KEGG   Microplitis demolitor: 103571568
Entry
103571568         CDS       T05600                                 
Name
(RefSeq) protein dachsous isoform X1
  KO
K16507  protocadherin-16/23
Organism
mdl  Microplitis demolitor
Pathway
mdl04391  Hippo signaling pathway - fly
mdl04392  Hippo signaling pathway - multiple species
Brite
KEGG Orthology (KO) [BR:mdl00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04391 Hippo signaling pathway - fly
    103571568
   04392 Hippo signaling pathway - multiple species
    103571568
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04515 Cell adhesion molecules [BR:mdl04515]
    103571568
Cell adhesion molecules [BR:mdl04515]
 Cadherins
  Cadherin related
   103571568
SSDB
Motif
Pfam: Cadherin Cadherin_2 Cadherin_pro Cadherin_3 RET_CLD1 CADH_Y-type_LIR
Other DBs
NCBI-GeneID: 103571568
NCBI-ProteinID: XP_008547987
Position
Unknown
AA seq 3314 aa
MEEGTMIMVDGGGGCRGVVRLQSSRMIQLLLLSILITLLTPGVNSEQVRHLEVSENAPPG
SRVGFIDIEGPPYLIVPVSGSPVISDLTVDPATGEIKTRLPLDRETNPSYSFVALPQRGN
IRVVIKVLDENDNAPTFPVDHVDIEFPENSPRDAKRALPPAKDPDLGQYSTQRYEIVSGN
YGDVFRLTQHRGRDGVLYLDLQNSGNLDREARSSYQLIVEALDGGSPPLRSRLRVNVIVQ
DVNDNPPIFNQTRYTASVPENATVGTPVLQVNATDSDTGNNGRIEYSINRRQSDREEMFR
IDSGTGMVYVNKALDFESKERHELVIVARDLGAQPLEASAFLSVYVTDVNDNQPTITVIF
LSDDATPKISESAQPGEFVARISVSDPDSRTEYSNATVTLTGGDGHFGLATRDNIIYLVV
VERPLDREEKPIYDLSVEATDAGTPPLRAIRTFRLLVTDVNDNAPSFEQEHYEAHLLEAS
EPGTAVIKVKATDVDEGVNSVIKYSLKNSTWFSIDEDTGLISTVTHVDCETDPSPNLVVI
ATDTGRPSLSGTAIVRVTVHDLNDNEPIFEKPLYNTSVPEDLPVGRCFIKVQATDPDCGV
NSMVNYTLAAGRLASEQLFVRSDSGEICVRSALDREVASYLELPVIATDRGGLSTTAIVR
IQVLDVNDNRPIFNPRDYNTTIRSDAPPSDTIVRVIATDVDAGLFGQVAYRISGGNEAGL
FRIDRVTGELQVARPSLLGRSAVHLLNVTATDAGGLKNLLDARVRVSVSAGQRLPICERP
RYAISARENVLQNSIIGDVKEAIVGDAPGAAATGKRPSRFFLATGENEFSIDPSSGVLRT
RIPFDRETRDKYVLSVGIRNNIGIGYCQVELTVEDVNDNPPTFPSTNVRISVPESHPLRT
ALYIAHATDPDRTPSAPVRYQLGQNSNDLFGIDTHTGELYLSRRLDYETQQRHNLMISAV
DGAGLSANITLSVEVQDVNDNPPVFERNEYHVEIPEGAKLDSQVLQVTALDLDTGNNARI
SYRLKGSTLFRISPNTGWIYLKQSLDRETTDHYSLTVLATDNGSPAATASSMVLITVLDD
NDNSPHFVKDFYTFELLENLPSGTVVGSISAVDPDLGRNALLRYTVVQHNSSFAIDPDTG
EIITREPLDRETKSVHELVLEARDQGTPSRAARVPLRVTVLDVNDNSPEIVDPQGDVVSV
REEQPPGTEVARVRALDSDLGENATITYSILKDRDSDGYNVFTIDPITGMIRTKSVLDHE
ERDVYRVSVKASDAGRPPRHSIRALRVEVLALADNRPTFTSSSLTFHVREDATIGQSIGS
VSGAGPAGRVAYTLDSLAPVTTTPAFDVDRSSGQLVVAHSLDRENVSEYHLKIRALDTTS
IGNPQSIAVSVKIIIDDANDNAPRWPLDPIYIRVSEAATIGTTIYNLTATDLDSGMNGDL
RYDLVSEFPVSGSFAVDSLTGALSLIKPLDREEKTEYTLFLRATDRAPLAERLSSTVTAK
IIVLDQNDNDPAFVAPEINKITVTTDLLPGTNIVRVIAVDKDTDNNGRVSYVITSGNEDS
RFSLGYDSGILTLMKPIVRDTVLQIAANDHGSPPRRSIMNLTVSIAVGQTSGPPRLLLPN
PAATISENLVVGGFIINVVGSTLSEQVNVTFDIPAGIADDKFRISSTGVVTLAAPLDREK
NQRYHIPILAKSTKLLDLTTLEITVQDENDNAPEFRPGSCYTLAVPENQDAAIIHTVAAM
DIDEGVNGEISYSIIGGNIGGKFKLDPVTGHLSAFNLDRESVARYNLAISAKDKGRPSLE
THCNITVIVIDVNDNPPVFLRDQYRHPSKDYNFNPQSPQYQYTNTYPHYVADKYIATISE
DTAPDSSVLSVRATDPDQGVNGKITYVIAEETSWLFRVDNFTGVITTAGPLDRECQSTFN
FMVIATDSGSYDAKSTSIPIEINLTDINDNAPVFTETPFKATVPVTTQPGHTIIQVKAKD
PDAGLNGEITYAFLNDNEKSKFRIHQNSGVLTATTSLTQDFGKTYHLEIIARDKGTPSKS
SRGLIELRIGDPDDVTSMLKFQNYSYEVDVQENSASGKEILQVTAVRTDGRRQHVVYSIA
SGNDFDTFVIDPDTGMVKINDPAKLDAEMWIDADEEGKEFWKNENRGQSRRILTLVAKTT
GTEPLEAYAKLTVHITDVNDNAPIFTQTQYSATVLEGNAKGNFVVKLSASDADQDTNGKI
LYHIVDGNPDNAFTISPPYSGIVRTNIVLDREIREKYRLTIIATDQGNPQLTGTTALSVR
VIDINDNQPTFPGHNVISVPEGTAVGTVLTTITANDVDSSPALTYRFGNVNHPTPFSIDR
YGGKVTLTESLDAEDSDEYTIQVIASDGIHEAITDLTVRIVDVNDNQPKFQQAAYIATLS
EGRGEVRELLTVNATDDDLLQENNVVHYHLLNPVKGFSINSETGVITANRTALLRPLPKE
IELIIVARDSGKPALSSTCTVIVRLSGLRNASSNREFKINVNENAARGTSLLKLADLGLL
DGTIVSQEGSDVFETSRGRLIISKNLDREFKDRYIVYLGTKSENSSSITNDDVVIVTIQV
DDANDNYPHFTEELQEVSIKEDAAIGTLLTTIRASDNDLAGTPAATIAYNITSGNDRHLF
QIDPSTGAITVNSTLDCDLSPETHHLVILACDTDILALCSLARVRIHIEDVNDNSPKFPV
HEYLEFVGENEPVGTKVFSARASDLDRGVFGTVNYSIVSAAASGFTDIDDSWKLFNVNAQ
TGAVTTGAIFDYEQRNRYAFTLRATDAGGRTAAVKVRVEIDSRDEFYPQFTERMYRFDLR
NGLQTQPGTVVGQVTATDRDKGPDGRVVYQLTSQHPYFKLNRTTGALIVKKKLHYDTVEE
SSRLVVSASSGRQRSLSNMTVVEIRIIDDDSNSIFSTNYATSTNLGANMAVATSNGLADW
ALGLLIALVLLIAAFGGFFLYVHLKNRKHKKPNAKPGLNGDGNATASNSYVDPTAFDTIP
IRGVAGVASNVNAAGNAGSCQFAPPKYDEIPPYGTSGQSVGQQATSEISGSDQSGSSGRG
SAEDDGEDEEIRMINEGQAADSASDLSVHNTQEYLARLGIVDAPSANSHSHARRPPEALP
LESIHLFEDEAVTEAEIATLIYGKIGETRRPTSELEVPGGPSMNGSLSSIVHSEEELTGS
YNWDYLLDWGPQYQPLAHVFSEIARLKDDAASVQSGNSANRHKVQQHKAPPPPLLTSVAP
RSIAAPALARAMLPRSPISHDASTFPSAALSPSFSPSLSPLATRSPSISPLVPPTPQRAQ
NPRSLPVVDNELRI
NT seq 9945 nt   +upstreamnt  +downstreamnt
atggaggaggggacgatgataatggtagacggtggaggtggctgtagaggtgtagtcagg
ttacaatcatcacgaatgatccagctactgcttctcagcatcctgatcacgttattaacc
ccaggcgttaattccgagcaagtacgacaccttgaagtatctgagaatgcaccaccaggt
agtagagttggtttcattgacattgaaggtccaccgtatctcattgttccggtatcaggt
tcaccggttatcagtgatttaactgttgaccccgcgactggggaaataaaaacacgatta
ccattagatcgtgaaacgaatccgtcttatagttttgttgcgttaccgcaacgtggtaat
atacgtgttgttatcaaagttttagatgaaaatgataatgcaccaacttttccagtcgat
catgttgacattgagtttccggaaaattcaccacgggatgctaaacgcgcgctaccacca
gcaaaagatcctgatttgggacagtattcgacccagcgttacgaaattgttagcggtaat
tatggtgatgtgttcagattgacgcaacatcgaggacgtgatggagttctttatttagat
cttcaaaattcgggtaatctagaccgcgaagcccgttcttcgtatcaattgattgttgag
gctttagacggtggctctccgccgttaagatcacgtctgcgtgttaatgttattgttcaa
gatgttaacgacaatccgccaatttttaatcagactagatacacagcaagtgtaccagaa
aatgcaactgttggaaccccagttctacaagtcaatgccactgattcagacaccgggaat
aatggaagaattgaatactcaataaaccgccgccaaagtgatcgcgaagaaatgtttcgt
attgacagtggaaccgggatggtttacgtcaacaaagccttagatttcgagtccaaagaa
cgccacgaattggtaattgtcgcccgtgatttaggagctcagcccctagaagcaagtgcc
tttttgtcggtctacgtaactgatgtcaatgacaatcaaccgacaataacggtgatattt
ttatccgatgatgcgacacctaaaataagtgagagtgcacagcctggtgaattcgttgcc
cgtatatccgtaagtgatcccgattcacggactgagtattcaaatgcaacagtaacatta
actggtggtgatggacatttcggtttagcaacacgtgataatataatttatctggtcgtc
gtcgaacgtccattagatcgtgaagaaaaaccgatttatgatttgtccgtcgaggcaact
gatgccggtactccaccattacgtgccataaggaccttcagactcctggttactgatgtt
aatgataatgctccaagttttgaacaagaacactacgaagcacacttgttagaagcttct
gaacctggtaccgcagttataaaagttaaagcgacagatgttgatgaaggtgttaactca
gttattaagtattcattgaaaaacagcacgtggttttctattgacgaagatactggtttg
attagtacagtgacacatgtggattgtgaaacagatccatcgcctaatctggttgttatt
gccaccgacacaggtcgtccgtctttgagtgggactgccattgttagagttacggttcat
gatcttaatgacaatgagcctatttttgaaaaaccgctttacaatacaagtgtacctgag
gatttgcctgtcggacgctgctttataaaggtacaggcgacggaccccgactgtggcgtg
aactcgatggtgaactacaccctggcagcaggacgactcgccagtgagcagcttttcgtg
cgaagcgattctggcgagatctgcgtgagatccgcgttggatcgcgaggttgcttcttac
ttggaactaccagttatagcaacagatcgaggcggactcagtaccacggcaattgtgagg
atccaagttctcgatgtcaatgataatcgtccgatattcaatccgcgggattacaacacg
acgattagatcagacgccccgccaagtgacacgattgttagagttattgctacagatgtt
gacgcggggctctttgggcaagtcgcttatcggatatcgggaggtaatgaggccggattg
tttaggatcgatcgtgtgacaggtgagctccaagtggcacgacctagtttacttgggaga
tccgcggtacatttattgaatgtcacggcaacggatgctggcggactcaagaatttactt
gatgctcgtgttcgagtgagcgtgtccgcgggtcaacgattacccatctgcgagcggcct
agatatgccatcagcgccagggaaaacgtgctacagaatagcattatcggggatgttaaa
gaagccattgttggagatgctccgggtgctgctgctactggtaaacgaccgagcagattt
tttctcgctactggtgaaaatgaattctccattgatccttcgtcgggagtactcagaact
cgaataccatttgatcgtgagacacgtgataaatatgtactaagtgtcgggattcggaat
aatattggtatcggatattgtcaggtggaactaacagtggaggacgtaaatgacaaccca
ccaactttcccaagcacaaacgtccgtatatcagtacccgagtcacacccactgcgtacg
gcattgtacattgcccacgcgacagatcccgatagaacgccatcagcaccagtgcgctat
caactcggtcagaatagcaatgatctattcgggatcgacacccataccggcgaactctat
ctgtcccgtcgcttggactacgagacccaacagcggcacaatttaatgataagcgcagta
gatggtgccggtctttcagccaacattacgctcagcgtcgaggtccaggacgtgaatgac
aaccccccggtgtttgaaaggaatgagtatcacgttgagattcccgaaggcgccaaactc
gattctcaggtcttgcaagtgacggcgctggatttagataccgggaataatgcgaggata
agttaccgcttgaaaggatcaactttgtttcgcataagtccgaataccgggtggatttac
ttgaaacaatccctggatcgtgagactactgatcattactcattgactgtgctggctacg
gataatggcagcccggcagcaactgcaagctcgatggtattaattactgtgctggatgac
aacgacaatagtccgcatttcgttaaggatttttacacttttgagctgctggaaaatttg
ccgtccggaactgttgtgggaagtatcagtgctgttgaccctgatttgggaagaaatgct
ttgttgagatacacagtcgtccagcataatagcagctttgctattgatcctgataccggg
gaaataataacacgtgagcctttggaccgtgagactaaaagtgttcatgaactggtgctg
gaggccagagaccaaggaacaccgtcacgagctgctagagttccgctgagagtaactgtg
ctggatgtcaacgataactcgccagaaatagtcgatccgcagggggatgttgttagcgtg
agggaagaacagccacctggtactgaggtcgcacgtgtgagagctttggattctgatttg
ggagagaatgcgactattacttacagtattttaaaagatcgtgattcagatggttacaac
gtttttacaatagacccaataaccggaatgatccgaaccaagtcagttctcgatcatgag
gaacgcgacgtgtaccgcgtgtcagtgaaagcgagtgatgctggacgtcctccgcggcac
agcatccgcgcattgcgcgttgaagttctcgccctggcagataacagacccacatttact
agcagcagcttaacatttcatgtgagagaagacgcgaccataggccagtcaattggttca
gtatccggagccggacccgcaggacgtgttgcctataccctggattctttagcgccagtg
acaactactcccgcttttgatgtagaccggagttccgggcagctggtggtcgcccattcc
ctggaccgcgaaaatgtgagcgagtaccaccttaagattcgtgctcttgacaccacgtca
ataggaaacccgcagagtatcgcagtgtctgtgaaaataataattgatgacgcgaatgac
aatgcgccgcgttggccacttgaccccatttacatccgagtctccgaagccgctactatc
ggaactactatttataatctcactgccactgatttagacagtggtatgaatggagatcta
cgttatgatttagttagtgagtttcctgtctcaggaagtttcgcagttgattcattaact
ggcgcactgagtctcattaagccgttggatcgcgaagaaaaaacagagtacacgttattt
ttacgtgccaccgatcgcgccccacttgccgaacgtctctcgtcgacagtcaccgctaaa
attattgtattggaccagaatgataatgatcctgcattcgtagcacctgaaatcaataaa
ataactgttacgactgatttattaccaggaacaaatatcgtgagagttattgctgtcgac
aaagatacagacaacaatggacgggtatcttatgtaataacttcaggaaatgaagactca
cgtttttctctaggctatgattcaggtattctgactctaatgaaaccgatagtacgtgat
actgtattacaaatcgctgcaaatgatcacggatctccaccaagacgttccattatgaat
ttgactgtctccatcgccgtgggacagaccagcggaccaccaagactgctgttacccaat
cccgcggcgacgatttcggaaaatttggtcgtcggaggatttattattaacgtcgtcgga
tcaactctaagtgaacaagtcaatgtaacttttgatattccggcgggaattgctgacgac
aaatttagaatatcatcaacgggtgtagtgacactggctgctccattagaccgtgaaaaa
aaccaacgctaccatataccgattcttgctaagtctacgaaacttttggacctcacgact
ttggaaataactgtccaagatgagaatgataatgcgccggaattccgtcccggttcttgt
tacacactcgctgttccagagaatcaggatgcggctataattcatacagttgctgcgatg
gacatcgatgaaggtgttaatggtgaaattagttacagcattattggcggcaacatcgga
ggaaaattcaaactagatccagtaaccggtcacttatcagctttcaacctcgaccgtgaa
tcagtagcgcgttacaacctcgcgatatcagccaaagacaaaggtcgcccaagtttagaa
actcattgcaatataaccgtaatagtaatcgacgtcaacgacaatccccccgtttttctc
cgcgaccaatatcgccacccctcaaaagactacaacttcaacccccagagccctcagtat
caatacacaaatacgtatccacactacgtagcagataaatacatcgccacaatatccgaa
gacacagctccagattcttcggttctcagcgtacgtgcgaccgacccagaccaaggcgta
aacggaaaaataacttacgtaatcgccgaggaaacttcctggctatttcgagtcgataat
ttcacgggagtcatcacaacagccggcccgctggatcgtgaatgtcaaagcaccttcaat
ttcatggtgatagctacagatagtggtagttatgacgctaaaagcacatcaatacctatc
gagataaatttaactgacattaatgacaatgcacctgtgttcactgagacgccatttaaa
gcaactgttcctgtaacaacccagcccggacacacaataatccaagtaaaagctaaagat
ccagacgctggattaaatggagaaataacttacgcatttttaaacgataacgaaaagtcc
aagttccgaattcatcagaactcgggtgtattgacggcaactacatcattgactcaagac
tttggtaaaacttatcatttagaaataattgcgcgggacaaaggtacgccttcaaaaagt
agccgcggtttgattgaactgcggattggagacccggatgacgtaacgtcgatgctcaag
ttccaaaattactcttacgaagttgatgtacaagaaaattcggcgagtgggaaggaaatt
ttgcaggtgacggcagttcgtactgatggcagacgacagcatgtcgtgtattctatcgct
tccggaaatgatttcgatacttttgttattgatcctgatacgggaatggttaaaatcaat
gaccctgcgaaattggacgctgagatgtggattgatgctgatgaagaaggaaaagaattt
tggaagaatgagaatagaggccagtcaagaaggattttgactctggttgccaaaactaca
gggacagagcctttggaagcttatgctaaattgactgtgcacattactgatgtcaatgac
aatgcgcccatttttacacagactcaatattcagctactgtactcgagggaaatgccaaa
ggaaattttgttgtcaaactatcagcaagtgatgccgaccaagatacgaacggtaaaatc
ctgtaccatatagtagacggaaaccccgacaacgccttcacaataagtccaccatacagc
ggaatagtgcgtaccaacatcgtcctagaccgggaaatccgtgagaaatatcggctcaca
ataatagccactgaccaaggcaaccctcagcttaccggaacaacggcgctcagcgtacgc
gtcatcgacataaacgataaccagcccacgtttcccgggcacaacgtaatttccgttcct
gaagggaccgcagtcggtacagttctgacaacaataacagcaaatgacgttgatagttca
ccagcattgacctatcgatttggaaacgtaaatcatccaactccatttagtatcgatcgt
tatggaggcaaggtcactttaactgagtcattggacgctgaagattctgatgaatacacg
atccaggtgattgccagcgatggaatacatgaagcaatcactgatcttactgttagaatc
gttgatgtcaatgataatcagcctaagtttcaacaagctgcttatattgcaactttatca
gaaggacgaggcgaagtacgtgaattattgacagttaatgctacagacgatgatctgctg
caggaaaacaatgtcgtacattaccatttattgaatcctgtcaaaggattcagtataaat
tccgagactggagtgatcactgccaatagaactgcgttactaaggccactgcccaaagag
attgaactgataatcgtagcacgtgactctggtaaaccagctctgtcgtcaacctgcacg
gtaattgtccgactaagtggcctacgaaatgcgtcatccaatcgggagttcaaaataaat
gtcaatgaaaacgcagcacgtggtactagtcttcttaaacttgcggatcttggtctacta
gatggtactattgtttctcaagaaggaagtgacgtattcgaaacatcgagaggacggttg
attatcagcaaaaatcttgatcgtgaattcaaagatcgatacatcgtgtacctgggaact
aaaagcgaaaattcatcaagcatcaccaacgatgacgtagtaatagttacgatccaagtg
gatgacgcgaatgacaactacccccacttcacagaagaacttcaagaagtttcaataaaa
gaggacgcagcgatcggcacgctcttgacgacaataagagcaagcgacaacgaccttgcg
ggaaccccagcagcaacgatagcatacaacataacctctggcaacgaccgacatctcttc
caaatagatccatctaccggcgcgattactgtgaactcaactctggattgcgatctgtca
cccgagactcatcatctagtgattcttgcctgcgacacagacattttagctctctgttcc
cttgcacgggtgcgcattcacatcgaagatgttaatgacaactctcccaagttccccgtg
cacgagtaccttgagtttgttggagaaaatgaacccgttggtacaaaagtattctctgcc
cgcgcatcagatctagatcgcggtgtatttggtaccgttaattattccatagtgtcagcg
gccgcttcaggattcactgacatcgacgactcttggaaactattcaacgtaaacgcgcag
acgggcgccgttaccacgggtgcaattttcgattacgagcaacgaaatcgttacgcattt
acactgcgagctaccgacgcaggaggtcgtacagccgcagtaaaagtacgtgtggaaata
gactcacgagacgaattctatccccagtttacagagcggatgtaccgattcgatctacgc
aacggtctgcaaactcaaccgggaacagttgtaggccaagtgactgcaacagaccgcgac
aaagggcccgatggacgcgtggtctatcaattaacatcacagcacccctacttcaagctc
aaccgcaccaccggtgcactgatcgtcaagaagaagctccactacgacacagtagaagaa
tcatcccgcttagtagtgagcgcgagttccggaagacagcgctcgctctccaacatgacc
gtcgtagaaattcgcatcatcgacgacgactcaaacagtatattctcaacgaactatgca
acgtcgacgaacctgggcgccaacatggcagtagcgacttcaaacggccttgcagattgg
gcgctaggtctcctaatagctttagttcttttaatcgccgcttttggtggtttctttttg
tatgtacacttaaaaaaccgtaaacacaaaaaacccaacgcgaaacctggtttaaatggt
gacggaaatgctactgcgtctaatagttacgtagaccctacggcatttgacacaattcct
atccgaggagtcgctggagtcgcctctaatgtaaatgcagccggcaatgcaggctcttgt
caatttgctccgccaaaatatgatgaaattccgccttatggaacttctggacaatctgta
ggccaacaagcaacttctgaaatctccggaagtgatcaatctggttcgtctggacgtgga
tctgctgaagacgatggagaagacgaagaaatccgtatgattaatgaaggccaggctgcc
gattccgcaagcgacttgtcagttcataatactcaagaatatctggcacggctgggaatc
gtcgatgcgccctcagctaattcgcattctcatgctcgaaggcctccagaagctttgcca
ctagagagcatccacttgttcgaagatgaagcagtcacagaagctgaaatcgcgactttg
atctacggcaagattggcgagacgcgtagacccacttccgaactagaagtacctggtggt
ccttcgatgaacggctcgctcagctctatcgttcacagcgaggaagagctgaccggttcc
tacaattgggattatttactagactggggtcctcagtatcaaccactggcgcacgtcttc
agcgaaatcgcccgactgaaggacgatgccgccagtgtacagagtggcaactccgctaat
agacacaaagtacagcagcacaaggcgccacctccgccattactcacttccgtggcgccc
agatctatcgcggcgccagccctcgcccgcgcgatgcttcccagatcaccaatcagccac
gacgcgtcaactttcccctcagcggctctcagtccgagcttttccccttctctatccccc
ttggcgactcgcagccccagtattagtccgctagttcctccgacgcctcagcgggcgcag
aatcctcgcagccttccggttgtcgataatgaattaagaatttag

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (8)   
   RefSeq(nuc) (2)   
   GenBank (3)   
   EMBL (3)   
Protein domain (6)   
   Pfam (6)   
All databases (25)   

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