KEGG   Ustilago maydis: UMAG_05564
Entry
UMAG_05564        CDS       T01021                                 
Name
(RefSeq) hypothetical protein
  KO
K10592  E3 ubiquitin-protein ligase HUWE1 [EC:2.3.2.26]
Organism
uma  Ustilago maydis
Pathway
uma04120  Ubiquitin mediated proteolysis
Brite
KEGG Orthology (KO) [BR:uma00001]
 09120 Genetic Information Processing
  09123 Folding, sorting and degradation
   04120 Ubiquitin mediated proteolysis
    UMAG_05564
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:uma04121]
    UMAG_05564
Enzymes [BR:uma01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.2  Aminoacyltransferases
    2.3.2.26  HECT-type E3 ubiquitin transferase
     UMAG_05564
Ubiquitin system [BR:uma04121]
 Ubiquitin ligases (E3)
  HECT type E3
   UMAG_05564
SSDB
Motif
Pfam: DUF913 DUF908 UBM UBA
Other DBs
NCBI-GeneID: 23565421
NCBI-ProteinID: XP_011391872
UniProt: A0A0D1DVT1
Position
18:390150..401348
AA seq 3702 aa
MKITKTPKRLAPAAPEILALQDRITKSSDDELPAVLDSVSEWCWPRGDLYYWTGLLNRFD
NILENICRDYELSKIQANDFTPLTKRLLVSILRFSRLLIENCTNRKLYSSFEHLNDILYT
HDLDVLEAALRLVLRAAQQHSSHHPRHEFQISKERLTTLAMIWTPRDHGLSLVDIAQSEK
LNPSELSHVRFQFFKRSGSTASAQPVASASTLSTTDSSHAARNSPHQQQQHNHHNPSTST
PTRLRNRDSRPAMLPALSTGALPATPTRTGDRGDNNATQASSAAVPAGRREGLVTVDLGR
ITPDHGDAADLLAKAIETYEVPQEERFELFQRIRLALGLQDARDRSQLLVCRLLAIACYG
LVIGESIASTQLFLYEPDLIQRIAALVDPVQSIDMAVQSSAFYALDSLGRYRNRVSVVLN
SVNASVNHGIILSVMRNLIDDLRKAEPASTEHFVDSVLSFVAFIATSSSASHTIVGAGLV
PLLVELVDIRSPDRYMVQRTISRALGLIDSLTYAVPQAFDLFCNARGLDVLVDRIKAEVN
RDIDDGAADRMSDSVFGEPGPDNLYGRLSFGRASLLRSMFKTITQMMASTGTGDGLRNLV
NTSLPDSLKRIILHRNIFGPQILALAILITSTFVHNEPTSLAILQEAKIPDVLFDAIEAD
IEAHWEVIYSIPNAIGAICLNQAGLDLFNSRHLIPKLFSLFTSERHTKVFQDRDNANAFG
AAIDELMRHQPSLKPLVMESIMRSLDDISQMGRTFELPQDPKARAAYGLLAVGDAAAAAA
AAGARAVALADVVTDEPDPIRKEDLTKLETNPVIAAIDVVSRFLEGLFQTSSHCKEFIKM
DGLEKLLGYYSLPCLPYDFSASLLADSLVTLIRLMAEISPSTVLIAMLRDIKVAWEQVTA
LLGLPDKSSASIPHDDKSRFLWMATPRDDAEANTANAAFRKLVGLCSRTHLFTDVCTITY
VGHKLPSIFLQTLVSSSTSGTISIAELGAMHRACAWENMLLKTSLPPPPPSSATEKISTE
VSSAGAPQTGSQSPSVATEAPGQASTNANRTAGSFTQTQATQVQRTPQHGVPDDLLQDLA
GTVEQRAQSRSSLQPEQEQPGHKNAAALRYVASQIPSSLTSLFEETVRYLAPRRSVDAAH
KTAAHTASIEIAKSLTEHLAWRESSNGINSFAFATLMICQTSCLLFDERPNSPTVYPAIL
RALDKQGGLEALFDLFRRYVAEIDRFYNGHGNSMKLSASDIDEAGIKLGHTCGGLKVSLG
VLLKLAHCKGLIDSAQTTQLIREGGKDVFEPHAYLVKIRLDVLQLLLAAWDKPWLPSLPA
SVNRLMLQNLLTILKAQNESASAPKKTSTASGSSGAAGSFESAIPTLLNMPNPFAFGSAP
RVIPAPIRRPPNEERVRTMVDMGFPEGAARHALSRCQNNLNAATEYLLARDDLVVHYRDN
PNQPWNGQGITGSSEGLNGARPAALPAIEIAPPATDAVAPATNDDADAWDDEEDRTLAHD
ESNASSDDVPDAPMADAGGSDASAADTGDKKPEVDDTMDADKAAKIKLDLDQRRNALRAS
LVERGLELADHHPALVFEVKSAILLQVSERTKAMTHIEALVKVIDSEASSAFGDKADFVA
LRMQLLALVLHDEQIFKQLDRDVVNSALTSLERLIQIYSTWSPSIRGSSNAAPASQSECL
AEVTRTGTSEPLPKSSSQPKWLASLILALIGILGFSEDIAEVKPDDELLEDPVDDNPLSS
GGSGDATTKSDEAKAAAGGTPSSTACISTTDKPVLPRVRVGPVSISDTLFRFALQIFRQA
TSLERNDLLAAFRLLTVLTRNSSVAARFAREGGVHLMFEPFHVLEPKQVSGCQPFVALVL
RHIVEDAQTLATVMTQEIHGLVAQSRNKTSDTSTLVRQLDCAVLRDPDVFLDSAVSKLEM
TEYSPTKGSGHVRLIQGTTAAETGAKESPSDLAGNGQASLASLRLGDDPKETKTDAATGK
TADEPGFFKSAVQSSVVSAPSEELDGLIAFLLTELLKSTSKKSLSTTASASDAATSTANQ
DSVQVSAQNAADSPDNTAAPAHSTASNDATSIRTEEEKQDDIAFFYSTFLMQCLTELLSS
YSSCKTSFVNFSKKRLFAATAGNVASQVSAPAASAPNSVSFAPGTPGSKDAVRSRAGILG
TFLSELVPAGFLSSYGSNELRRKMTLSNWAMSVLVALTADVSVHIDVKEVPADLIMVRKI
VLDAIARTIKEAASSSEPIEVRYGRLYALSDLCYRLLIARPNSTGGKQTEDLTLHMAKTM
LEKNYVTVLTSAIADVDLNLPTVKSLLEAILRPLEHLTKVSIKMGKAKDKNSGRTVIDES
EDDSEFSSDYDMEEDFDDEDEDDEEIERQETPDFYRNSSLGMHTGEMETGLEDDEMSDED
MDEDEDDMEMEDFDSETGSELSTDEELEGLDGDDPHIMELTDSDADMDDSSDEDSDSDGD
DHTHSHSRGHGSHRDDASIVDEEDGWTTEDEEDEGEDNFDDEDEEALDFVFEDSDDGISA
NPDDVDDEHVIGMDDDVGDGLLDDEEIEMLEEDSMDGHDDMSQLELAEEYAAPVDDRFGA
NWGWTATADPRSGGSGAYGDRPRTSGVLPPNFFLPNAIANVGSGTGGHRRRNLLDFDSMM
APRRLAPPSDEISTHPLLVDQSDADASRHAGRGARRGSGGGPLASGHADWAQSVEEFVGE
GALQFLENLLTRGGAAGGTQGIRIELGDGGRMRIDGIDVSGRLGRGGPHHHHHLHHHHHH
SHTHHGQAVLGGDGQRASSSRQAASQNDPVTLAQSFTPMPTLTRWSEEALILLPSSSVSN
ERTSKMRNHVINALLSGFKKHRLETRRQLEESRKACEQARQTKEEAKADIERLREGKQRT
EKELEEARERLRHGEERARQMLAEGDAAYEAEASGTGAVTASDSVSIGGDASVAPASSSS
VTDDVEMVDVEAAATSRSSSQSQPAEATSDAGAAQAQPRPSAEAARATITINGEEIDITD
TGIDPTFLEALPDDLREEVLNQHFRERRAAEATSNLPQPTSIAPEFLDALPPELRAEVIQ
QETLEASRRRMREEMASRVDGDRAGQSAAQAAGERSLGAGSGRSDEDGIGGINLIDGSRG
AALGGHDVEALLGEVDEMGDMLGLPSLGGERTEGGSRQHRRFEDEEERQDVSNGTIRALP
GSSAGRMSTIPVHMLDVTGRVGATELHGRERVDMARGGASSRDGIQLLDKSGVATLVRLL
FFPQMNAKQTALHKVLANLCENLKTRSELLNLLLMVLSEGSVDAHAVDRSFVSMSNRANR
MHSTPSRPTPKRANSGPASAMHGHSSTPGGQGQGMAGSTAPLSKTGDEAPFLIASRSIDT
LLHLTSVNTHAALWFLRNDARPPKRGKGKEREKEKETDGWERGTAPINVLLGLLCKETIL
GNSQLVDSLLALIHSVTKPLYYTAAKTSGTSASKGVADNIATNASAEAASSTEMARSDGG
GVRENEAVVTAGESASGATTGERDREAGTLMVGSHLKAELDELPTIPADRLCNLVKPLTT
ALSSKGFQHTLWIAAHVNCIDGARDTICGALQAQANQASRSLMGDLDALLATLPEAVAED
EEEELGDKKANTNANANASARGGGDGELTPGGAATAAAAAASAGVTQSGIVISGPTVTDR
LSAMSGAQRIESKALATLASPTNAQAVLLRSLRALNYIMTGR
NT seq 11109 nt   +upstreamnt  +downstreamnt
atgaagatcacaaagacgcccaagcgtctcgcaccagctgctcccgaaattctagcgctg
caggaccgcatcacaaagtcgtccgacgacgagttgcccgccgtgcttgacagtgtatcc
gaatggtgctggccacgaggtgatctgtactactggaccggactgctcaaccgcttcgac
aacatccttgaaaatatctgccgcgactacgagctgtccaagattcaagccaacgacttc
acgccgctcacaaagcgtctcctcgtcagcattctgcgcttctcgcgtctcctcatcgag
aactgcaccaaccgcaagctctacagctctttcgagcatctcaacgatattctctatacg
cacgaccttgatgtccttgaagccgccctccgtctggtgctccgtgccgcacaacagcac
agcagccaccatcctcgacatgagtttcagatctccaaggagcgtctcaccacgctcgcc
atgatctggaccccgagagaccatggtctctcactcgtcgacattgcccagtcagaaaag
ctcaatccttcggagctctcgcatgtgcgcttccaatttttcaagcgtagcggctccact
gcatccgcacagccggtcgcttcggcgtctacattgtccacaaccgattcctcccatgcc
gctcgcaactcgccacatcagcagcagcagcacaaccatcacaacccctccacctctacg
cccacacgcttgcgcaaccgcgatagtcgtcccgccatgcttccagctctctccaccggt
gcactgcctgctacgcctacacgcacaggggaccgtggcgacaacaatgccacgcaggct
tctagcgctgccgttcctgctggtcgtcgtgaaggtctggtcacggtcgaccttggcagg
attacacccgaccatggcgatgcggctgatctactggccaaggctatcgagacttacgag
gtcccccaggaggagcgtttcgagctctttcaacgtatccgtctggccctcggactgcag
gatgcgcgcgaccgcagtcaattgctcgtttgccgcctccttgccatcgcttgctacggt
cttgtcattggcgagtcgatcgccagcacacagcttttcctctacgagcctgacctgatt
cagcgcatcgctgcccttgtggatcccgtgcagagcatcgacatggcggtgcagagcagt
gctttctacgcactcgatagtctcggtcgctatcgcaacagggtcagcgtggtgctcaac
tccgtcaacgcttccgtcaaccacggcatcatcctcagcgtgatgcgaaacctcatcgac
gaccttcgaaaagctgagcctgcttcgaccgaacactttgtcgactcggtgctcagcttt
gtcgctttcatcgccacctcctcttcggcaagccatacgattgtcggtgccggcctcgta
cctctcctcgtcgagctcgtcgacattcgcagcccagatcgatacatggttcagcgcacc
atttctcgtgccctcggcctgattgatagcctcacttacgcggtgccccaagccttcgac
ctcttttgcaacgcgcgcggtctcgacgtccttgtcgatcgcatcaaggccgaggtcaac
cgtgacattgacgatggcgctgccgatcgcatgagcgacagcgtgtttggcgagcccggc
ccggacaacttgtacggccgcctctcctttggccgcgcctcgttgcttcgatccatgttc
aagaccatcactcagatgatggcttccactggcaccggtgatggccttcgcaacctcgtc
aacacctccctgcccgactcactcaagcgtattatccttcaccgcaacatcttcggtcca
cagatcttggcgctcgccatcctcatcacctcgacctttgtccacaacgagcctacctcg
ctagctatcttgcaggaggccaagattcccgatgtcttgttcgatgctattgaagctgat
attgaggcccactgggaggtcatctactcgatccccaacgccattggagccatctgcctc
aaccaggccggcttggatcttttcaactcgcgtcacttgattcccaaactcttttccctc
ttcacctcggagcgtcacaccaaggttttccaggaccgcgacaatgccaacgcgtttggt
gccgccatcgacgaacttatgcgccaccaacccagtctcaagccgctcgtcatggagtct
atcatgcgctctctcgacgacatcagtcagatgggccgcacgtttgagcttccgcaggat
ccaaaggcgcgtgcggcctacggcttattggcagttggcgatgctgctgcagcagcagcc
gctgctggcgctcgcgctgtggcgctcgcggacgtcgtgacggatgagcccgacccgatc
cgcaaggaagatctcaccaagctcgagacgaacccggtcatcgccgccatcgatgtcgtg
tcacgcttcctcgagggtctttttcaaaccagctcgcactgcaaagagtttatcaagatg
gatggcctcgaaaagctgctcggctactactcgctgccctgcttgccctacgacttttct
gcatcgctgcttgccgactcgctagtgacgctcattcgcctgatggctgagatcagccca
agcaccgtcttgatcgctatgctccgagacataaaggttgcctgggagcaagtcacggcg
ctactcggcttgcccgacaagtcctcggcctccataccccatgacgataagtcacgtttc
ttgtggatggcaacacctcgagatgacgccgaagcgaatacagccaatgccgcttttcga
aagctcgtaggtctgtgctcacgcacacacctcttcacagacgtatgcaccatcacctac
gtcggtcacaagctgccgtccatcttcttgcagacgctagtttccagctccacatctggc
acgatcagcatcgccgagctcggcgcaatgcaccgggcctgcgcctgggagaacatgctg
ctcaagacttcactccctcctccgcctccatcatctgcaacagaaaagatctcgacggag
gtcagctctgcgggcgctccacagactggatcacagtcgccctcagtagccaccgaagca
cctggacaagcgtcgaccaacgcgaaccgcactgcaggctcttttacgcagacgcaggcg
acacaggtgcaacggacccctcagcacggtgtcccggatgacctattgcaggacctggcg
ggaacggtagagcagcgcgctcagtcccgcagctccttgcagcctgagcaggagcaacct
ggccacaagaatgcagctgcgctgcgctacgtagcatcgcagatcccgtcttcgttgaca
tcgctcttcgaagagacggtgcgctacttggctccgcgtcgcagcgttgacgcagcacac
aagacggcggcgcacacggcttcaatcgagatcgccaagtcgctcacagagcaccttgct
tggagggaatcgagcaacggcatcaatagctttgcctttgccacgctcatgatctgccag
acgagctgtcttctgtttgatgagcgtccaaactctccgaccgtctaccccgccatcttg
cgagccctggacaagcaaggcggcctcgaagcgctctttgatctatttcgtcgctacgtg
gccgaaatcgaccggttctacaatggtcacggcaacagcatgaagttgtcggccagcgac
attgacgaagctggcatcaagctgggccatacgtgcggcggtctgaaggtgtctctgggc
gtgttgctcaagctggcgcactgcaaaggtctcatcgattcggctcagacgacacagctc
attcgcgaaggcggcaaggatgtgtttgagcctcatgcctacttggtcaagattcgcctc
gatgtgttgcagctgttgctagctgcgtgggacaagccttggctgccttcgttacctgcg
tctgtcaatcggttgatgcttcagaatcttctgaccattctcaaagctcagaacgagtct
gcatccgctcccaagaaaacgtcgacggcttcgggctcttcgggtgcggccggatcgttt
gaatcggctattccgacgctacttaacatgcccaatccgtttgcattcggaagtgcacct
cgtgtgatcccggcgcctattcgcaggccacccaacgaggagcgtgtgcgcacgatggtc
gacatgggcttccccgagggtgctgcacgccacgctctctcgcgctgtcagaacaatctc
aatgcggccaccgagtatctgttggcacgcgatgaccttgtcgttcactaccgggataat
ccgaatcagccttggaacggtcaaggcattactggctctagcgaaggtctaaatggagct
cgtccggctgccctgcccgcgattgaaattgctcctccggccactgacgccgttgcacca
gccacgaacgacgatgcagatgcatgggatgatgaagaggatcgcactcttgctcatgac
gagtccaatgcatccagtgacgatgtgccggatgcacctatggcggatgctggaggcagc
gacgcttctgctgccgacactggcgacaagaagcccgaggtagacgacacgatggatgct
gacaaggcagccaaaatcaaattggacttggatcagcgccgaaatgcacttcgagcgtca
ctggtcgagcgaggactcgagctagccgaccaccatcctgctctggttttcgaagtcaaa
tcggccattctgttgcaggtgtcggagcggaccaaggcgatgacccacattgaggcgctc
gtcaaggtgattgattccgaggcttcttccgcattcggcgacaaagccgactttgtcgct
ttgcgcatgcagctgctcgccctcgtcttgcacgacgagcagatcttcaagcagctcgac
cgcgacgtagtcaactcggccttaacgtcactcgaacgtctcatccaaatctacagcacc
tggtcgccatcgatccgaggctcgagcaacgctgcaccggcctcgcaatctgagtgcctt
gccgaggtgacacgaaccggcacatctgagccgctaccgaaatcgtcatcgcaacccaaa
tggctggcatcgctgatccttgctcttattggcattctcggcttttccgaggacatcgca
gaagtcaagccggacgatgaattgctcgaggatccggtagacgacaatcctctgtcgtcg
ggtgggtcgggcgatgcaacgaccaagtcggacgaggctaaggcggccgctggcggcaca
ccttcgtcaaccgcttgcatatccaccaccgacaagcccgttctgcctcgtgtacgtgtt
ggtccggtgtctatctcggatacgctcttccgctttgccttgcaaatcttccggcaggca
acttcactggagaggaacgacctgctggccgccttccgcctgctgaccgtcttgacgcgc
aactcttctgttgctgcgcgcttcgctcgtgaaggaggcgtgcacttgatgttcgagcct
ttccatgtgctcgagcctaaacaagtgtcgggctgccagccgtttgttgcgctcgtgctt
cgacacattgtcgaagatgcgcagacgctggctaccgttatgacgcaagagattcacggc
ctggtggcgcaatcgcgcaacaagaccagcgacacgtcgaccctggtacgccagctggat
tgtgcagttttgcgagacccggatgtcttcctcgattcggcggtttccaagctcgaaatg
accgagtactcgccgaccaagggcagtggccacgtcaggctgatccaaggtacgaccgcc
gccgagacaggcgccaaagagtccccctcggatcttgccggtaatgggcaggcaagtctg
gccagtctccgtcttggcgacgatcccaaggagacgaagaccgatgctgccaccggaaaa
acggcagacgagcccggcttcttcaagtcagcggtgcagtcgtcggtcgtgagtgcacca
tccgaagagcttgacggtctcatcgccttcctcctgaccgagcttcttaaaagcacatca
aagaaatcactgtcgacgaccgcctcagcgagcgatgctgccacctccactgccaatcag
gattctgttcaagtcagcgcccagaacgccgccgattcgccggacaacacagctgcgccc
gctcattcgactgcctccaacgacgcaacgagcatcagaacggaagaggagaagcaagat
gacattgccttcttctactctaccttcctcatgcagtgccttaccgaactcttgtcctcc
tattcttcgtgcaaaacctcgtttgtcaatttcagcaaaaagcgcctgtttgccgcaaca
gccggtaacgtcgcctctcaggtgtcagcgccggctgccagtgcgccaaacagtgtcagc
tttgcacctggaacacctgggagcaaggatgcggtacgatcgcgtgctggcatcctcggc
acattcttgtcggagctcgttcccgccggtttcctgagctcgtacggcagcaacgagttg
cgcaggaaaatgacattgtccaattgggccatgtcggtgctcgtagctctcacggcagac
gtcagcgtgcacattgatgtaaaggaagtgccagcagatctgatcatggtgcgcaagatt
gtgctcgatgcgatcgctcgcacgatcaaggaagccgcttcctcgtcagaacccattgag
gtgcgctacggccgtctgtacgctctcagtgatctctgctaccgtttgctgatagcgcgt
ccgaatagcacgggcggcaagcagaccgaagatttgacccttcacatggccaagacgatg
ctggagaagaactacgtgaccgtacttaccagtgccattgccgacgtcgatctaaacctg
cctacggtcaagtcgctgctagaagccattctgcgaccactggagcatctcaccaaggtc
tctatcaagatgggcaaggccaaggacaagaacagcggtcgcaccgtcatcgacgagtcc
gaggatgattccgaattctcatcagactacgatatggaagaggactttgacgatgaggat
gaagacgacgaggagatcgagcgccaagagacgcccgacttctaccgcaactcgtcactc
ggaatgcacacgggtgagatggagactgggctcgaagacgacgagatgtcggacgaggac
atggacgaggacgaggacgacatggaaatggaggatttcgactcggaaactggtagcgag
ctgtccacggacgaggagctagaaggcctggacggtgacgacccgcacattatggaactg
accgactcggatgccgacatggacgactcgagtgatgaggactctgactcggatggcgac
gaccacactcattcgcattcacgcggtcacggcagccaccgcgacgatgccagcatcgtt
gacgaggaggacggatggaccaccgaggacgaagaagacgaaggtgaagacaacttcgat
gacgaggacgaggaggcgctcgactttgtgtttgaagatagcgacgacggtatctctgcc
aaccccgacgacgtggacgacgagcacgtgatcggcatggatgatgatgttggcgacggt
cttctggacgatgaagagatcgagatgctcgaagaggactcgatggatggtcacgacgac
atgtcgcagctcgagctcgccgaggagtacgcggctcctgtcgatgaccgcttcggcgcc
aactggggctggactgcaactgccgacccacgttcgggtggctcgggcgcgtacggggat
cgtccacgcacgtctggcgtcttgccgcccaactttttcctgccgaatgcgattgccaac
gtgggcagtggcacgggtggtcaccgtcgacgcaacctgctagactttgactcgatgatg
gcgcctcgtcgcttggcgccaccttcggacgagatctcgactcatccgttgctggtggac
cagtcggatgccgatgccagccgtcatgctgggcgaggcgctcgtcgcggctctggcggc
ggaccgcttgcgtctggacatgctgactgggcgcagtctgtcgaggagttcgtgggcgaa
ggtgcattgcaattccttgagaacctgctgacacgaggcggtgcagcgggcggtactcag
ggcatccgaatcgagcttggcgatggcggccgcatgcgcatcgatggcatcgacgtgagc
ggtcgtcttggtcgcggcggaccgcatcatcaccatcaccttcatcatcaccatcaccac
agccatactcaccacggccaagctgtacttggtggtgatgggcagcgcgcatcaagcagc
aggcaagctgcatcgcagaacgatcctgtcacgcttgcacagtcgtttacgccgatgcct
acgcttacgcggtggtccgaggaggcgctcatcctgctgccatcttctagcgtgtcgaac
gagcgcacgtcaaagatgcgtaatcacgtcatcaacgcgctgttatcgggcttcaagaag
caccgcctggagacgcgtcgccagctagaagagagccgcaaggcctgtgagcaagcacgg
cagacaaaagaagaggcgaaagccgacatcgagcggctacgtgaaggcaagcaacgcacc
gaaaaggagctggaggaggcgcgcgagcgactgcgccacggtgaggagcgtgcccgacag
atgctcgccgaaggcgatgccgcgtacgaagcggaggcgagtggcaccggtgcggtaacc
gcgtcggacagcgtgtcgattggcggtgatgcaagcgttgcgccagcgtcttcttcttcg
gtgactgacgatgttgagatggtggatgtggaagctgctgcgactagccgttcttcgtcc
caatctcagccggcagaggcgacctcggatgccggcgcagcgcaagcgcaacctcgtccg
tcggcggaagccgcacgtgcgaccatcacgatcaacggcgaagagatcgacatcacggat
acaggcatcgacccaacgttcctcgaggcgcttccagacgacttgcgcgaggaggttctc
aaccagcacttccgggagcgtcgcgctgccgaagccacgagcaacctgccgcaacctact
tcgattgccccagaatttttggatgctctaccgcctgagctgcgtgctgaagtgatccag
caagagacgcttgaggcgtcacgacgccgaatgcgcgaggagatggcctcgcgtgttgat
ggggaccgagctggccaaagcgctgcgcaagcggcgggcgaacgttcgcttggtgctggc
tctggacgcagcgatgaagatggtatcggagggatcaacctgatcgacggatctcgaggc
gcagcgttgggcgggcatgatgttgaagccctgcttggcgaagtggatgagatgggtgac
atgcttgggctgccaagtttgggcggcgagcgcacggagggtggtagtcgccaacaccgt
cgattcgaggacgaggaggagaggcaagacgtttcgaatggcacgattcgtgcgttgcct
ggctcgagcgctggtcgaatgagcaccataccggtgcatatgctggatgtgacgggacgt
gtcggagctaccgagctgcatgggcgggagcgtgtagacatggcgaggggaggggcgtct
tcgcgcgacggcatccagcttctggacaaatcgggtgtggcgacactggtacgactgctg
ttcttcccgcagatgaacgccaagcagacggctttgcacaaggtgcttgcgaacctgtgc
gagaacctcaagacacgctcggagctgctgaatttgctgctgatggttctgtcggagggc
tcggtggatgcgcacgctgtggatcgctcgtttgtgtcgatgagcaatcgggcgaaccgc
atgcactcgacgccatcgagaccgacgccgaaacgagccaactctggccctgctagcgcc
atgcatgggcatagctcgacgccaggtggtcagggacagggcatggcgggctcgacggcg
ccactgtccaagacgggcgatgaggcgccgttcctgattgcgtcgcgcagcattgacaca
ctgctgcacctgacttcggttaacacacacgcggcgctgtggttcttgcgaaacgatgca
cgaccgccgaagcgagggaagggcaaggaaagggagaaggagaaggagacagacgggtgg
gagcgcggtacggcgccgatcaacgtgttgctcgggttgctgtgcaaggagacgattttg
ggcaacagtcagctggtggactcgctgttggcgctgatccactcggtgaccaagccgctg
tactatacggctgccaagacaagtggcacatcggcgtcgaagggtgtggcagacaacatt
gcgacgaacgcgtcggccgaagcagcgagcagcacagaaatggcgcgaagcgatggagga
ggagtgagagagaacgaggcggtggttacagcaggcgaatcggcgtcaggcgccacaact
ggcgagcgggatcgcgaagcgggtactttgatggttggatcgcatctgaaagcggaactg
gacgagctgccgacgattccagcggatcgactgtgcaacctggtgaaacctttgacgacg
gcgctgtcgagcaaagggttccaacacacactgtggatcgcggcgcacgtgaactgcatc
gacggagctcgggatacaatctgtggcgctctgcaagcgcaggcgaaccaagcatcgcgg
tcgttgatgggcgatctggatgcgctgctggcgacgctgcccgaggcagtggcggaagat
gaggaggaggaattgggggacaagaaggcgaatacgaatgcgaatgcgaatgcgagcgct
cgaggtggcggcgatggagagctgacgcctggaggagcggcgacggcggcggcagctgcg
gcgtcagctggagtgacgcagtcaggcattgtgatcagtgggccgacggtgacagatcgg
ctgtcggcgatgagcggagcgcaacggatcgaatccaaggcgttggcaacattggcaagc
ccaaccaacgcacaggcggtgttgctgcgaagtttgcgtgcgctcaactacattatgacg
ggccgctaa

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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 (93)   
   KEGG ORTHOLOGY (1)   
   RefGene (89)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (106)   

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