KEGG   Plutella xylostella (diamondback moth): 105382027
Entry
105382027         CDS       T03915                                 
Name
(RefSeq) probable chitinase 3
  KO
K01183  chitinase [EC:3.2.1.14]
Organism
pxy  Plutella xylostella (diamondback moth)
Pathway
pxy00520  Amino sugar and nucleotide sugar metabolism
pxy01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:pxy00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00520 Amino sugar and nucleotide sugar metabolism
    105382027
Enzymes [BR:pxy01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.14  chitinase
     105382027
SSDB
Motif
Pfam: Glyco_hydro_18 CBM_14
Other DBs
NCBI-GeneID: 105382027
NCBI-ProteinID: XP_011550146
Position
Un
AA seq 3425 aa
MGHNIYIGCTLALVLCVHISAVPYADENEFLRSAVETIPPHHHLATPVRASVESIPPRNL
RDEGDERLPLRDAVEKRPINTPDRESLYRFIEDAENLGEDIPGLRKYYGAATYLNSGNRN
DERLQQGNANLQEMQQTASGPAGRKLVVCYMESWAAYRAPPLAFTAGLVPKSCTHLHYAF
ATLHPHTYTVLPTNEDYDIIKGGYRIATGLKRRVPGLKVLISVGGIGTGRLFSEMVKTPT
RRKAFVDSAIDFLREHDFDGLDLHWKYPGEKDENEKDHLTSLLYELREKFSSYGLLLSTV
LPPFRYQIEDGYDISAVSGATDYTILQGWDMTHRNRDEAPTRAHQHSPLHRDPGADYRDQ
KYDNIEFMVRLITRRGMAAEKLILGVPLFGRSYTLSPDTAPAPGASVSGWGDEGKYTQTK
GLLAFFEICMMLQDGKGSSSIDEDGNAYAVFGDQWVSYDSPITVVEKMKFVISSGLGGAA
AYAIDMDDFRGLCGSPFSILSAISISLNGEAVQSDQSSLKIGSCEADGAYLSSDEVSCAH
FHFCTGGTNYKLVCEDERLYDPSTGFCGHQDVAKCIPGQSLRISVDDATRYLTQAYDSDF
EWNGQTIKEIMMNNEPERLKDEYGELDTKKTRKKRSYCDDDYDCSNHRDLLSRIINATAM
LRDFADAHFRKLSKLHEDDAKYHSQNTKVSNKELITDNTKQSQGAIINYGIEYNKHPQIA
ADYLNQNSDNSNKKPAQYNPGVIKPQAIPQKDISHQAINIKPSKTGKPSVSNGNKPTTVH
SSAIREGDSILNYGIEYYKHPNIAADYMNINNDNIQFSTINSNSQNVPNKQMDEINVQTQ
NNKPQPIIINSDKVQSFQPLVDKQKGDSILNYGIEYYKHPDIAADYFNQNSYSQNENKFP
QQEVETKPKPTIESQNTLNNVQKPSNNRPVLKPQQQVQNINLNIDKPKPSIIQNSMLQGD
SILNFGIEYYKHPEVAADYFNLNASTGNNENQNPDVTQDFISNLNPDSNKELESLVLPDK
PMITANNNIQVPVKDVENPKPHYNNNNELSGDSILNYGIEYYKHPEIAADYFNHTYSPNN
NNVQSDLSIKPNINIESSDQNPNDFTTPNAQFQGNNQNDDLLETLKPPLPPYYPEDSANF
PNVEITSYDQAPSYVQHEDSVQINNDEIPQIEDVVQQSEVDASVGRDNDKRLVCYMTSWS
FYRRGDGKFVPEHIDSRLCTHIVYAYATLTPDELVAKEFDPWTDITNNLYERVTSQKDVK
VLLGLGGWTDSAGDKYSRLVSSGANRSKFIQRAIAFLRNNNFKGLHLDWNYPVCWQSNCK
KGAVSDKANFAKFVQELSKALHNANMELGVSLSGYKEVIDAAYDLPAISDAADFLSTMTY
DYHGGWERTTAHHTPLTSSARDPLGYYSIEYAIKSLISGGADPKKILLGLSFYGQSYRLA
DSQGSKGVGAAAAGPGEPGEFTKQPGMLAYYEICYRVKNLRWKTDRQDKAGPFAYSDSQW
VGYDDPQSIKEKVEWALRQGLGGVTAWAMDLDDFNNRCCNEPSPLLRAAGRALGKSVPPP
PTSACERPPPPVTPAPSPVAADGSMGGSAPGHDHGSHGSHGDHTSTTWPSWNPEPSTSTT
PSTAMTWWPQASTTTTTTTKRPTTTTTTTTTTTRRPTTTRKPTTSADTGIEGSSCRAGEY
KAAPGDCESYLQCEGGQWRKSRCAPGLHWSAKETRCDWPSFAKCSESSTSQSSPATSTLA
PMTSRPPPPSTTTRKPTTTTTTTTTTTRRPFTTTTTTESAAVGSDGAAEGEPCSGQGEDY
IGVANDCNAYLHCDGTWKMQKCAPGLHWSQAQKHCDWPKYAKCEGSEATSPKPIRPQRPS
RPTTSPSNKPVEDGVCQSSDSHASSNACDSYLLCVSGRWKKQNCPPGLHWDDRSKRCDWV
EFAMCDMKTNPTKTPLTTRRPSMRPTTSTRKPAVQADNPMKPGMSCRTGSYHAHPRCDKF
LVCVNGMLVAQSCAPGLVWNTKVAQCDFPSSTSCSDKRLTGGSPGTMEQLTMCDTGSYAP
FPGECTRYRHCLYGKYQEFSCSAGLHWNQEKQICDWPKNAKCRKRGNTKPSSVNQIVSPP
LKPQHMHETKPVITKPIATTTSTTTAPFEDEYHNSLLKSPYKLVCYYTNWAWYRPGLGQY
GPEDIDPSLCTHIVYGFAVLGDDGLITAHDPWADNDNRFYERVVEYKRYGIKVSLALGGW
NDSAGDKYSKLVNNPEAREKFVTHALDFIQQYGFDGLDLDWEYPKCWQVDCSKGPDSDKE
GFASLVRELSAVFKPKGLLLSSAVSPNKKVIDAGYDVPVLAKHLDWIAVMTYDFHGQWDK
KTGHVAPLYYHPDDDTTYFNANYSMNYWMLKGAPASKLIMGMPMYGQTFTLDTKGRRNAT
GLNVPAISGGEMGEYTRAKGFLAYYEICERIKDKGWMVQKDPLGRMGPYAYKGDQWVSYD
DMDILKSKVNLIKTMELGGGMVWALDLDDFRNRCGQGKHPLLNTIKQGLLDPKIYKETII
MSKPIHNFLNDDLEDIEVIPSYTKKTTTTPRPEATTQLAPMHTTRKPVKPAVEERYKVVC
YYTNWAWYRPDSGKYSPSDIDPSLCTHIVYAFAVLDSSKLIIKPHDVFLDVENKFYEKVV
ALKRHGVKVLLGLGGWNDSAGDKYSRLVNSPSARRTFIVHALDFIEQFEFDGLDLDWEYP
KCWQVECENGPSSDKQGFASLVKELKSAFTPRGLLLSAAVSPSKRVIDEGYDVPVLSKNL
DWIAVMAYDYHGQWDKKTGHVSPMYVSDKDEHKTFNVNFTMHYYMQKGASRRKLIMGVPM
YGQSFSLVEHAGAGLGAPAYAGGEAGDETRARGFLAFYEICERIRSRGWKVTRDPGGRMG
PYATLDDQWVSFDDDSMIRHKAEYIREMGLGGSMIWSLDLDDFTGKYCGCGKAPLLQNIN
HVLRGKEAPPHCSLKETVEVPESEQSSMGVPASRPESSTERDDPQPEPALPAVVPEEVPD
VPEVPDSEQNELSLDGKQCSGIRFAADATQCNKYYLCMAGHYVELTCPEGMYWNKNHCDL
PSNSNCRSRAQLRLSNEENAEEIVEKPIIACYFTNWAYYREGSGRYGPEQVDATLCTHII
YTWAHLDFNSSEVIPGNPELDLENDFYGKITEQRLAGVKVIIGVGGLEDSEDNEWSMLAQ
MPEKRKMFVDSVIRFLKRWNFDGMQLAWQYPVCKQVPCETVDLEDRDNFNMLLVELAKSM
RPLGYELSAMVAASPEIAALAYDTEILMASVDWVAVAANDYYASKTGRTSYLVSLESRED
SSVKSFNSTLAYWLSVMPRRQLPWPDTDVPGFLAYSEVCTNIKSHKWTETRTADGTYAQS
SSQWASYLRPEEVSRIAESLHAARARGAALWALDLDDWRGHCSCRSHPLLRALRRGLLQL
DTEMC
NT seq 10278 nt   +upstreamnt  +downstreamnt
atggggcataacatttatatagggtgcactttagcgttggtgttatgtgtgcacatatcc
gccgtaccctacgccgatgagaatgagttcctgcgtagcgccgtagaaacgatcccaccg
caccaccacttagctaccccggtgcgggcttccgttgagagcatacccccgaggaatctt
cgcgatgaaggagacgagagattgccgctgcgtgatgcggtggaaaagagacccataaac
actcctgacagagagtcgctgtacaggtttatagaggatgcggaaaatcttggagaagat
attcccgggctaagaaaatactacggagctgctacgtatctcaatagtggcaacagaaat
gacgaaagattacagcaaggaaatgcgaatttgcaagagatgcagcagacagcctcaggg
ccggcaggtcgcaagctggtggtctgctacatggagtcctgggcggcctacagagcgccg
ccgctcgccttcaccgccggcctcgtgcccaagtcctgcacgcatctgcactacgccttc
gcgacgctgcacccccatacgtacactgtgctgcctactaatgaggactatgatattatt
aaaggtggctaccgtatcgccacgggtctgaagcgacgcgtgccgggtctgaaagtgctc
atcagtgtgggaggcatcggcaccggccggctgttcagtgaaatggtgaaaacccctacg
agaagaaaggctttcgttgatagcgctattgacttcctgagggaacatgactttgatgga
cttgacttgcattggaagtaccctggtgaaaaggatgaaaacgaaaaagatcatttgacg
tctctactctacgagctgagagagaagttctcgtcatacggcttactcttgtctacagtg
ctgccaccattcaggtaccaaatagaagacggctacgacataagcgcggtgagcggcgcc
acggactacaccattctgcaggggtgggacatgacccaccgcaaccgcgacgaggcgccc
acccgcgcccaccagcacagcccgctgcaccgcgaccccggcgccgactaccgcgaccag
aagtatgataacattgagtttatggtccgcctgataacccgtcgcggcatggcggcagag
aagctgatcctgggagtgccgctgttcggccggagctacactctctccccggacaccgcg
ccggcgccgggagcatctgttagcgggtggggggatgaagggaaatatacgcagactaaa
gggttgctggctttctttgagatatgtatgatgctccaagacggcaaaggttcgagcagt
atagatgaagatggcaatgcatatgcggtgttcggagaccagtgggtcagctacgactct
cccatcacagtcgttgaaaagatgaaattcgtaataagctcaggcttgggtggcgcagca
gcgtacgccatcgacatggatgatttcagaggactctgcgggtctcccttctcgatactt
agtgccatctctatcagcttaaatggagaagcagtacaatcagatcaatcctcgctcaag
attggttcgtgcgaagccgacggagcatacttgtcttcagacgaagtgtcctgcgctcac
ttccacttctgtaccggcggaaccaactataagctggtgtgtgaggacgaaagactgtat
gacccttccactggcttctgcggacatcaagatgtggctaaatgtataccaggacaaagc
ctacgaataagtgtggatgatgctactagatatttgacacaagcatacgattcagacttt
gagtggaatgggcagacgattaaggaaataatgatgaacaatgaaccagaacgtcttaaa
gatgaatatggggagctagatacgaagaaaacaaggaagaaaagatcatattgtgatgac
gattacgactgctctaatcatcgagatctcttgtccagaattattaatgccacagctatg
cttcgagactttgccgacgcacactttcgcaagctttctaaacttcatgaagatgacgca
aaatatcactcacaaaatactaaagtttcaaataaggaattgatcaccgataacacaaaa
caaagtcagggtgccattataaattatggaatagaatataacaaacatcctcaaatagca
gctgattacttaaaccaaaactccgacaatagtaataaaaagccagcacaatataatcca
ggcgttattaaacctcaagcaattccacaaaaagatatctcccaccaggctattaatatt
aaacctagtaaaacgggaaagccttcagtctctaatggaaataaaccaactacagttcat
agtagtgccattagagaaggagattcaattttgaattatggcatcgaatattataaacat
cctaatattgcggctgattacatgaatattaacaatgataatatacaattttcaactata
aacagtaacagtcaaaatgtaccaaataaacaaatggatgaaattaatgttcaaacacaa
aataataaaccgcaacctataattattaatagtgataaagtgcaatctttccaaccactt
gtagataaacagaagggagactccatcttaaattacggcattgaatattataaacacccg
gatatcgccgcagattattttaatcaaaattcttattctcaaaatgaaaataaattccca
cagcaagaggtagaaacaaaacccaaacctacaattgaaagtcaaaatacattaaacaat
gttcaaaaaccatcaaataaccggccagtattaaaaccacaacaacaagtgcaaaatatt
aatttaaacatcgataaaccaaaaccttcaatcattcaaaacagtatgctacaaggagat
tccattttaaattttggcatcgagtattacaaacacccagaagtagctgcagattacttt
aatctcaatgcatcaacagggaataatgaaaatcaaaatccagatgtgacacaagatttt
ataagtaatctaaatccagatagtaataaagaattagaatctttagttttgcctgacaaa
cctatgataacggcaaacaacaatattcaggttcctgtaaaagatgtagaaaaccccaag
cctcactataataataataatgaactaagcggtgattctatcttaaactatggaattgaa
tactacaaacatccagaaatagcagctgattattttaatcacacatattcgcctaataat
aacaatgttcaatcagatttatctataaaaccaaatattaacatagaatcaagtgatcaa
aatccaaatgattttacaactcctaacgcccagttccaagggaataaccaaaatgacgat
ttacttgaaacgttaaagcctccactaccgccatattatcctgaagattcagctaatttc
ccaaatgttgagataactagctacgaccaagcaccttcttatgtacagcatgaggattct
gtccaaataaataatgatgaaatcccgcaaattgaagatgtcgtccaacaatcagaggta
gatgcttccgttggtcgagacaacgacaaacggttagtttgttacatgactagttggtca
ttctacagaagaggagatggtaaatttgtacctgagcacattgatagtagattatgtacc
cacatcgtgtatgcctacgctactttgactcctgacgagctcgtcgcgaaggaatttgac
ccatggaccgatattaccaataatttatatgagcgagtaacatcccaaaaggatgtcaaa
gtactgttaggtttgggcggttggactgactccgctggagataagtactcccgactggta
tcttctggagctaacaggtccaaatttatccagagagccatagcattcttgaggaataac
aacttcaaaggactccatcttgactggaactacccagtttgctggcagagtaattgcaaa
aagggagccgtttccgataaggctaactttgctaaatttgttcaggaactttcaaaggct
ctacataatgctaacatggaattgggtgtatcactgtctggatacaaagaagtgattgat
gcagcgtatgatttgccagctatatcagacgcagctgatttcttgagtacgatgacgtat
gactaccatggcggttgggaacgcaccacagcccatcacactccactgacatcatcagca
agggatcctctgggatattattcaattgaatacgcgatcaaatcgctcatcagtggaggg
gctgacccaaagaagatacttttaggcttatctttttacggtcaatcataccgcctggct
gactctcagggatctaagggcgtcggcgcggcggcggctggcccgggtgaacctggagag
ttcaccaaacaaccgggaatgcttgcttattacgagatctgttaccgagtgaaaaatcta
cgttggaagactgatcgtcaggacaaagctggacctttcgcttattccgacagccaatgg
gtcggttatgacgacccacaatccatcaaagaaaaggtggaatgggcattacgtcaaggc
ctaggcggagtgacagcttgggcgatggacctggacgacttcaacaaccgttgttgcaac
gagccatcgccgctgctccgggcggctggcagggctctggggaagtccgtgccgccgccg
ccgacgtccgcgtgcgagcgaccgcccccgcccgtcacccccgcgccctcccctgttgct
gctgatggttctatgggcggttccgcgccgggccacgaccacggtagtcacggcagccac
ggcgaccacacctcgaccacgtggccgagctggaaccccgagcccagcaccagcaccacg
cccagcaccgccatgacgtggtggcctcaggccagtaccaccacaaccacgactacgaag
agaccgactacaactacaacaaccactacgacgactactcgcaggcctaccaccacgagg
aagcctactacttctgctgatactggaatagaaggctcatcatgccgcgccggagagtac
aaagcggcgcctggagactgcgagtcctatctccaatgtgagggcggacagtggaggaag
agccggtgcgcgcccggcctgcactggtccgccaaggaaacccgctgcgattggcccagc
ttcgctaaatgctctgagagttcgactagtcaatcaagtccagcaactagcacgctagcc
ccgatgacgtctcggcctcctcccccctccactacaaccaggaaacctactactacgact
accaccactactactaccacgagaaggcctttcactactaccaccacaacggaatctgct
gctgttggttctgatggagcagcagaaggcgaaccctgcagcggtcaaggcgaagactac
atcggagtagccaacgactgcaacgcctacctccattgcgacggcacttggaagatgcag
aaatgcgcccccggccttcactggagccaagctcaaaagcactgcgattggcccaaatat
gccaagtgcgagggttccgaggcaaccagcccaaagcctattcggccgcagagaccttcc
agacctactacaagcccttcaaacaagccagtagaagacggtgtttgccaatcaagcgac
tcacacgcatcttcgaacgcctgtgactcttacttgctttgcgtcagcggccggtggaag
aaacagaactgccctcccggccttcactgggacgataggagcaagcgatgcgactgggtc
gagttcgccatgtgtgatatgaaaacaaatccgactaaaacaccgctgacaacgagacgt
ccgtctatgaggccaacgacgtctaccagaaaacctgccgtgcaagccgataaccctatg
aagcctggcatgagttgccgcacaggcagttaccacgcgcaccctcgctgcgacaaattc
ctcgtgtgtgtgaacggaatgttggtggcccagagctgtgccccaggtctggtatggaac
accaaggttgcccaatgtgacttccccagctccacctcttgttccgacaagagactcacc
ggaggcagccctggcaccatggagcaacttacaatgtgcgacaccggttcatacgcacct
ttccctggagaatgtactagatacagacactgtttgtatggaaaatatcaagaattctct
tgcagtgccggtcttcattggaaccaggaaaagcaaatctgtgactggcctaagaatgcc
aaatgtagaaagagaggcaacacgaagccatcatcagtgaatcaaatagtaagcccgccg
ttgaagccacaacacatgcacgaaaccaaaccagtcattactaaacctatagccactacc
acgtccaccactaccgctccatttgaagatgaatatcacaacagtttattaaaatctccg
tacaaactggtgtgttactacacgaactgggcgtggtaccggccggggctgggccagtat
gggcccgaggacatagacccctcgttgtgcactcacatcgtgtacggattcgctgtccta
ggagacgatggactcatcaccgctcacgacccttgggctgataatgataaccgattctat
gaacgcgttgttgagtacaaaagatacggcatcaaggtatcacttgcactaggaggatgg
aacgattccgcgggagacaaatattccaagctggtaaacaatccggaagctagggagaag
tttgtcactcacgctctagacttcatacaacagtatggatttgatgggttggatctcgat
tgggaataccccaagtgttggcaggttgactgctctaaaggcccagattcagacaaggag
ggtttcgcatcattagtccgagaattgtcagctgtattcaaacctaaaggacttctgcta
tcatcggcggtttcaccgaacaagaaagtgatcgatgctggttacgatgtgccagtacta
gctaaacacttggattggatcgctgtgatgacctatgacttccatggccaatgggacaag
aagactggccacgtcgctccactttattaccatcctgatgatgacaccacttactttaat
gccaactactccatgaattactggatgttgaagggagctccagcatctaaattgataatg
ggcatgcctatgtatggtcaaacatttacgcttgatactaaaggtagaagaaatgctacc
ggattgaatgtaccagcaatttctggcggtgaaatgggtgaatatactcgcgctaaagga
ttccttgcttattatgagatttgcgaacgcataaaggataaagggtggatggttcaaaaa
gatccgttaggacgtatgggaccgtatgcttataagggcgaccagtgggtatcatacgat
gacatggatattctgaaatcaaaggttaacctaatcaagacaatggaactaggcggaggt
atggtttgggcacttgatttggatgactttagaaatagatgcggacaaggcaagcacccg
ctactaaacacaataaagcagggtttactggaccctaaaatatacaaagaaaccataata
atgtctaagccaatccacaacttcttgaacgatgacctagaagacattgaagtgataccg
agctatacaaagaaaacaacgaccaccccgcggccagaagccaccacgcaattagccccg
atgcataccactaggaaacctgtaaaaccagcagtagaagaaagatacaaagtggtgtgc
tattacactaactgggcttggtacagacctgactcaggaaagtacagtccgagcgacata
gatccatcattatgtacgcacatcgtttacgccttcgcagtgctggatagcagcaagtta
ataataaagccacatgatgtcttcttggatgttgaaaacaaattctacgagaaagtggta
gcactgaagcgtcatggtgtaaaagtgctgctaggactcggcggttggaacgactcggcc
ggggacaaatactcgagattagtgaacagtccttcggctaggagaaccttcattgtgcac
gctcttgactttattgaacagtttgagtttgacggacttgacctcgactgggaatatcct
aaatgctggcaggttgaatgtgaaaatggcccaagttctgacaagcaaggctttgcaagc
ttggtgaaagaactgaaatctgctttcacaccccgaggactcctcctttccgctgccgtg
tcacccagcaaacgagttattgacgaaggatacgacgttccggtactttccaaaaacttg
gattggattgctgtcatggcctacgattaccacggtcagtgggacaagaagactggccac
gtgtctcctatgtacgtcagcgataaggacgaacacaaaaccttcaatgtgaacttcaca
atgcactactacatgcagaagggcgcgtcgcgtcgcaagctgatcatgggggtgcccatg
tacggacagtcgttctctctggtagagcacgcgggcgcggggctgggcgcgccggcgtac
gcgggcggggaggcgggggacgagacccgggccagagggttcttggctttctatgagatt
tgcgagcgcatcagaagccgtggatggaaagtgacgcgcgaccccggcggtcgcatgggc
ccgtacgcgacactggacgaccagtgggtctccttcgacgacgactcgatgatccgacac
aaggctgaatacatccgcgagatgggcctgggtggtagcatgatctggtcactggacctg
gacgacttcacggggaaatactgcggatgcggcaaggcaccgctgctgcagaatatcaac
catgtattgagaggaaaagaagcgcctccgcattgctcgcttaaagaaacagttgaggta
cctgagtcggagcagtcgtcgatgggcgtcccggcgagccggcccgagagctccaccgag
cgcgacgacccgcagcccgagcccgcgctccccgccgtcgtacccgaggaggtgccagac
gtacccgaggtgcccgattctgaacaaaacgaattatcactagacggcaaacaatgctca
gggatcaggtttgctgctgatgccacccagtgcaataaatattacctgtgtatggccggc
cactatgtggaacttacttgtccagaaggaatgtattggaacaagaaccattgcgatttg
ccatcaaactcaaactgcagaagtagagcccaactcagactctctaacgaagagaatgcg
gaagaaattgtagagaaaccaatcattgcttgctacttcacaaattgggcttattacagg
gaaggcagtggcaggtatggtcccgagcaagtggatgccactctgtgcacgcacatcatc
tacacctgggctcatctagacttcaactccagtgaagtcatcccaggaaaccctgaactg
gatttggagaacgacttctatggcaaaatcactgaacaacgcttagcaggcgttaaagtc
attattggcgtgggaggcctcgaggactcggaagacaatgagtggagcatgctggcacaa
atgccggagaaacggaaaatgttcgtcgactcagtaatcagattcctgaaacgatggaac
tttgacggcatgcaattggcatggcagtatccagtttgtaaacaggtgccgtgtgagacc
gtggatttagaagacagggacaacttcaacatgctattagttgaacttgccaagtcgatg
cgtcctctcggctacgaattatcagcaatggtggctgcgtcaccggaaatagctgcgtta
gcgtacgacacggagatactgatggcgtcggtcgactgggtggcggtggccgctaatgat
tactacgcttctaaaacgggaagaacttcgtatctggtgtcgctggagtcgagggaggat
agcagtgtgaagagctttaactcaaccctagcgtactggcttagcgtcatgccgcgtcgg
cagctaccgtggccggatactgacgtgcccgggttcctcgcttatagtgaggtctgcacc
aacatcaagtcacacaaatggacggaaacccgcaccgccgacggcacgtacgctcagtcg
tcatcacaatgggcttcttaccttcgtccagaagaagtgtcccgtatcgccgagtccctc
cacgcggcgagggcccggggcgccgcgctgtgggcgctggacctcgacgactggcgcggc
cactgctcgtgccgctcgcacccgctgctgcgcgccctcaggcgggggctgctgcagcta
gacacggaaatgtgctga

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (4)   
   KEGG COMPOUND (4)   
Chemical reaction (3)   
   KEGG ENZYME (1)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (197)   
   KEGG ORTHOLOGY (1)   
   RefGene (193)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (7)   
   RefSeq(nuc) (1)   
   GenBank (3)   
   EMBL (3)   
Protein domain (2)   
   Pfam (2)   
All databases (219)   

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