggcttctacaata
attcgtcacattttggaggaccctcacacccttcagcaagcaatggaattagagatacgt
cacagtcttgttacagctgctaatcgacatgcaaatcccagggttacaccacgcaatttt
atccagaatttggcttttgtcgtgtatagggacccagtgatatttatgaaagctgcccag
tctgtgtgccagattgagatggttggagataggccatatgttgttctgttaaaggatcgt
gagaaggaaaggatcaaggagaaagataaggacaagtcagttgataaggataaagcaaca
gtcgcagtcactaaggtagtttctggggacacagctgcaggatctcctgcaaattctcat
ggaaaacagtctgatttgaattcaagaaacgtgaaatctcaccgcaagccaccacaaagt
tttgtcactgttatagagcatctcttagatctgctgatgtcctttgttccgccaccccgt
ccagaggatcaagttgatgtctctggtactgccttatcttcagacatggatattgactgc
agttctgcaaaagggaaagggaaagctgtgtctgtcccacctgaagagagcaagcatgct
atccaagagtctactgcatcccttgccaaaactgcatttttccttaagttgctgacagat
gtattgttaacttacgcatcatccattcatgttgttcttcgtcatgatgctgagctgagt
aacatgcacggtccaaatcgaacaagtgccagactaactagtggtggaatctttaaccat
atcctgcagcatttccttcctcatgctacaaggcaaaagaaagagagaaaaaatgatgga
gattggatgtataaattggcaacaagggctaatcagttcttggtggcttcatctattcgt
tctgcagaggcccgaaaaaggattttctctgaaatctgcagtatatttcttgatttcact
gactcgtctgcagggtacaatgccccagtaccaaggatgaatgtgtatgtcgatttactg
aatgatattctgtcagcccgatcaccaactggctcctcgctgtcagcagaatctgcagtt
atatttgttgaagctggtcttgttcattcattatcgacaatgcttcaagttcttgatttg
gatcaccctgattctgcaaagattgttactgctgttgttaaggccttggaactcgtcagt
aaggaacatattcattcagcagataatgcgaaaggagtgaactcgtcaaagattgcttct
gacagcaacaacgtgaattcatcatctaatagattccaggctcttgacatgacttctcag
cccacagagatggttactgatcacagggaaacgtttaatgctgtccgaacttcacaaata
tcagattcagtggcagatgagatggatcatgatcgtgatatggatggcggctttgctcgt
gatggtgaagatgattttatgcatgagatggctgaagatggaactggtgatggatctaca
atggaaattagaattgaaattccacgcaatagagaggatgatatggcccctgctgctgat
gacactgatgaagatatatctgccgaggatggtgaagatgatgaagacgaagatgaggag
aacaacaatctggaggaagatgatgcccatcggatgtctcatcctgacacagatcaggaa
gaccgtgaaatggatgaagaggaatttgatgaggatctgctagaagaagacgatgaagat
gaggatgaggaaggagtcatccttcgcctggaggaggggattaatggcattaatgtgttg
gaccatgttgaagtatttggtgggagcaacaatttgtctggggatacgctgcgtgtgatg
cctctagacatttttggtacaagaaggcaaggccgaagtacctccatatacaatcttctt
ggtagggctagtgatcatggtgttcttgatcatccacttctcgaagagccttcttcaaca
acgaatttttcagaccaagggcatccagagaatcttgttgagatggctttctctgatcga
aaccatgaaagtagctcctctcgtttggatgctatattccgcagcttgcgaagtggacgt
aatggacaccgctttaatatgtggctagatgacggtccacaacgtaatggatctgctgcc
cctgcagtacctgaaggcattgaagaattgctgatctctcatctgagacggcccactcct
caacctgatggccagagaacacctgttggtggtgctcaagaaaatgaccagcccaaccat
ggatcagatgctgaggcaagggaagtagcaccagctcagcaaaatgagaacagtgaaagt
acactgaatcctctagatctgtcagaatgtgctggccctgcacctcctgatagtgatgca
cttcaaagagatgtgtccaatgcaagtgagcttgctacagagatgcagtatgaacgtagt
gatgctataacacgtgacgttgaagcagtgagccaagcaagcagtggcagtggtgctact
ttaggggagagcctcagaagtttagaggttgaaataggaagtgttgaagggcatgatgat
ggtgaccggcatggaacttcaggcacctcagaacgtttacctttgggtgatattcaagca
gctgctcgatcacggaggccatctggaaatgctgtgccagtaagcagtagagatatgtct
ctggagagtgttagtgaggttcctcaaaatccagaccaagaacctgatcagaatgctagt
gaggggaatcaggagcctaccagagcggcaggtgctgactcaattgatcctacatttttg
gaggctcttcctgaggacttgcgagctgaagttctttcttcacgtcaaaatcaagtaact
cagacttctaatgaccaacctcaggatgatggtgatattgatcctgaattccttgctgca
cttccccctgatataagagaggaggtgctagctcagcaacgtactcaaaggatgcaacaa
caatcacaagaattagaaggacaacctgttgaaatggatgctgtttcaattattgcaaca
ttcccttcagaaatccgggaagaggtgcttttgacatctcctgacacactactagccaca
ctcacgcctgcactagttgctgaggccaacatgttaagggagagatttgctcatcggtat
cacagtagctccctttttggtatgaactccaggaacaggagaggtgagtcctcccgacgt
gacataatggcagcaggacttgatagaaacacaggtgatccctccagatcaactagcaag
ccaattgagactgaaggtgctcctcttgtcgatgaagatggccttaaagctcttattcgg
ttacttcgagttgttcagcctctatacaagggtcagctgcagaagctacttgtgaatctt
tgtactcatcggggtagcagacaggccttggttcaaattctagtggacatgcttatgctt
gatctgcaggggttttcaaagaaatcaatagatgcacctgagccaccatttaggttgtat
ggttgccatgcaaatatcgcatattcacgccctcaatcttcggatggtcttcctccatta
gtctcacgtcgtgtgctcgaaacgctcacgaacttggcaagaagccatccaaatgttgct
aaactcttgctctttcttgaattcccttgcccatcaagatgtttccccgaagcacatgat
cataggcatggcaaggctgttctcctagatgatggtgaagaacagaaaacctttgcactt
gttcttctgttaaatctgttggatcagccactttatatgagaagtgtagctcatcttgaa
cagttactaaaccttcttgacgttgtcatgcacaatgctgagaatgaaattaagcaagct
aagctagaagcatcatctgagaagccatctgcacctgataatgcagtgcaagatggtaaa
aataactccgacatttctgtatcatatggatcagagttgaatcctgaggatggcagcaaa
gcccctgctgttgacaacagaagtaacttgcaagctgttttgcgaagtcttcctcaacca
gagcttagattgctatgttcattgcttgcgcatgatggattgtcggacagcgcttatctc
cttgtaggtgaagtgttgaaaaagattgtggctcttgcccctttcttctgttgccatttc
ataaatgagcttgcacgttcaatgcaaaacttgacacttcgtgcaatgaaggagcttcat
ttgtacgagaattctgaaaaggctcttcttagctcttcatcagccaatggtactgcagtt
cttagagtagtgcaggctttgagctctcttgtcaatactcttcaagagagaaaggatcca
gaacagcctgctgaaaaggaccattcggacgcagtttcccagatttctgaaattaacaca
gcattggattctctgtggttggaattgagcaactgcataagcaagatagaaagctcttca
gagtatgcatcaaatctaagtcctgcttctgcaagtgcagctatgttaacaacaggagta
gcacctccattgcctgcaggaactcaaaacttattaccatatatagaatcattttttgtg
acatgtgagaagttgcgtcctgggcaacctgatgctgtacaagatgcttcaacttctgat
atggaagatgcttcgacatctagtggtgggcagagatcatctgcttgtcaagctagtctt
gatgaaaagcaaaatgcttttgtgaaattctcagagaagcacagaagattgctgaatgca
ttcatccgtcaaaactctggattgctggaaaagtcattctcgctgatgttgaaaattcct
cgcctgattgattttgacaataaacgtgcatattttcggtctaaaatcaagcatcagtat
gatcatcatcatcatagccctgttagaatttctgtgcgtcgtccatatattcttgaggac
tcctacaatcagcttaggatgcgatctcctcaggatttgaagggtaggctcactgtccaa
tttcaaggagaagaaggaattgatgctggtgggctgacaagggaatggtaccagtcgata
tcacgagtcattgttgacaagagtgcccttctgtttacgacagtcgggaatgatttgacg
tttcaaccgaatcctaattctgtgtatcaaactgagcacctctcatacttcaaatttgtt
ggacgagtggttggcaaagctctcttcgatggtcagcttttagatgcccacttcactaga
tctttctacaaacacatacttggtgtcaaggttacataccatgacattgaagccatcgat
ccttcgtactacaaaaacttgaaatggatgcttgagaatgacataagtgatgttttggat
ctcacctttagcatggatgcagacgaagagaaactgatattgtacgagaaggcagaggtc
actgattgtgagttgattcctggagggcgtaacatcagggttactgaggagaataagcat
gaatatgtcgaccgggtagcagagcatagattgaccactgccatcaggcctcagattaat
gccttcctggaagggtttaatgaactcattccacgggagctgatatctatcttcaacgac
aaagagcttgagcttctgattagtggtcttccagatattgacttggacgatttgaaaaca
aatacagaatattctggctacagcatagcctctccagtcgtccagtggttctgggaaatc
gttcaggggttcagcaaggaagacaaagctcggttcctccagttcgtcactggcacttca
aaggtaccgttggaaggttttagtgaacttcaagggatctctgggccacaaaggtttcag
atacacaaggcatacggcagcacgaaccatctgccttcagctcatacttgctttaaccaa
ctagacttgcctgagtacacgtccaaagagcagctccaggagaggttactgttggcaatc
cacgaagcaaatgaaggtttcggatttggctaa

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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 (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   PGDBJ (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (7)   
   RefSeq(nuc) (3)   
   GenBank (2)   
   EMBL (2)   
Protein domain (7)   
   Pfam (7)   
All databases (27)   

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