KEGG   Echinops telfairi (small Madagascar hedgehog): 101638797
Entry
101638797         CDS       T08707                                 
Symbol
DCHS2
Name
(RefSeq) LOW QUALITY PROTEIN: protocadherin-23
  KO
K16507  protocadherin-16/23
Organism
etf  Echinops telfairi (small Madagascar hedgehog)
Pathway
etf04392  Hippo signaling pathway - multiple species
Brite
KEGG Orthology (KO) [BR:etf00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04392 Hippo signaling pathway - multiple species
    101638797 (DCHS2)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04515 Cell adhesion molecules [BR:etf04515]
    101638797 (DCHS2)
Cell adhesion molecules [BR:etf04515]
 Cadherins
  Cadherin related
   101638797 (DCHS2)
SSDB
Motif
Pfam: Cadherin Cadherin_CELSR2_9th Fibulin_C Cadherin_4
Other DBs
NCBI-GeneID: 101638797
NCBI-ProteinID: XP_045151734
Position
Unknown
AA seq 2571 aa
MSKHKSGYAGFRNSSNSPIPVEQLLGIIYLASTLGNLDSPTLSLEVCARDGGGLTSPVNA
DVTIHVLPTALLAAEFERPKYTFSVSEDVPEGSPVGTVKVTEPLNSTEPIFYRITSGDLD
GTFSIHPWLGSICTQKPLDRETQPVFVLTVQAQLTNSPVCSSTQVSITVLDINDNHPAFL
TNADEVKLSQHTPPGTALYFTRAEDKDSDRNGFIQYSIASQPSGTFTIDPGLGVVYLNKS
LGGAPPQKYIVRVMAKDRGVPSLASQLVLTVVIEKQETNPPLTFENLVYQVEISEALSPT
TQLLQIQAHVHGPQHTTSQLLYSLEPSIDSAPFGISVDSGWVYLRRQLDYESQRTYNFRA
FAWIPGDGALRRVSASVIVHVLDENDNSPVFLHDVLFLKVKESPIPQGTIGQVTAVDRDS
GKNGQLSYFLLSAGKFFKVNPNTGELINWVALDHEHQVHHHATVLVTDHGSPPRNSTMVI
YISVTDVNDNAPHFPQCVPGKELHIKVLEGQPVNMLVTTVFAKDLDEGSNGEVIYSVSSG
DSFDHFKIDANSGEIRTTTILSYDYRPSYRMTVIASDQGLPPLQGQAVINIQVIPQSKGK
AIVSQNIRHLVLPENVKPAKIMSLIKSPGHLQQYHSGKLQFCIIADDRDGHFAIDGSTGD
LFLSKELDYEMTSHYLFRVVTNDNLRSPPLNSTLYLSIDVEDQNDHSPAFQDEFIVISIE
ENVAVGSLVYVFNAKDGDGSFLNSRVHYFMEAHHPVTNPFLIHPTFGTLVTASLLDRERV
PTVVVKVTASDQAVNVTDRRLKSLMAKIVILDVNDHSPTFKSFPLAHVEEDATVGSVVHH
VTADDPDEGRNGRVTYSILSGNEHMAFVLDESTGLLTSARPLDHEIKTQYLLTIGAQDDG
VPALSSSQTLTITVLDVNDETPVFTQPLYNASVKENKNPGELVMRVEATDRDSGIHSKLQ
FEIMPGAAFGLFKINPDTGEVVTATTLDREIQDVFTLRVLVRDGGVPSLSSTTVILCSVE
DENDHAPEFIALRHYIEVPENQGPEVIDTIWASDMDTGNNGAVEYHIVDGNTAGYFAINE
TSGELSTTRPLDREQVHNFSLVILCSDLGDPPRSSRMQLQVRVLDENDHSPSFPLLHYQS
SVREDMEIGTTVLVLSATDEDEGLNGKIEYVLVDEAFGAFSIDPVTGALRTARSLDREAI
SQHVFRAVARDCSLQRARSTTVTIHISITDVNDNDPVWEQNPFDIFLPPELPGHVVIATL
RADDPDSGLNGTVTFTAAETKSAFSINKYTGEIRLLQSPPSEYFPMWVQLKAMDQGIPPR
TTTGLLVIHAEEEEVKLSFTRRIYRGIVTENCEAGTSIVTVKALTADSSEDSIKYLIFSG
NEDGAFSLCSNSGELTVKEPKFIDFEVRNDVQLIVLAEGGGHRAYSKLSVVIQDVNDNVP
CFEQSVYKASVSEGQSPNAHIIQVSATDPDGGLNGLLEYSIISGNQGDMFQIDALSGVIT
TSGMLDYESTSSYSFIVQATDTGVPQLSATSMVKIQVTDINDNAPLFLPFKAVEVAENSL
PGVLVTRVSVHDVDLDPAFLFSFPEESHPGTKFAIDQNTGIVRLVETLDFEDTIEYKLLI
QVSDSVHSTEGILTVRVLDVNDNPPVFSQDFYQVTVPESVPVGYPVLTVTATDLDSSTNL
SYRILSASEGLSIDPVNGTIFTIHPARLLNEISPIRFLVEASDGGTPELRALALVEIEIQ
DVNNHPPEFTVEYYNLSLSEDTLIGGTLVTFSTFDHDWTRENTHADYFIISGNSQKHFHL
ETSFIHPENPYTQVGHLVLLHNLDREATPNHQLVILASDHGYPPLSSTAIISIEVLDVND
NPPKFTHPEYYVHIKESTPLGSHISVVSANDCDLGSNAEIIYHIISGNEKGNFQLEEKTG
ILYLIKPLDYEETIKFTLTVQASDQVKKHFSFATVLVNVLDDNDHTPQFMFPRVNCVVPE
NLPVSSTLCTINALDFDTGPYGELTYSILSPCFSTHGQAHDHHHDLFLIDPFTGDIYAKQ
ILDYELKNKYCLTVQAKDKGDSTASLMVWVDIEGIDEFEPVFTQDQYFFSLPGKSKIRQL
IGRVEASDADAGIDGVILYSLGTSSPFFSVNKTNGNIYLTRALPQMKNPVSKEDIIEMNI
IAHSPRQDSKFASCTVFVNVSFPPEGRHSTIMANSFSVSLTVSFLVFLLLVLILIILLLR
HKQNDPISNYEEKKTSSSSGVNLRLTRDTSMLKAFQTMKDGNNAVMPVNSMPEWLGLMSI
MEEDIRHLYSHSNSSAHCSVEGETAEDKEIQRINEHPYRKDSGSVLNDRDSRGPDSGIPR
DSDQLSYLSGETDLAVTVDKAENSHPLEEVGGEGHGIAYIRNDVLPYIFQKRVSKEGILA
DARKEYRLNPGEHEARGTASSTDMTPDHFVRVSGSWNHLLGWEPKFQSLASVFNDIAKLK
DEHLHIPGVAKENQSFVFPPPLITAVAQPGVKAVLPRMPTITPGQVLPKDPRPPVLDHLS
SRPEAMTPSFSPSLSLLTTQTPAMSLLLSKSEXLGTHIRGTCQDEKAEDEI
NT seq 7716 nt   +upstreamnt  +downstreamnt
atgagtaaacataaaagtgggtatgcaggcttccgaaatagctctaacagtcctattcct
gtggagcagctgctaggaatcatttacttggcatcaacccttggtaacttggactctcct
acactctccctggaggtgtgtgctcgagatggtggtggactcacatctcccgttaatgct
gacgtcaccatacacgttctcccgacagctctgttggctgctgaatttgaaaggcccaag
tataccttttccgtttctgaggatgtacctgaagggagtcccgtcggaacagtgaaagtt
acagagcccttgaattccacagaaccaattttttacagaatcacttctggggatctggat
ggaacgttctctatccacccatggctgggctccatctgtacgcagaagcctctggatcgt
gagacacagcccgtgtttgtgctcactgtccaggcacagttgaccaactccccagtctgc
agcagcacccaagtcagcataactgtccttgacatcaatgataaccacccagcttttctc
accaacgctgatgaggttaaactatctcagcacacaccacctggcacagccttgtacttc
acccgagcagaggacaaagacagtgaccgaaatggatttatccaatactccattgccagc
cagccctcaggcaccttcaccattgacccaggccttggggtagtgtacctcaataagagt
ctgggaggggccccaccacagaagtacatagtcagggtcatggctaaggaccgaggagtt
ccttctctggcatcccagttggtgttgactgtagttattgaaaaacaagaaacaaaccca
cccctgacatttgaaaatttggtctatcaagttgaaattagtgaagccctctcaccaact
actcaactgttacaaatccaggcccatgtacatggcccacagcacacaacttcacagctc
ctgtactccctggaacccagtatagactctgccccatttggcatcagtgttgacagtggg
tgggtatatttgaggagacagctggactatgaatcccaacgaacatataattttagagcg
tttgcctggattccaggggatggggcgctgcgacgcgtgagcgcctcagtaattgtccat
gtcctggatgagaacgacaattctcctgtcttcttgcatgatgtgttgtttttgaaagtc
aaggagagtcctattcctcaagggacaataggccaagttacagccgtggacagagactct
gggaagaatggacagctctcctatttcctgctgtctgctggaaaattcttcaaggtgaat
cctaatacaggggaacttatcaattgggtggcactggaccatgagcatcaagtacaccat
catgcgactgtcttagtgactgatcatggctccccgccacgaaactcgaccatggtgatt
tatatctcagttactgacgtcaatgataatgcgccccatttcccgcagtgtgtccctggg
aaggagttacacatcaaggttctggaaggtcaaccagtaaatatgttagtgacaactgtg
tttgcaaaagatcttgatgaaggaagcaatggagaagtcatatattcagtatcttcagga
gatagttttgatcactttaagattgatgccaacagtggagaaataagaacaactacaata
ctttcatatgattatagaccttcctacaggatgactgtaattgccagtgaccagggcttg
cctccccttcaaggacaggcggttattaatattcaggtgataccacaatccaaaggaaag
gctattgtatctcagaatattagacacttggttttaccggaaaacgtaaagcctgcaaaa
atcatgagtttgataaagtcgcctggtcaccttcaacaatatcatagtggaaagttacag
ttttgtatcattgctgatgacagggatggtcattttgcaattgatggctcaactggagac
ttgttcctttctaaggaactggattatgaaatgacatctcattatcttttcagggtggtt
actaatgacaaccttagaagtcctcccctgaatagcaccctctaccttagtattgacgtg
gaagaccagaatgaccattcccctgctttccaggatgagttcattgtgatcagcatagaa
gagaatgttgctgtaggttcactggtctatgtcttcaacgccaaagatggtgatggcagc
tttctgaacagtcgagtacactatttcatggaagcccaccaccctgtaacaaaccccttt
ctcatccatcccacatttggcaccttggtcactgcatccctccttgacagagagagggtt
cccactgtcgtcgtgaaagtaactgcatctgatcaggctgtgaatgtgacagaccgacga
ctaaagtctctgatggctaagatagtgattttggacgtgaatgaccacagccccacattc
aagtcgttcccccttgcccacgtcgaagaggatgcgacggtgggctctgtcgtgcaccac
gtaactgctgacgatccagatgaaggaaggaatggaagagtaacgtacagcatcctctcg
ggaaatgaacacatggcctttgttctagatgagtcaacaggtctactcacttcagctcgc
cctttggatcatgaaatcaaaacgcagtatcttctcaccattggggcacaggatgatgga
gtgcccgcactttcgtcctcccagaccttgacgattactgttcttgatgtaaatgatgaa
acaccagtatttacacagcccctgtataacgcttcagttaaagaaaataaaaatccagga
gagttggtcatgagggtggaagctacggatagagattcaggaatccattccaagctgcag
tttgaaatcatgccaggcgctgcatttgggttgttcaagatcaaccctgacacgggtgag
gtagtgacagccaccacactggacagagaaattcaggacgtcttcaccctcagagtactt
gtgcgagatgggggagtcccttcattgtccagcaccacggtgattctctgcagtgtcgag
gatgaaaacgatcatgcaccagagtttattgccctccggcattacattgaggttcccgaa
aaccaagggcccgaagtcatcgatactatttgggcatctgatatggatactggaaataat
ggagctgtggagtatcacatagttgatggaaatactgctgggtattttgccattaatgag
acatctggagaactttcaactacacgtcctttggaccgggagcaggtccacaactttagt
ctcgtcatcctgtgttctgaccttggagaccccccaaggagctccaggatgcagctgcaa
gtgagggttctggatgaaaatgaccacagcccttccttccccctgcttcactaccagtcc
tctgtaagggaagacatggaaatagggaccacagttcttgtactctctgctacagacgaa
gatgaaggtttgaatgggaaaatcgaatatgttttagtggatgaggcttttggtgcattc
tccatcgatccggtgacaggtgcattgagaactgcccgtagcctcgaccgagaagccata
tcccagcatgtatttcgggcagtggctagagactgtagcctccagcgtgcgcggagcacc
acagtaactatacacattagcatcactgatgtcaatgacaatgatccagtttgggagcaa
aatccctttgatatttttctgccacctgagttgcctggccatgtggtaattgctactctg
agagctgatgacccagattcggggcttaatggaacggtcacgtttactgctgcagaaacc
aaatcagcattttctatcaataagtacacaggagaaattcggcttctgcaaagcccacct
tcggaatatttccctatgtgggtgcagttaaaagctatggaccaagggatcccccccagg
acaaccactggtctcttggtcattcacgcggaggaagaagaagtaaaactttccttcact
cgccgtatctatagagggattgtgactgaaaattgtgaggcaggtacttccattgtgact
gtaaaggctttgactgcagactccagtgaggacagcattaaatatttgatttttagtggg
aatgaagatggagcattttccctgtgctccaactcaggagaactcaccgtgaaagaaccc
aagtttattgattttgaagtcagaaatgatgtacaactcattgtattagctgaaggaggt
ggacatagagcctacagtaaactatcagttgtgatacaagatgtgaatgataatgtgccg
tgttttgagcaaagcgtttacaaggcatcggtgtctgaaggccagtcccccaatgctcac
atcatacaggtttccgctactgacccagatggtgggttgaatggcctccttgagtattcc
attatttccggcaaccagggtgacatgtttcagattgacgccctgagtggtgtgatcact
acaagtgggatgctggattatgaatcgaccagctcctacagcttcattgtgcaagccaca
gatacaggggtgccccagctttctgctacaagtatggtgaagatacaagtgactgatata
aacgacaatgccccactttttctccccttcaaagccgtggaagtggcagaaaattctttg
cctggtgtacttgtgactcgggtgtcagttcatgatgtggatttggatccagctttcctc
ttcagtttccccgaagagagccatcctggaaccaagtttgctattgatcaaaatactgga
atagtgaggctggtggaaacattggattttgaagacacgattgaatataaactgctcatt
caagtttcggattcggtgcacagcacagaaggaattctcacggtccgcgtgttggatgtt
aatgataacccaccagtgttttcccaagatttctatcaggtcacagttcctgagtcggta
cctgtggggtacccagtgctgaccgtgacagccactgacttggacagcagcactaacctt
tcttacagaatcctttctgcttctgagggactctcaattgaccccgtgaatggtacaata
tttaccatccatcccgcacggcttttgaatgaaatatcaccgatccgatttcttgttgaa
gccagtgatggtggaacccctgagctaagggctcttgcattagtagagatagagattcaa
gatgtgaacaatcacccccctgagtttacagtagaatattacaatcttagcttgagtgaa
gatactttaattggaggcacacttgtcacattttcaacctttgaccatgactggacccga
gaaaacacacatgctgattatttcatcatcagtggtaattcgcagaaacatttccattta
gaaactagttttatccatccagaaaatccttatactcaagttggtcatcttgtattgctt
cacaatttggacagagaagcaactcccaatcatcagcttgttattctagcatctgaccat
ggctatcctccattgagttccacagccataatatcaatagaagtacttgatgtcaatgat
aatccgccaaaattcacccatccagaatattatgtgcacatcaaggagagtacaccattg
ggaagtcacatttctgtggtctcagcaaatgactgtgacttgggttcaaatgccgaaatc
atctaccacataatctctggaaatgagaaggggaactttcagctagaagaaaaaactggg
attctctatttaattaaacctttggattatgaggaaacaataaaattcactttaaccgtg
caagcttcagatcaagtaaagaaacatttttcttttgcaactgtgcttgtcaacgtcctg
gatgataatgatcacacacctcagtttatgttcccaagagtgaactgtgttgttccagaa
aacctgcctgtctcctctacactatgtactataaatgctttagattttgacacaggtcct
tatggagaattgacatactctattttgtcaccctgttttagcactcatggacaagcacat
gatcaccatcatgatctcttcctcattgatccatttactggagatatctatgctaaacaa
atcctcgattatgaacttaaaaataaatactgcctcacagttcaggcgaaagacaaaggt
gattcaacagcctctttaatggtgtgggtagatattgaagggatagatgaatttgaaccc
gttttcacacaagatcaatattttttcagtcttccaggcaagagtaaaataagacagttg
attggcagggtggaagcatcagatgccgatgctggtatcgatggagtcattctttactcc
ctgggaacctcctcaccgttcttttcagtaaataaaactaacgggaatatctatttgact
agagcccttccgcaaatgaaaaatccagttagcaaagaagacatcattgaaatgaacata
atcgctcacagccccagacaggactcaaaatttgcatcttgcactgtttttgtaaatgtg
tcctttcccccggaaggcagacattcaacgataatggccaacagtttctcagttagcctt
acggtgtcttttctagtgtttctgctgctggtactcattcttattatactgcttttgaga
cacaaacaaaacgatccaataagcaattatgaggaaaagaaaacctcctcttcctcaggc
gtcaatttgagattgacccgggataccagcatgctcaaggccttccagacaatgaaggat
ggtaacaatgcggtgatgcctgtgaactccatgcctgagtggctgggtttaatgagcatc
atggaggaggatatacgacatctgtatagtcactcaaattccagtgcccactgttctgtg
gaaggagaaactgcagaagataaagaaatccagaggataaatgagcacccatacaggaag
gactctggttcagttctgaatgatcgggattctagagggccagactctggaatccccagg
gactcagaccagctttcttatttatctggagaaactgacctggcagtcactgtggacaaa
gcagaaaacagccatccattggaggaagtgggtggagaaggtcatggcatagcctacatt
cgaaatgatgtgttaccttatatatttcaaaagagggtgtcaaaagagggcatcctggct
gatgctagaaaagaatacagactgaatccaggtgaacatgaggcaagaggcacagcttct
tccactgatatgacccctgatcattttgtgagagtcagtggttcttggaatcatctcctc
ggttgggagcccaagtttcaatctctggcttccgtttttaatgatattgcaaaactgaag
gatgaacatttgcatattcctggtgttgccaaggagaatcaatcttttgttttcccacca
cctttaataacagcagtagcccagcctggggttaaagcagtgctacctagaatgccaact
atcaccccagggcaggtgcttccgaaggacccgcgccctcctgtgcttgaccatctcagt
tctcgtccagaagccatgacccctagcttttctccatctctttccctattgaccacacag
actccagctatgtctctgctgttgtcaaagtcagaatgattaggaacacacatacgtggt
acatgccaggacgagaaagcagaagatgaaatctaa

  All links  
Gene (2)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (8)   

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