KEGG   Pyrus x bretschneideri (Chinese white pear): 103939677
Entry
103939677         CDS       T03446                                 
Name
(RefSeq) LOW QUALITY PROTEIN: E3 ubiquitin-protein ligase UPL1-like
  KO
K10592  E3 ubiquitin-protein ligase HUWE1 [EC:2.3.2.26]
Organism
pxb  Pyrus x bretschneideri (Chinese white pear)
Pathway
pxb04120  Ubiquitin mediated proteolysis
Brite
KEGG Orthology (KO) [BR:pxb00001]
 09120 Genetic Information Processing
  09123 Folding, sorting and degradation
   04120 Ubiquitin mediated proteolysis
    103939677
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:pxb04121]
    103939677
Enzymes [BR:pxb01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.2  Aminoacyltransferases
    2.3.2.26  HECT-type E3 ubiquitin transferase
     103939677
Ubiquitin system [BR:pxb04121]
 Ubiquitin ligases (E3)
  HECT type E3
   103939677
SSDB
Motif
Pfam: HECT DUF913 DUF908 UBM UBA UIM
Other DBs
NCBI-GeneID: 103939677
NCBI-ProteinID: XP_018501115
Position
Unknown
AA seq 3684 aa
MKLKRRRAVEVPPKIRSFINSVTAVPFEIIEEPLKGFIWEFDKGDFHHWVDLFNHFDSFF
EKHVKSRKDLQLDDNFLESDPPFPREAVLQVLRVIRIILENCTNKHFYSSYEQHLSSLLA
CTDADVVEGCLQTLAAFVKKTVGKYSIRDAALNSKLFALAQGWGGKEEGLGLIACAVQSG
CDPVAYELGCTLHFEFYASNDSTGDIPANQGLQIIHLPNITTHPETDLELLRKLIAEYKV
PSSLRFSLLTRLRFARAFGSVATRQQYACIRLYAFIVLVQANSDADDLVSFFNTEPEFIN
ELVSLLSFEDVVPEKIRILCLLSLVALCQDRSRQPTVLTAVTSGGHRGILSSLMQKAIDF
VTKDTSKWSVVFAEALLSLVTVLVSSSSGCSAMREAGFIPTLLPLLKDTNPQHLHLVSTS
VHILEAFMDYSNPAAALFRDLGGLDDTISRLQVEVSHVENGSKHQDEDSDIIGSSAQVVA
GTSTELDNMQPLYSEPLVSYHRRLLMKALLRAISLGTYAPGNTARVYGSEESLLPQCLCI
IFKRAKDFGGGVFSLAATVMSDLIHKDPTCFPVLDAAGLPSAFLDAIMDGVLCSAEAITC
IPQCLDALCLNTTGLQAMKDRNALRCFVKIFTSRTYLRALTSDTPGSLSSGLDELMRHAS
SLRGPGVDMLIEILNTISKIGHGVDAPYMSIDPLGSSTPVPMETDGEERNLVLSDNGESS
KTESSEQIVEPPSDSSVGNVELFLPDCVSNAARLLETILQNGDTCRIFVEKKGVEAVLQL
FTLPLMPLSVSVGQSISVAFKNFSPLHSASLARAVCSFLREHMKSTNELLVSVGGTQLAL
VEYAKQTQVLRHLSSLEAILSLSNVLLKGTTTVVSELGAADADVLKDLGSTYREIIWQIS
LCNDVKLDEKINAEQEPESAEAGLTNASGRESDDDANIPMVRYMNPVSIRNQPLWGGERE
FLSVVRSGEGLHRRSRHGFTRIRGGRTSRHLEALNVDSESSSTVSETSTSQDLKKKSPDV
LVIEILNKLASTLRSFFTALVKGFTSPNRRRGDSGSLSLVSKTLGTALAKIFLESLSFSG
HSTSAGLDTSLSVKCRYLGKVVDDMVSLTFDSRRRTCYTATVNNFYVHGTFKELLTTFEA
TSQLLWTLPYSVSASGIDPEKTGEGSKLSHGSWLLDTLQSYCRLLEYFVNSSLLLSTTSA
SQAQLLVQPVAVGLSIGLFPVPRDPEVFVRMLQSQVLDVILPVWNHPLFPNCSPSFIASI
VSLVMHVYSGVGDVKQNRSGIAGNTNQRLIPPPLDENTITTIVEMGFPRARAEEALRRVE
TNSVEMAMEWLFSHPEDPVQDDDELARALALSLGNSSDASKADSVEKSVDVLAEEGCVKA
PPVDDVLAATVKLLQSNDTMAFPLTDLLVTLSNRNKGEDRPRVVSYLTQQLKNCPLDFSN
DTSALSMVSHVIALLLSEDGSTREIAAKYGIVSTATDILMNFKGKDESGNEFLVPKCISA
LLLILDNMLQSRSRISEKVEDTQTGPLPDHALALQFLENGGLAALFGLPRSCFFPGYDTI
ASAIVRHLLEDPQTLQTAMELEIRQALSGNRHGGRTSARTFLTSMAPVISRDPVVFMKAA
SAVCQLETSGGRTFVLLLKEKEKEKEKSKAAGDEAGLSSNECVRISENKIHDGSGKCSKS
HKKIPPNLTQVVDQLLEIVFKYHFPNSQEDSANNPSAMEVDEPTMKVKGKSKVEEIRKVE
SESERSAGLAKVTFVLKLLSDILLMYVHAVGVILKRDLEMTQLRGSNQPDGLGHGGILHH
VIHRLLPLTIDKSAGPDEWRDKLSEKASWFLVVLCGRSSEGRRRVIIELVKALSLVSNLD
IASTLLPDKRVYAFVDLVYSILSKNSSSSNLPGSGFSPDIAKSMIDGGMIQCLTGILRVI
DLDHPDAPKTVNLILKVLESLTRAANASEQYFKSDETSKKKSTGLNGRSDDQVTAPSADA
TVGDNQNVSSEQGVGDIVQVVQGDQGTSQSEANPDGNPNQSVEQDMRIEVEGPLASNPPM
ELGMDFMREGMDEGNVLHNTDQIEMTFRVENRADDDMADLENDMGDDGEDDEDDDEGEDE
DEDIAEDGGGMMSLADTDVEDHDGTGLGDDYNDEMIDEDDDDFHENRVIEVRWREALDGL
DHLQVLGQPGAPSGLIDVADEPFEGVNVDDLFGLRRPLGFDRRRQTSRSSFERSVTETNG
FQHPLLLRPSQSGDLVSMWSAGGNSSRDLEALSSGSFDVAHFYMFDAPVLPFDHVPGNIF
GDRLGGAAPPPLTDYSVGMDSLQLSGRRGPGDGRWTDDGQPQAGPQAAAIAQAVEEQFIS
QLRSLAPADIPAEXXXXXXAERQSQNSGVQEKQPDLPPLSDSQVAVERDDSHERNEDQHQ
VGVDETTHQVNSISDAAPCQEQVNPESVVEGAGEFLQVPEPMSIMPPSTSSTPSDSMDIG
DGNGAAGEQVGSMPGSVNSSAEISAGLQCEGVSAVPSNAHDVTVEAVGCDRSSRTEGQVG
NVPTPGDSHTFLVPTNIDVDMNYIGEINEIGHPMPAFENRTDEPSRENTTVSQEANLAEQ
DLNNEANGANAIDPTFLEALPEDLRAEVLASQQVQPVQPPSYVSPSADDIDPEFLAALPP
DIQAEVLAQQRAQRVAQQAEGQPVDMDNASIIATFPADLREEVLLTSSEAVLSGLPSPLL
VEAQMLRDRAMSHYQARSLFGTSHRLNNRRNGLGFDRQTVMDRGVGVTIGRRAVSALADS
LRVKEIEGEPLLDADALKALIRLLRLAQPLGKGLLQRLLLNLCTHSVTRAILVRLLLDMI
KPKAEGLIGGLAAINSQRLYGCNSNVVYGRSQLLDGLPPLVLRRILEILTYLATNHSAVA
NMLFFFDFSGVPESLSPMHVETKKDKGKEKIGEAGSSKTSGNTQDADIPLILFLKLLNRP
HFVHSTAHLEQVMGLLQVVVYTSASKLEGQSQSEGADKPVGEASGDGQKGPPLESESGQG
DKPVSGESSTSDGKRSTDIYNVFLKLPESDLHNLCSLLGREGLSDKLYMLAGEVLKKLAS
VAAPHRKLFVSALSELAHGLSASAVGELVTLRNTHMLGLSAGSMAGSAILRVLQALCSLT
SPRASENSGLENDAEQEHTIMWKLNVALEPLWQELSNCISATETALGQSSFCRTMSIVNV
GDHAQGSSSPLPPGTQRLLPFMEAFFVLCEKLQENVSTMLQDQANITAREVKESSGNSDP
STTKCHSYGDSQRKLDGAITFTKFAEKHRRLLNAFIRQNPGLLEKSLTMMLKAPRLIDFD
NKRAHFRSRIRQQHEQHLSGPLRISVRRAYVLEDSYNQLRMRPTHDMKGRLNVQFQGEEG
IDAGGLTREWYQLLSRVIFDKGALLFTTVGNNATFQPNPNSVYQTEHLSYFKFVGRVVAK
ALFDGQLLDVYFTRSFYKHILGVKVTYHDIEAVDPDYYKNLKWMLENDVSDIPDLTFSMD
ADEEKHILYEKNQVTDYELKPGGRNIRVTEETKHEYVDLVAEHILTNAIRPQITSFMDGF
KELVPGELISIFNDKELELLISGLPEIDLADLKANTEYTGYTSASDVVKWFWDVVESFDK
EDMARLLQFVTGTSKVPLEGFRALQGISGPQKFQIHKAYGAPDRLPSAHTCFNQLDLPEY
TTKEQLHERLLLAIHEASEGFGFG
NT seq 11055 nt   +upstreamnt  +downstreamnt
atgaagttaaaaagaaggagggcggttgaagtgcctccaaaaattagatccttcatcaat
agtgttactgctgttccctttgagattatagaggaacctctgaaaggtttcatctgggag
tttgataagggagatttccatcattgggttgatcttttcaaccattttgattcatttttt
gagaagcacgtaaaatccaggaaggatttgcagcttgatgataattttctagaaagtgat
cctccttttccgagagaagctgttcttcaagttctccgtgtaataaggataattttggag
aactgcacaaataagcatttctacagttcttatgagcagcatctttcatctctgcttgct
tgcactgatgcggatgtggttgagggttgcctgcagactttggctgcttttgtaaagaaa
acagtcggaaagtattccattagagatgctgcactaaattcaaagttattcgctcttgca
caaggttggggggggaaagaagagggtcttggattaattgcttgtgcggtacagagtggt
tgtgaccctgttgcctatgagttaggttgcacccttcattttgagttctatgcatccaat
gattcaacaggtgacatccctgccaaccaaggattacaaatcattcacttacctaacatc
actactcatccagaaacagatcttgagcttttgcgtaagttaattgctgagtacaaagta
ccctcaagcttaagattttctttattgacaagattgcggtttgcaagggcttttggttct
gtagctactcggcagcagtatgcatgcatccgcttatatgccttcatcgttcttgttcaa
gcaaatagtgatgcagacgatcttgtttctttcttcaacactgaacctgagtttatcaat
gaattagtgtcattgttgagctttgaggacgtggttcctgagaaaattcgaattctatgt
cttctttcactggttgctctttgtcaagatcgatcccggcagcctactgttttgactgct
gtcacatctggtggtcatcgtggaatcctatccagtctcatgcagaaggccattgatttt
gtcaccaaagatacatcaaagtggtctgttgtttttgctgaggctctattatctcttgtc
acagttttggtgtcatcatcatcaggttgttcagccatgcgtgaagctggttttatcccc
acccttctgcctttgcttaaagatacaaacccacaacaccttcatttggtcagcacatct
gtgcacattttagaagcttttatggattacagtaatcctgctgctgcattgtttcgggat
ttgggtggtttagacgatacaatctctcgcctacaggtggaagtgtctcatgtagaaaat
ggctcaaagcatcaagatgaggattctgatatcattgggagtagtgcacaagtagttgca
ggaacttccacagagttggacaacatgcagcctttgtattcagaaccactggtttcatat
cacagacgactgcttatgaaagctttattgcgtgctatatccctggggacttatgcccct
ggaaatactgcccgtgtttatggctcagaggagagtctattgccgcaatgcttatgcatt
atatttaaaagggcaaaggattttggtggcggggtattctcactggcggcaactgtcatg
agtgatttaatacacaaagatcctacctgttttccagtcttagatgcagcaggccttcct
tctgccttcttggatgctataatggatggcgttctttgctctgcagaagccattacatgc
ataccacaatgtctggatgccctatgtttaaatactactggtcttcaggccatgaaagat
cgcaatgctttgaggtgttttgtgaagatatttacttcaagaacttatctgcgtgccctg
accagtgacacaccaggctcgttatctagtggattggatgaattaatgcgccatgcttcc
tcattgcgtgggcctggagtggatatgctgattgagatcttaaataccatttcaaaaatt
ggacatggggttgatgctccttacatgtcaattgatcctttgggctcttctactcctgtt
cccatggaaacagatggagaagagaggaatttggtcctgtctgataacggggaatcatcc
aaaacggagagttcagagcagattgtggaaccaccttctgattcgtcagtggggaatgtt
gaattatttcttcctgattgtgtgagcaatgccgcacgtcttcttgaaacaatacttcag
aatggtgacacatgtcgtatatttgtggagaagaagggggttgaagctgtcctgcagtta
tttaccttgcctttgatgcctctttctgtttcagttggccagagtatttctgttgcattt
aagaacttctcaccactacattctgcttctttggctcgggcagtttgttcattcttgaga
gagcatatgaaatcaacaaatgaactcttagtttcagttggagggactcaacttgctttg
gtggaatatgcgaagcaaactcaagttttgagacatctttccagtcttgaagctattcta
tctctgtctaatgttctgttgaaagggaccactactgtggtgtctgaactgggtgcagca
gatgctgatgtattgaaagatctcgggagcacatatagggaaataatttggcaaatctct
ctgtgcaatgatgtcaagttagatgagaagatcaatgctgaacaagaaccagagagtgct
gaggcaggtctgactaatgcgtctggaagggagagtgatgatgatgctaatataccaatg
gtgagatatatgaacccagtttctatcaggaatcagcccttgtggggtggagaacgcgag
tttctttcagttgttcgctctggtgaaggtttgcaccgtcgtagtcgtcatgggtttaca
cgcataaggggtggaaggacaagccggcatttggaggctttaaatgttgattctgaatct
tcatcaacagtatcggagacatctacttcccaggatttgaaaaagaaaagtcctgatgtt
cttgtgatagaaatcctcaacaagctggcttccacactgcgttccttcttcacagctctt
gtcaagggattcacatcaccaaatcggcgtagaggtgactctgggtcattgagtttggtt
tccaaaactcttggaactgccctagctaaaatatttctcgagtctcttagtttctctggg
cattctacatcagctgggcttgatacttcactgtcagtcaagtgtcgatatcttggcaaa
gttgtcgatgatatggtatcacttacattcgacagcaggcggcgaacgtgttatactgca
acagtaaataatttctatgtgcatggtacttttaaggagctgcttacaacatttgaagct
actagtcagttgttgtggacactaccatactctgtgtcagcatcaggtattgatcctgaa
aagacaggtgaaggaagtaaactttcccacggttcatggctgcttgatactttacagagc
tattgccgtctgctcgagtattttgttaattcttctttactcttatccacaacctctgca
tctcaggcgcagttgcttgttcagccagttgcagttggtttgtcaatcgggcttttccct
gtgccaagggacccagaagtttttgttcgtatgttgcaatctcaagttcttgatgtgata
cttccagtctggaaccaccctttgtttccaaattgtagtccaagtttcattgcttctatt
gtctcgcttgtcatgcatgtatattctggtgttggagatgtgaagcagaatcgcagtggc
attgctggaaatacaaaccagcgattgatacccccaccacttgatgaaaatactattacc
accattgttgagatgggttttccaagagctagagcagaggaagctcttaggcgggtggaa
acaaatagcgttgaaatggccatggagtggctctttagtcatcctgaggatcctgtgcag
gatgatgatgaactggctcgggcacttgctctttcactaggaaattcatcagatgcatcc
aaagctgatagtgttgaaaagtctgttgatgtgctggcagaagagggttgtgtgaaagct
cctcctgttgatgacgtccttgcagcgacggtcaaattgcttcaaagtaatgataccatg
gcattcccattgacagatttgcttgtgacgcttagcaaccggaacaaaggtgaagatcgt
ccaagagttgtatcttatcttactcaacagctaaagaattgtccattggatttttctaat
gataccagtgcattgagtatggtttcacatgttattgcattacttctttccgaggatgga
agcacaagggaaatcgctgcaaagtatggtattgtgtctactgcaacagatatcttgatg
aactttaagggcaaagatgagtcaggcaatgagtttcttgtcccaaaatgtatcagtgct
cttctgcttattttggataacatgttgcaatcaaggtccagaatttctgaaaaggttgaa
gatactcaaacggggcctttacctgatcatgctctagcattacaattccttgaaaatgga
ggcctggcagctctatttggccttccaagaagttgttttttccctggatatgatactatt
gcatctgctatcgttcgccatctccttgaagatccacaaacactgcaaacagcaatggaa
ttggagatacgccaagccctgagtggaaacaggcacggtgggcgcacttctgcacgaaca
ttcttgacatcaatggcacctgtaatctccagagatccagtggtttttatgaaagctgct
tctgcggtttgccagttggagacatcaggaggtaggacctttgttctgttattgaaggaa
aaagagaaggaaaaggaaaaatctaaagcagcaggtgatgaggctggattatcttccaat
gagtgtgtgcgcatttctgaaaataagatacacgatggatctggtaaatgctcaaaaagt
cacaagaagatccctcccaatctcactcaagtggtagatcagcttcttgaaatagtcttc
aaataccatttcccaaatagccaggaagactctgcgaataacccatccgctatggaggta
gatgagcccactatgaaggtgaagggtaaatcaaaggttgaagagatacggaaagtggag
tctgaatctgaaagatctgcagggttggctaaagttacctttgttctcaaattactgagt
gatattcttcttatgtatgtacatgcagttggggttatacttaaacgtgatttagaaatg
actcaattgcggggatctaatcaaccagatggtcttggacatggtggtatactgcaccat
gtaattcatcgattgcttccactcaccattgataaatctgctggacccgatgaatggaga
gacaagttgtccgaaaaagcttcttggttcctggtagttctgtgtggtcgttccagtgaa
gggcgcagacgagtaattattgaacttgtaaaggctttatccttggtttcgaacttggat
attgcttccaccttattacctgataaaagggtttatgcgtttgttgatttggtgtattca
attctgtcaaaaaattcatcatccagcaacttacctggttctggattttcaccagacata
gcaaaaagcatgatagatgggggaatgattcagtgtctgactggtatccttcgggtgatt
gacttagaccatcctgatgctcccaaaactgtgaatttgatactcaaggtgttagaaagc
ctaacaagagctgctaatgctagtgagcaatactttaaatctgatgagaccagcaagaaa
aaatccacagggttgaatggaagatctgatgatcaggtaactgccccatcagctgatgca
actgtgggggataatcagaatgtaagcagtgagcagggtgtgggagatatcgtacaggtt
gttcaaggggatcaaggaacttctcaaagtgaagctaatcctgatggaaatccaaaccag
tcggtggaacaagatatgaggatagaagttgaaggaccgctagcttctaatccacctatg
gagcttgggatggatttcatgcgtgaggggatggatgaaggtaatgtactgcacaacact
gatcaaattgagatgacttttcgtgttgagaatagggcagatgatgacatggctgattta
gaaaatgacatgggtgatgatggcgaggatgatgaggatgatgacgagggagaggatgag
gatgaggatatagcagaggacggtggtggcatgatgtctcttgctgatactgatgtggaa
gaccatgatggtaccggcttgggtgatgattacaatgatgaaatgattgatgaagatgat
gacgattttcatgagaatcgtgtcatagaagtgagatggagggaagcccttgatgggctt
gaccatttgcaggtacttggacaaccgggagctccaagtggtctcattgatgttgctgat
gaaccttttgaaggtgttaatgtggatgacttgtttggtctaagaaggccgttgggtttt
gaccgccggcgtcagacaagtaggtcttcctttgagcgatctgttacagaaacaaatgga
tttcaacatcctctcctcttaagaccatcgcagtctggggatttggtctcaatgtggtca
gcaggtggaaattcatccagggatttagaagccctgtcatcagggagctttgatgtagct
catttctacatgtttgatgctcctgttctaccttttgatcatgtaccaggcaatattttt
ggtgaccgcttgggtggtgcagcacccccaccgttgactgattattctgtaggtatggat
tcattgcagttatcggggcgaagagggccaggtgatggtcgatggaccgatgacggccag
cctcaagcaggtcctcaagccgctgctattgcacaagcagtggaggaacagtttatatca
caattacgcagtcttgctccagctgatatccctgctgaannnnnnnnnnnnnnnnctgct
gaacgacagtcccagaactcaggagtgcaggagaaacagccagatctccctcctttaagt
gatagtcaagtagcagtggagcgtgatgacagccatgaaagaaatgaagatcagcatcaa
gttggggttgatgaaacaacacatcaagttaactcaatttctgacgctgctccctgtcaa
gaacaagtcaatccagaatctgtagtcgaaggtgcaggggagttcttacaggtacctgaa
ccaatgtcaattatgccaccttcaaccagcagtacaccaagcgatagcatggacattggt
gatgggaatggtgctgctggtgagcaagtagggtcaatgccaggttctgtcaactcgtct
gcagaaataagtgctggtttacaatgtgaaggggtttctgctgtgccttctaatgcccat
gatgttacagtggaggctgtgggttgtgatagatcctcaagaacagaggggcaggttggt
aatgtgccgactccaggtgattctcatacttttttggtgccaacaaatattgatgttgat
atgaattacattggtgaaataaatgaaattggccatcccatgcctgcttttgaaaatcgt
acagatgaaccatcaagggaaaacacaactgtttctcaagaagctaatctggctgaacaa
gatttgaataatgaggctaatggtgctaatgcaattgatccaaccttcttggaagctcta
cctgaagatttgagggccgaagttcttgcttcacagcaagttcagcctgttcaacctcca
tcttatgtgtcaccttctgcagatgacattgatcctgagtttttagcagcccttcctcca
gatatccaagcagaagttttggctcaacaaagagcacaacgggttgcacagcaggctgag
ggacaaccggttgacatggacaatgcttcaataattgctacttttccagctgatttacgt
gaagaggtgcttttaacttcttcagaagcagttctgtctggattgccttctccattgctc
gttgaagcccaaatgctaagagaccgagcaatgagtcattatcaggctcgcagccttttt
gggacgagccacaggctaaataaccggagaaatggattgggttttgaccggcagacagtg
atggacagaggtgttggagtcactattggccggagggcagtttctgctcttgcagacagc
ttaagggttaaggaaattgaaggagagccgctcctggatgctgatgcattgaaagcctta
attaggctattacgattggcgcagccccttggtaaaggactcttgcagaggctcttgttg
aacttatgtacccacagtgttacacgagcaatcttagttcgtcttttgctcgatatgatc
aaacccaaggctgagggcttaatcggtggattagcagctattaattcccaaaggctttac
ggttgcaattcaaatgttgtttatggtcgatcacagttgttagatggtcttcctcccttg
gtgctgcgtcgaattcttgagatcttgacttatttggccacaaatcattctgctgtggca
aatatgttattcttctttgatttctctggtgttcctgagtcattaagccctatgcatgtg
gaaaccaagaaggacaaaggcaaggagaaaattggagaagcaggatcttcaaaaacttct
ggaaacacccaggatgctgacattcccctgatattgttcctgaagctcctgaaccgacct
cattttgtacacagcactgctcatcttgagcaggtcatgggcctgcttcaggtggttgta
tatacttcagcttcaaaattagagggccagtctcaatctgagggggcagataagcctgtt
ggtgaagcatcaggagatggtcaaaagggtcctcctttggaatcagaatctggtcaggga
gataagcctgttagtggtgaatcatcaacttcagatggaaagaggagtacggatatatat
aatgttttcttgaagctgccagaatctgatctgcacaatctttgcagccttcttggtcgt
gaggggctttcagataaactttatatgcttgctggtgaggtcttgaagaagttggcctca
gttgcagcgccccatcgaaaactttttgtctcagcgctgtcagaactagctcatggtttg
agtgcctcagctgttggggagcttgtcactctccggaacacacatatgttgggtttaagt
gctggatcaatggctgggtcagcaatcttacgtgtattacaagcactttgctccctcact
tcacctagggctagtgagaattcaggactggagaatgatgcggagcaggagcataccatc
atgtggaagctaaatgttgcacttgagccactgtggcaagaattaagcaactgtataagt
gcgactgaaacagctctgggtcagagttctttctgtcgaaccatgtctatagtaaatgtt
ggagaccatgcacagggttcttcatctcctctcccccctggaactcagaggctcctgcct
tttatggaggcattttttgttttatgtgaaaagctacaagagaacgtctctacaatgctg
caagatcaggcgaatataactgcaagagaagtcaaagagtcctctggaaactcagatcct
tcaactactaagtgccacagttatggggattctcagagaaagctcgatggtgctattaca
tttacaaagttcgctgagaagcaccgccggcttttaaatgcttttatcagacagaatcca
ggtttgttggagaaatcccttactatgatgctgaaggcaccaaggctaattgattttgac
aacaagagagcgcatttccggtcaagaattaggcaacagcatgagcaacatctctctggt
cctctgagaataagtgttcggcgggcttatgttttggaggattcttataatcagttgcgc
atgcggcctactcatgacatgaagggacgattaaatgtccaattccagggggaagagggt
attgatgctggaggtctgacacgagagtggtatcaattactgtcgagggtcatatttgac
aagggggcattgcttttcaccactgtaggaaacaatgcaactttccagccaaaccctaat
tctgtctaccagacagaacatctgtcatattttaaatttgtgggccgtgtggttgcaaag
gcactttttgatgggcaacttttggatgtttatttcactcgatccttctacaagcatata
cttggtgtaaaggtgacttaccatgatatagaggctgtggatcctgattactacaagaat
ttaaagtggatgttagagaatgacgtgagtgacattcctgacctgacgtttagcatggat
gcggatgaagaaaagcatatcctttatgagaaaaaccaggttactgattatgagctgaaa
cctggaggaagaaatattcgggttacagaagaaacgaagcacgagtacgttgaccttgta
gctgaacatatcttgacaaatgctatccgtcctcaaattacttccttcatggatgggttt
aaggaattggtcccgggagagcttatctctattttcaatgacaaggagcttgagctactc
atcagtggtcttccagagattgatttggctgatttgaaggccaacaccgagtacactggc
tacacatcagcatctgatgttgttaaatggttctgggacgtggttgaaagtttcgacaag
gaggacatggcgagactgctgcaatttgtgactggaacatcaaaggttccattggaaggt
ttcagggcgttgcaaggtatatctggtcctcagaaatttcagattcacaaggcttatgga
gctcctgacaggctgccctccgctcatacatgctttaaccagctagaccttcccgagtac
accaccaaagaacagcttcatgaacgattgttacttgctattcatgaagctagtgaagga
tttggctttggttga

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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 domain (6)   
   Pfam (6)   
All databases (16)   

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