KEGG T01011: 100485624

Xenopus tropicalis (tropical clawed frog): 100485624

Entry

100485624         CDS       T01011

Symbol

dchs2

Name

(RefSeq) protocadherin-23

K16507

protocadherin-16/23

Organism

xtr Xenopus tropicalis (tropical clawed frog)

Brite

KEGG Orthology (KO) [BR:xtr00001]
09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04515 Cell adhesion molecules [BR:xtr04515]
    100485624 (dchs2)
Cell adhesion molecules [BR:xtr04515]
Cadherins
  Cadherin related
   100485624 (dchs2)

SSDB

Motif

Pfam:

Cadherin Cadherin_3 Cadherin_4 CADH_Y-type_LIR Big_9

Other DBs

NCBI-GeneID:

NCBI-ProteinID:

Xenbase:

UniProt:

Position

1:54612070..54784286

AA seq 3475 aa
MYIIGSKSNGVKVRAECQLFSTFSLQLMLLLFCSDCCCRAQVYNLSLAVDEGLPPGTLVG
DIRAGLPEGSPGEGFFLSEEDGESLVLRDFQVDSETGIVSTLQVLDRERREHYSFVAATL
QGEVVQVDILVRDVNDHSPTFPVHSLQLQVSELTPPGTSFRLPAAWDPDIGEHGLKGYAL
LRGSQEAPFIIRYGHGKQGSGVEEDLPTWGQTVKISDKVHGDRARVSRSVWEEAAEEKQW
GEGRTSTLGGLKSKPEEIQKPTEYIDLSVGAGRGLLQEIDTKRQDYGIDSSAHWQDYASE
LHVDTFATNVAEHRDKEDVRTHDKRMVEGVGADSTLHPLDLVLIQWLDREELDNYQLEVE
AFDGGNPRRTGRLIVDIVVMDANDNPPVFDQLDYKGWVWENAPIGTSVCTVHATDPDLGS
NGEVRYSLRFGEGYFTVDEESGEISVSRPLDREQISIHQLVVQARDGGDQPEVTSILLTV
KVLDVNDNSPGIHITLITESGRPEVSEGARTGEYLARIFVSDPDLESEDEVWVEGDTERR
LMQENAEKREGWPEEEPKTQGVTTKMVDEQENVMHHSMPNLGPLIKRTFVEQQRVSVRLE
GGEGSFSLQPAGPQLYFLCVNAPLDRELKDMYELQILAWDTGSPPLQSHKTLLLSVTDLN
DQPPMFLQPEGYQATISEATSIGTAVLMLKAQDLDEDGPNSRVTYSLQESQNSSSFILEP
GTGVLSIAQLLDHESAPVLNLVAVATDHGSPPLSSSCTITITVEDTNDNDPIFLQQFYNV
SLQEHTVLGHCFLQVKATDADSGPFGQIHYSVYDGFHNTKESQSFRIDPDSGRICVSNDI
DKESGPTSYDLLVKAEDEGGLSAQAFVRVDIEDINDNAPVFEPSTYVTSISSHTQPGTEI
LNVMAIDRDEGLFGDVTYELLSGEHSSLFTIDSSTGIIYLISVLSHLEDSWVSLSVAARD
KGGLTSAVNATVTMNILKTATAPAIFEKSRYTFVIAEDVPKGSAVGTVKAREPLNSLEPV
SYRIISGNVHQMFTIHTQFGIIRTQKELDFESLPLVVLTVQSQLGSSSVFSSTQVNVTIT
DANDNPPVFSSENERISVHQNTSPGTAIYIAQATDLDSGFNGQISYSIASENQDLFIIDS
TFGVLYLNATLSSVREHVLLVLAEDYGHPVLSSLLTLTIIVEQNKQSNTLSFFNLVHRTE
ISETLPINSHILQVKAYTRNTQSTSSEIMYSLSPTIDSAPFRIHQSTGWIFLRRSVDYEK
SKTHNLKVVATSGDREDQQTATASIIVKILDENDNSPSFDHATHFFTVNESPVPHGVIGS
IQAFDRDSGNNGQLSYFLLSEGNNFLISSKTGEIINCASLDHERKAHHELNVLVTDNGTP
RRNATTTVYIIVADLNDNKPYFPQLASGKQLHVKVMEGQAEPMLVATVYAKDPDAGNNGT
VVYFFASDESFGQFVINASTGEIWTTKALSAKLRPQYGLTVTASDQGTPPLVEHTVVNIE
VISAFKEKTKTVSKIKTMKVPENTYPTQKIGSVISHEEAFLLSSKMHYRLANEENKGHFV
VDSLTGDVYVSRHLDFETISYYGLSIDIQEIDKISPPNLSVFLTIYIEDTNDHRPLFPDH
IIVLGVDEDVPVGTLLYTFKANDKDGSLENSKIRYSLNTHGTGENPFFIHEWEGALTTAN
ELDREMAESFVLTVTATDQAANISHRRCTSVIVRIVIQDINDNPPQVLSLPVASVMEDAQ
IGSLVHRIVAKDPDEGRNGKIGFHIKEGNAQQVFLLDETTGWLTLHSEIDREVQDHYILT
ILALDDGIPSLSVTQTLTISLIDVNNKTPTFTQGLYEAAVPENQDPGLYVIKVAAVDYDL
GNNSVLTYEILPGPAYGHFRINPETGELVTTTVFDREQQDRFIIEVLVKDGGSPPLSSTT
AILCSILDENDHTPEVLFPDVEIRVPENQDLGIIHTVLAADKDAGNNGRLHFQITDGNMG
GYFAINNTSGQLWATRTLDREDVSSFTITVECHDLGTPHRSTIAKLRITVLDENDNPPTF
PKSQYRTLVREDLKIGSAVLKLQASDADEGLNKEIIYSLIDDTQGAFTVNRTTGNIVTIR
TLDREVKHQYVFRVVASDCSLHNPKSATVKVLVYIEDVNDNSPVFTENPIHVLISPKVLE
NKTIANVHASDVDLGLNGTVVYNLIKSNPFFYITQEKGEVKLQMPLPAEFSSTVLQVQAS
DLGIPPNTVTGLVIIDIQGLDKEIAFVHNFYEAIILENSEAGTLVVTVKALYHNPNDEII
HYTVFSGDKKGAFNLNPITGDLMVKEPRLLDFETVNKFNLIISAESSQYTTYCRVTVFIQ
DDNDNAPVFDQLDYISFVSEGQPFNTFVIQVFAADGDSGINGQIDYSIISGNENNAFVLD
SRHGILSTNVILDREIKSSYRLTVQATDRGSPSCSSTSVVTVLILDINDNAPTIPPMNTV
LIAEDAAPGYSIGSISANDVDLRPDLSYTFTENGNPGLKFAIDRYSGIITLTESLDYEES
SQHCLRIQASDSVYHTEAELIIKVLDVNDNPPVFTQNIYKVALPELTESNTFITTVSATD
QDSEIYGPITYKIISPLKGFVINTTSGSVYTDMPLGKENKSTEIQILIVAMDNGSPPLTS
TAMLSVTILDVNNYAPTFSEDIYYVNVSEDALVGDTVLTLTAMDLDWSPKNALIDFSIIG
GNAHNLFYLESSEVLSHIPFIVTGKLIINQPLDFEVASAHRLDIFVSNQGFPPLNSSATI
IINILDSNDNPPLFSNSEYHVSVREHYPLKSTIIIISATDSDTGENADITYSIVSGNDEN
VFTIDAQNGTVTLVQPLDYEETMKYSLTLQARDGHGSKRNVAFALLSITVLDENDFAPKF
LFQSQSCNIYENVPFFSPVCSVNAIDLDSGQYGILSFSIQSSCFNDQQHPATFLIDSLTG
DIYTKHRIDYEMQERHCLVVQVKDRSESSACVLVYIDIEGEDEFQPVFYQNQYLFDLPEE
NIGGQEIGKVGALDNDEGLDGVVHYFLEKPSQFFSINMTSGMIYLTRTVHKKRSNTRKND
EFIEFHVKAHSPKFDSKSAMCTVRVNISSALEDYPVMSANILSITFSISFVVFLLLAISL
IGIILRHKKKEVVNPCGIKDLAIPAPDSNGKDCKSKECPKYDHIKTSISPDTPEWLGLVD
IREKKDTGPKCRNSDSSGHGSTEGETAEDEEIKMINEYPIRKESGSVLSDRASRVPDSGI
PRDSDLLSCESDETDLVLRTESTESIVILRHGKDECNSNNIHDKELPHTNHSPLKKSKDT
PLHNRMDYIFVPTPHESRYGSLASLVASDEDLRGSYNWDYLLSWEPRFQALSSVFCDIGK
LKDEKMHRHGLPKQKKPFIFPPPLITSVAQPGIRAVPPRMPTIMSGQTFLKYPRSPFFTN
LACQPSPMSPTFSPSLSMLTVHTPSTSPVLSGTGVSGTSMPSLSEELLIQQEFQV

NT seq 10428 nt +upstreamnt +downstreamnt
atgtatataataggaagcaagagtaatggggtgaaagtcagggcagagtgccagctcttc
agcactttctctctgcagctgatgctgctgttgttctgctcagattgctgctgtagggct
caggtgtataacctcagtttggctgttgatgaggggctgccccctggtactttggtgggg
gatatccgtgcaggcctacccgagggaagcccaggagaaggttttttcctgtcagaggaa
gatggagagtcccttgttctaagggacttccaggtggactcagagactggcattgtaagt
acattacaggttctggatagggaaagaagggaacattacagctttgtggcagctacactg
caaggggaggtggtacaggtggacatccttgttagggatgtaaatgatcactccccaact
tttcctgtacactccttgcagttgcaggtctctgaactcactccacctggtacctctttc
agactgcctgcagcctgggaccctgacattggggaacatggactaaagggttatgcttta
ctaaggggcagccaggaggcacctttcattatcaggtatggacatggaaagcaaggttca
ggggttgaagaggatttgcctacctggggacaaactgtaaaaattagtgataaagtgcac
ggtgatagggccagagtgagcagaagtgtttgggaagaggcagcagaagagaaacagtgg
ggtgaaggtagaaccagtactttgggaggtctaaaaagcaaaccagaggaaatccaaaaa
cccacggaatatattgatcttagcgtgggtgcaggtagaggccttttacaggaaatagat
actaaaagacaagactatggcatagattcttctgcccattggcaggactatgcttctgaa
ctacatgtagatacgtttgccactaatgttgcagaacacagggataaagaggatgtcaga
acccacgataagagaatggtagaaggggttggagctgactctactcttcatcctcttgat
ctggtattgatacaatggttagacagagaagaactagataattaccagttagaggtggaa
gcttttgatgggggtaatcctagaaggactggaaggctaattgttgacattgttgtaatg
gatgctaatgacaatcccccggtttttgaccagcttgattataaaggatgggtatgggag
aatgcccctataggtacttctgtatgtactgttcatgccactgacccagatttgggaagt
aatggggaggtaagatacagtctacgatttggggagggttatttcactgtagatgaggaa
agtggtgagattagtgtaagcaggcccctggacagagagcaaatatctattcatcagctt
gtggtgcaagctagagatggtggtgaccagcctgaggttacaagtatcttgctaacagtg
aaggtgctagatgttaatgataacagcccaggtatacacatcacactaattactgaaagt
ggtaggcctgaggtttctgagggtgctagaactggggagtatcttgctagaatatttgtg
tctgaccctgacttggagtctgaagatgaagtttgggtggaaggtgatacagaaagaagg
ttgatgcaggaaaatgcagaaaagagggagggatggccagaagaagaacctaaaacacaa
ggggtgacaacaaagatggttgacgagcaagaaaatgtgatgcaccactcaatgccaaat
ttaggaccactgatcaaaaggacattcgtggagcaacagcgtgtgtctgtcagactggag
ggtggggagggctccttttctcttcagcctgctggaccccaactttatttcttatgcgtc
aatgcacccctggatcgagaacttaaggacatgtatgagttgcaaatacttgcttgggat
acaggttccccaccactacagagtcacaagacattgctcctaagtgtcacagatttgaat
gaccagccgccaatgttcttgcagccagaaggctaccaggctactatatctgaagctaca
tcaattggaactgctgtattaatgctcaaagcccaggacttggatgaagatggcccaaat
tcaagggtaacttactctctccaggagagccaaaattcatcatctttcatcctggaacca
ggtactggagtcctgagcattgcacaattattggatcatgaatctgctcctgtgttgaat
ctagtagcagtagcaacagaccatggtagccctcctctctcttcctcttgtaccattact
ataactgttgaagataccaatgacaatgatccaatcttcttgcagcagttttacaatgta
tccctccaagaacatactgttttaggccattgcttccttcaggttaaagccactgatgca
gactcgggtccctttggccaaattcactattctgtttatgatggatttcacaatacgaag
gaatcacaaagctttcggattgatccagattctgggcgtatctgtgtatccaatgatata
gacaaggaaagcgggccaaccagttatgatcttcttgtcaaagcagaagatgagggtggg
ctaagtgcccaagcctttgttcgagttgacattgaagacataaatgataatgcccccgtg
tttgagccttctacatatgtgacaagcatcagcagccatactcaaccaggaacagagatc
cttaatgtcatggctatagacagagatgaaggattgttcggtgatgtgacgtatgaactt
ctatcaggagaacactcgtctttgtttaccattgactcatctacaggaattatctatttg
atctctgtgcttagtcacttggaagattcctgggtgtccttgtctgtggctgctcgggac
aagggtggtcttacgtctgctgtcaatgctactgtcaccatgaacatcctgaaaactgcc
acagctcctgcaatatttgaaaagtctcgatacacatttgtgattgcagaagatgttcca
aaaggtagtgctgttggtacagtcaaagctagagaacctttaaattcattggagccagtt
tcatacagaattatatctgggaatgtccatcagatgtttactatccacactcagtttggt
atcatcagaacacaaaaggagctggattttgagtctctgcctctggtggtgctcaccgtt
cagtcacaattgggcagctcttctgtgttcagcagtactcaagtcaatgttaccataaca
gatgctaacgacaacccaccagtattttcctctgagaatgaaaggataagcgtacaccaa
aatacctcacctggaactgctatatacattgctcaggcaacagacctcgatagtggattc
aatggtcagatctcatacagtattgcaagtgaaaaccaagacctgtttattattgactct
acctttggtgttttgtacctgaatgctacattatcatctgtcagagaacatgttcttctt
gtattagctgaggattatggtcaccctgtcctcagttctcttcttacactgaccattatt
gtagagcaaaacaaacaatcaaatactttgtccttttttaacctggtgcatcggacagaa
ataagtgaaacccttccgattaattcccatatcttgcaagtgaaagcctatactcgtaac
acacaaagtacatcatctgaaataatgtattctttaagcccaactattgattcagctcca
tttaggatccaccagagcaccggatggatctttttgcgcaggtctgtcgactatgaaaag
tctaaaacccacaatcttaaagtggtagcaacaagtggtgaccgtgaagaccaacaaact
gcgacagcttccatcattgtgaaaatacttgatgaaaacgataattctccttcttttgat
catgcaacacattttttcactgtcaatgaaagcccggtcccccatggtgtgataggctca
attcaagcatttgacagagattctgggaataatggacagctatcatatttcctcttgtct
gagggaaacaatttccttattagttctaagacaggtgaaattataaattgtgcttcatta
gaccacgagcggaaagctcaccatgagctcaacgtattagtgactgacaatggcacacca
cgccgcaatgccacaaccacggtctacattatagtagctgatttaaatgacaataagcct
tattttcctcagttagcttcgggaaaacaacttcatgtcaaggtcatggaaggccaagca
gaacctatgctggtggcaacagtatatgcaaaggatccagacgctgggaataatggaaca
gttgtgtacttctttgcttcagatgaaagttttggtcaatttgttataaatgccagtact
ggtgaaatatggacaaccaaagctctttctgcaaagctaaggccacaatatggactaaca
gtaacagcaagtgaccaaggcacccctccgcttgttgaacacacagttgttaatattgag
gttatttctgcatttaaagagaaaactaagactgtttccaaaataaagacaatgaaagtt
cctgaaaacacctaccctacccaaaaaattggatcagtaatttcacacgaggaagcattt
ttattgagcagtaaaatgcattacagacttgctaatgaggaaaacaaggggcattttgta
gttgacagtttgactggagatgtatatgtttctagacatctagattttgaaacaatctca
tactatggattaagcattgacatacaagaaattgataagatatctcctcccaatctttct
gttttccttaccatttacatagaagacacaaatgaccatcgaccattgttccctgatcac
attatagttttaggagttgatgaagatgtacctgttggaactcttttatatacctttaaa
gctaatgacaaagatggcagtttagagaatagcaagataaggtattccttaaacactcac
ggaactggagagaatccattttttatccatgaatgggaaggtgccttgaccaccgccaat
gaactggaccgagagatggcggagtcatttgttcttacagtaacagcaactgatcaagct
gccaacatatcacatcgccgatgtacctcagtaattgttaggattgttatacaggatatc
aatgacaatcctccacaagttttatcattgccggttgcttcagttatggaagatgcacaa
attggctctcttgttcatcgtattgtagctaaggatccagatgagggaagaaatgggaaa
ataggatttcacattaaggaggggaatgctcagcaagtcttccttttggatgaaaccaca
ggatggctgaccttacactctgaaatagaccgtgaagttcaagaccattatattttgacc
atcttagctttggatgatggaatcccatctctttctgtgacacagacattaacaatcagt
cttattgatgtcaacaataagactccaacatttacgcaaggtctatatgaggctgcagtt
ccagaaaatcaagatcctggactatatgtcataaaagtggctgctgtggactatgatttg
ggaaacaattccgttctcacatatgagattttgccaggaccagcatatggacatttccga
ataaatccagaaactggggagctagtaacgacaactgtttttgatagagaacaacaggat
cgttttatcattgaagtgcttgtgaaagacggtggatcccctccactttccagtacaaca
gccattctgtgctccatattagatgaaaacgatcataccccagaggttttatttcctgat
gtcgagattcgggtccccgagaaccaagatctgggaattattcacacagtcctggctgct
gacaaagatgcaggaaacaatgggcgccttcatttccaaataactgatggaaacatgggc
ggatactttgccattaataatacctcaggacaactatgggccacccgcaccttagataga
gaggatgtcagcagttttaccattacggtggaatgccatgacctgggcactcctcataga
agcaccattgccaagcttcgcattacagtcttggatgaaaacgacaatccgcctacgttc
cctaagagccagtaccgcacattagtcagggaggatttaaagattggatctgctgttctt
aaacttcaggcttcagatgcagacgaaggcttaaacaaggaaattatatattcgttaatt
gatgacactcagggtgcttttactgtaaacagaacaactggaaatattgtgactataagg
actttggatagagaagtcaaacaccagtatgtgtttagggttgtggcaagtgactgcagt
ttgcataacccaaaaagtgccactgtgaaagttctggtgtatatagaggatgtaaatgac
aatagtccagtttttacagaaaatcccattcatgttcttatctcccctaaagtactagag
aacaagactatagctaatgtacacgccagtgatgtggacttgggtttgaatggtacagtg
gtctataatttgataaagtctaatccattcttttacattactcaagaaaagggtgaagta
aaactacaaatgcccctcccagccgaattcagtagtacagttctccaagtacaagcttca
gatctgggcatcccgccaaacacggtcacaggtttagtgatcattgatatccaaggcctg
gataaggaaattgcctttgtgcacaacttctacgaagccatcatattggaaaacagtgag
gcaggaactttagttgtgactgtaaaagccctctatcataatccaaatgatgaaataata
cactacacagttttcagtggagacaagaaaggggcttttaatttaaatcctataacagga
gacctcatggtaaaagaacccaggctccttgattttgaaactgtcaataagttcaaccta
atcatctccgctgaaagcagtcagtataccacgtactgcagagtaacagttttcatccaa
gatgacaatgacaatgcacctgtttttgaccaactggattatatatcatttgtatcagaa
ggacaacccttcaatacgtttgtaatacaggtttttgctgcagatggagacagtggaata
aatgggcagattgattattctataataagtggtaatgaaaacaatgcgtttgtactcgat
tcaagacatggcatcctttctactaatgtaattcttgatcgggaaataaaatcctcctac
aggttgactgttcaggcaactgatcgaggttctcccagttgctcttcaacaagcgtagtt
acagtattgattctggatatcaatgacaatgcgcccacaattccccctatgaatactgtg
ttgattgcagaagatgctgctcctggatacagcattggaagtatttctgcaaatgatgtg
gacttaaggccagacttgtcatatacttttacagaaaatggaaatcctggtttgaaattt
gccattgatagatattctggaattataacactaactgagtcattggattacgaagaatca
tctcagcactgtctaaggatccaagcctccgattcagtatatcatacagaggcagagctt
attattaaggttctggatgtgaatgacaatcctcctgtatttactcagaatatatataag
gttgcattgcctgaactgactgaatcaaacacatttattacaactgtatcagctacagac
caggattctgagatctatggccccattacttacaagatcatttcacccttaaaaggattt
gttattaacacaacaagtggctcggtatacacagatatgcctttgggaaaagagaataaa
agtacagagattcaaattttgatcgtggccatggataatggcagcccaccattaacttcc
actgcaatgctttcagttactatacttgatgtcaacaattatgccccaacattttctgaa
gacatttactatgtcaatgtcagtgaagatgccttagtaggggatacagttctcacatta
acagcaatggatttggattggtcacctaaaaatgcactcattgacttttctattattggt
ggcaatgcccataacctgttctatttggagagcagtgaagtactctcccatattcctttt
atagtaactggaaaacttataataaatcagcctttggattttgaagttgcctctgcacat
aggttagacatatttgtgtcgaatcaagggtttcctccactaaattctagtgcaaccatt
ataataaatatcctggattcaaatgacaaccccccgctgttcagcaattctgaataccat
gtaagtgtgagagagcactatccattaaaaagtacaataattatcatttcagcaactgac
tctgatacaggagaaaatgcagatattacatatagtattgtgtctggaaatgatgaaaat
gttttcacgattgatgcacaaaatggtactgttacactggtgcagcctctggattatgaa
gaaaccatgaaatattcactgactttacaagctagggatgggcatggaagcaaaagaaat
gtggcgtttgccttactgtccatcactgtactggatgagaatgactttgcaccaaagttc
cttttccagagccaaagctgcaatatctatgaaaacgtgccattcttttcacctgtatgt
tcagttaatgccattgacttggattctggacagtatggtatcctgagcttctccattcag
tcatcctgctttaatgaccaacagcacccagctacttttttaattgattcattaactgga
gatatttatactaagcacagaattgattatgaaatgcaggaaagacactgccttgtagtg
caggtgaaagacagaagtgagtcctctgcttgtgttttagtttatatagacattgaggga
gaagatgagtttcagccagttttttatcaaaaccaatatttatttgacttgccagaagag
aacataggaggacaggaaattggcaaagtaggggccttagataatgatgaaggacttgat
ggagtagtgcattattttcttgagaaaccgtctcagtttttttccattaatatgacaagt
gggatgatatacttaacaaggactgtccataagaaaagaagtaatacaaggaagaatgat
gaatttattgagttccatgtaaaagcgcatagtccaaaatttgattctaagtcagcaatg
tgtactgtgagagttaacatttcttcagcgcttgaagattaccccgttatgtcggcaaac
atactttccatcactttcagcatttcttttgtggttttcttgcttttggctataagtctt
attggtattatcctgagacataagaagaaagaagttgtaaatccttgtgggattaaggat
cttgccattccagcacctgattcaaacggaaaagactgcaaaagtaaagaatgtccaaaa
tatgatcatatcaaaactagcatttctccagatacccctgagtggctgggtttagttgat
ataagagaaaagaaagatacagggcctaaatgcaggaattcagactctagtggacatggc
tcaacagaaggagaaactgctgaagatgaagaaatcaaaatgatcaatgaatatcctatt
aggaaagaatctggatccgttctgagtgatagagcctctcgggtgccagactctggaatc
cctagagactctgatttgctgtcttgtgagtctgatgaaactgacctggtgttgaggaca
gaaagcacagagagtatagtcattcttagacatggtaaagatgaatgtaattcaaataat
attcatgacaaggaactgccacacaccaatcacagtcctctaaaaaaaagtaaagatacg
cctttgcataacaggatggactacatatttgttccaacaccacatgaatcaagatatggg
tctcttgcatcactggtggcatctgacgaggatctaagaggaagttataattgggactat
ttgctgagctgggaaccaagatttcaggctctttcttcagtgttctgcgatattggaaag
ttaaaggatgagaagatgcacaggcatggcttaccaaaacagaaaaaaccttttatattt
ccacctcctttaattacatctgtagcacagccaggtataagggctgtgcccccacgaatg
ccaactataatgtctggacaaacatttttaaaatacccacgttctccttttttcactaat
cttgcatgtcagccttcacccatgagcccaacattttctccttctctatccatgctcaca
gtacatactccttcaacctctcctgtgctgtcaggtactggtgtttctggaacttctatg
cccagcctgtcagaagaactattaatacaacaagagtttcaagtgtaa

All links

Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   XENBASE (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (16)   

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