KEGG   Bubalus bubalis (water buffalo): 102400161
Entry
102400161         CDS       T05912                                 
Symbol
DCHS2
Name
(RefSeq) protocadherin-23
  KO
K16507  protocadherin-16/23
Organism
bbub  Bubalus bubalis (water buffalo)
Pathway
bbub04392  Hippo signaling pathway - multiple species
Brite
KEGG Orthology (KO) [BR:bbub00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04392 Hippo signaling pathway - multiple species
    102400161 (DCHS2)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04515 Cell adhesion molecules [BR:bbub04515]
    102400161 (DCHS2)
Cell adhesion molecules [BR:bbub04515]
 Cadherins
  Cadherin related
   102400161 (DCHS2)
SSDB
Motif
Pfam: Cadherin Cadherin_3 Cadherin_2 Cadherin_pro PepSY Cadherin_4 TAS2R Stevor TMEM156
Other DBs
NCBI-GeneID: 102400161
NCBI-ProteinID: XP_044786511
EnsemblRapid: ENSBBUG00015023335
Position
17:complement(68999609..69265928)
AA seq 2701 aa
MGAATLMSLFSHMVKASDADAGLYGFVEYFLYAGFQSYEAPQAFQIDPHDGRICVSQDTD
RERDPATYDLLVKAKDGGGLSAQAFVRVELEDVNDNEPVFNPLTYVTSLSGQAQLGTEVV
HVLATDRDSGKYGAVAYELVLGDLSSFFTIDSTTGIIYLTSTLSHLESTTLLLMVCARDG
GGLTSVTNAEVTIHILQTTLAPAEFERPKYTFSVYEDVAEDSPVGTVKAKESLNSSEPIF
YRISSGNLDGTFSIHPWLGTIRTQKPLDHEAQPVVVLTVQAQLGSSPACSSTEINITVID
VNDNPPVFPKASDEVTVSQSTLPGTALYRARAEDRDSGLNGLLRYSIARQSPSLFSMDAG
LGVVYLNRSLSGAQPQACTLTLVAQDLGVPSRASLLVLTVIIAGQERSPSLMFEHLVYQV
EVSESLSPMTPVLRIRAHPLGPQGAPPQLVYWLEPSTDSAAFGVHPFTGWIYLRRQLDYE
STQMYNFRVFAWIPEDKLSQNVSTSVTVHVLDENDNSPTFWHEVLFLKVQESPMPQGVIG
KITAIDRDSGKNGQLSYFLLSDEKFFKMNPNTGELISWVALDHEQRAHHQVAVLVSDHGS
PPRSATTLVHVSVTDINDNRPYFPQCLAGKELYIKVLEGQPVNMLVTTVFAKDLDEGNNA
EVIYSVSSEDSSDHFKIDANSGEIRTTRALSHDYGPSYRVTVIASDQGVPPLQGQAVINI
QVIPLSKGRTVISQNIRHLVIPENLKPTKVMSLIKSPDHLQRQHGGKLHFSIAADDKDGH
FEVDSSTGDLFLCKELDYEMMSHYLFRVVTKDHSRNPPVNSTVFLSVAVEDQNDHSPSFR
EEFIVISVAENTPVGTLVHIFNAKDGDGSFLNSRIQYFIEANHPGMNPFLIHPSSGTLVT
TSPLDRERVPTVVLTVTASDQAVNVTDRRLRSLMAKVVILDVNDHSPTFTSFPIAYVRED
AAVGSLVHRITAQDPDAGRNGRVTFSILSGNENMAFMLDESSGFLTTASPLDYEIKSQHI
LTLLALDGGTPTLSSSQTLTITVLDVNDEAPVFKQHLYEASVKENQNPGEFVTRVEAVDR
DSGINSKLQFEIMPGASFMLFQINSDTGEVVTATTLDREVQEVLTLRVLVRDGGAPALSG
TTVILCTVRDENDHAPEIVVPRDDIEVLENQEPGLVYTFLASDMDAGSNGAATYHIIDGN
TDEYFAINEMSGELSTTRALDREEVSNFTLLILCSDLGSPPQSSTAQLQVRVLDDNDHSP
SFPRLQYQASVREDAQVGTTVLVLSSADEDEGLNGQTMYSLVHEASGAFTIDPVAGTLRT
SRALDREARSEHVLKAVARDCGVQGSRSTTVVIKVHVTDVNDNSPVLEQNPLDIFLSSQS
PTNQTAAILRASDPDSGPNGTVTFSFAEPQSMLSINEYTGAIQLQQIPSSEYFPIWLQLK
AVDQGVPARTTTGLLVIHMEGEDVRISFSQHLYKGIVPENCEAGTSIVTIKAFAPDSIRD
SIKYSVFSGNEDGVFSLCSKSGEVTVKEPKFLDFEVRKEVQLIVLAESRGHRAYSKVAVF
IQDLNDHPPHFDQSVYQVSVSEGQFHNHHIVQVFATDLDSGSNGLVEYSILSGNQGNVFQ
MDPLSGVLTASVILDYEYTSAYSLIVQATDKGMPRLSDTTVIKIQVTDINDNAPTFLPSE
AVEIAENSLPGTIVTRISVYDVDSNPAFTFSFVKESNSGTKFAIDRNTGVVVLVETLDFE
EATKYELQIQISDLAHQTEGTVTVHVLDVNDNPPVFSQDSYQVTISELVPLGHPVLTVVA
TDVESSENMTYRILSSSKMFSVDPTNGTIFTINPVFLMERKSTIRFLVEASDGGFPDLKA
VTLVETEIQDMNNYAPEFAIEYYNLSLSEDTPVGSTLVTFSTIDCDWTRENTHVEYSIIS
GNSQNNFHVETSFIHSEYSYKQVGYLVLLHHLDREATASHELVLLAFDHGCPPLSSSATV
SIEVLDVDDNPPAFSSLEYYAHIKESAPPGSPIIVVSASDRDMGSHAEVSYYLTSGNEKQ
HFCLEEKTGVLSLIKPLDYEETIKFILTVQASDEERKHFSFAIVFVNVLDDNDHAPQFMF
PNLNCAVPENLPVFSTICSVNALDFDAGPYGDMTYSIVSPCPLPHETPHDHNFFLIDPLT
GDISAQQVLDYENDNKYCLIVQAKDKGDSTASLVVWVDVEGIDEFEPIFTQDQYFFNLPE
KSHVRHLIGRVEASDADAGVDGVILYSLETPSPFFSVNKTNGNIYLSRALPLIKSQVGKE
DTIEMKIIAHSPKMDSKFTSCTVFVNVSFSSEGKHSAGSASSFLISLTISFLVFLLLVFI
LIVLLLKHKQKDAINNYEEKKMSSSLDINLRLTRDASALKPFQKTNESGDKAVPVDSTPE
WLSLIRVMEKDIAHLYRHSNSSDHCSVEGETAEDKEIQRINEHPYRKDDDSTLSDQESRV
PDSGIPRDSDQLSCLSGGTDVMVTAETAETSHMFEEGDQGEGRGMTYVQNNVLPQPLKKR
EVKVDTQTDVRKETVFISSDQEAGCAALSAQKDSDHDVMMRYPWDYLLSWEPKFQPLASV
FNDIAKLKDEHLHMPGIPKEKKSFVFPPPLITAVAQHGIKAVPPRMPAITSRQVLQKYPH
SPIRYHHSSLPEDMTLSFSPSLSLLTTQTPAMTPLLSDGELFGTHLSGSCLEPKAADGVQ
I
NT seq 8106 nt   +upstreamnt  +downstreamnt
atgggcgctgcgacgctgatgtcgcttttttcacacatggtaaaagcctccgatgcagat
gcaggactctatggctttgttgagtattttctttatgctggattccaaagctacgaagca
cctcaagcatttcagatagacccacatgatgggcgcatctgtgtttctcaagacactgac
agggaaagagatccagccacctatgatctcttggtgaaagctaaggatgggggtggactc
agtgcccaagcttttgttcgtgtggaactggaggatgtaaatgataatgaacctgtgttt
aacccattaacctatgtgacgagccttagtggccaggcgcagctgggcaccgaagtcgtc
catgttcttgccacagacagggattctggaaagtatggagcagtggcctatgagctcgtc
cttggagacctgtcatcctttttcaccatcgactccaccacagggattatttacttaaca
tcaactcttagtcatttggaatccaccacacttctgctgatggtctgtgctcgagatggt
ggtgggctcacatctgtcactaatgctgaagtcaccatacatattctccagacgactctg
gcacctgctgaatttgaaaggcctaagtacactttctctgtttatgaagatgtggctgaa
gacagtcctgtgggaacagtgaaagctaaagagtccttgaattcctccgagccaattttt
tataggatctcctctggcaatctggacggcacgttctccattcacccatggctgggcacc
attcgaacccagaagcctctggatcacgaagcgcagcccgtggttgtgcttaccgtccag
gcacagcttggcagctcccccgcctgcagcagcacagagatcaatataaccgtcatcgat
gtcaatgacaaccccccggtgtttcccaaagcctccgatgaggttacagtgtctcagagc
acgctgcctggcacagccctataccgtgcccgtgcagaagacagagacagcgggctcaac
gggctcctccgctactccattgcgcgccagagcccgagcctcttttccatggacgcgggg
ctcggcgtggtgtacctcaaccggagcctgtctggcgctcagccgcaggcgtgcacgctg
accctggtggcccaggacctcggcgttccttctcgggcctccctgctggtgctgacagtc
attatcgcgggacaggagcgaagcccgtctttgatgtttgagcatttggtctatcaagtg
gaagtgagtgagtcgctctcgccaatgaccccagtcctgcgcattcgggcccacccattg
ggcccgcagggagctcccccgcagctcgtgtactggttggagcccagcacggattccgct
gcgtttggcgtccatcctttcacaggttggatttatttgcggcgacagcttgactatgaa
tccacgcaaatgtataattttagagtttttgcctggatcccagaggacaaattgtcacaa
aatgtgagcacttcagtaactgttcatgtcctggatgagaatgacaattcccctaccttc
tggcacgaggtactgtttttgaaagtccaggagagtcctatgccccaaggggtaataggc
aaaatcacagcaattgacagagactccggaaagaatggacagctatcatatttccttttg
tccgatgaaaaattcttcaagatgaatcctaatacaggggagctgatcagctgggtggcc
ctggatcacgagcagcgcgcgcaccaccaggtcgccgtcctggtgagcgaccacggctcc
cctccgcgcagcgccaccacgctggtgcatgtctcagttactgacatcaatgacaacagg
ccgtatttcccacagtgcctcgctgggaaggaactgtacatcaaggttctggaaggtcag
ccagtaaatatgttggttacaactgtgtttgcaaaggatcttgatgagggaaacaatgca
gaagttatatattcggtatcttcagaagatagttctgatcacttcaagattgatgccaac
agtggtgaaataagaacgactcgagcactttcacacgattacggaccttcttacagggtg
actgtaattgccagtgaccagggagtgcctcctcttcaaggacaggcagttattaatatt
caggtgataccactatccaaagggagaactgtcatttctcagaatattagacatttagtt
ataccagaaaacttgaagcctacaaaagtaatgagcttgataaagtcacctgatcacctt
caacgacagcatggtggaaagttgcattttagtatcgctgcagatgacaaggatggtcac
tttgaagtggacagctcaacaggagacttgttcctctgtaaggaactggattatgaaatg
atgtctcattatcttttcagggtggtaactaaagaccatagcagaaaccctcctgtgaat
agcacagtcttcctgagtgttgctgtggaagatcagaatgaccattccccatctttccgg
gaggagttcattgtgataagtgtagcagagaacacccctgttggcactctggtgcacatc
ttcaatgccaaagatggtgacggcagttttttgaacagtagaatacagtacttcattgaa
gccaaccaccctggaatgaatccatttctcatccacccctcatctggcactttggtcacc
acgtctccccttgacagagagagagttccaactgttgtcctgacagtaaccgcatcggac
caggctgtgaacgtgacggaccggcgattgagatcactgatggcgaaggtagtgattctg
gatgtgaatgaccacagtcccacttttacgtctttccccatcgcctatgtcagagaggat
gctgcagtgggctccttggtgcatcgcataactgctcaagatccagatgcaggaaggaat
ggaagagtaacatttagcatcctctcaggaaatgaaaacatggcctttatgctagatgag
tcatcaggttttctaactactgcttctcctttggattatgagataaaaagtcagcacatt
ctgacccttctggcactggatggtggtacaccaacactttcttcatcccagactttgaca
attactgttcttgatgtaaatgatgaggccccagtatttaagcagcacctgtatgaagct
tcagttaaagaaaatcaaaatccaggagagtttgtcacaagagttgaagctgtggacaga
gattcaggaattaattccaagcttcagtttgaaattatgccaggtgcttcattcatgttg
ttccagataaattctgacactggggaggtagtgacggccaccacgcttgacagagaagtt
caggaagtcctcacccttcgagtactcgtacgtgacgggggagcccctgctctgtccggg
accacagtgattctctgcacagtgagagatgaaaatgaccacgcaccagagattgttgtc
cccagggatgacattgaggttctggaaaaccaagagccaggccttgtctacaccttcctg
gcttctgatatggatgctggcagcaatggagctgccacgtatcatataatcgatggaaat
actgatgagtactttgctattaatgaaatgtcgggagaactctcaaccactcgcgctttg
gaccgggaggaagtcagcaacttcaccctcctcatcctgtgctcggatctggggagcccg
ccgcaaagctccacggcgcagctgcaggtcagagttctggatgacaacgaccacagccct
tccttccccaggctgcagtaccaggcttctgtgagagaggacgcacaggtgggaaccacg
gttctcgtgctctcctccgctgacgaggatgagggcctgaacgggcaaaccatgtattct
ctggtgcatgaggcttccggggcgttcaccatcgaccctgtagcaggcacactgagaacc
agccgcgcccttgaccgggaagccaggtctgagcacgtattgaaggctgtggctagagac
tgtggtgtccaaggctcacgaagcaccacggtggttataaaagtacatgtcactgatgtt
aatgacaacagtccagttttggaacagaacccccttgatatttttctttcctctcagtca
cctacaaaccaaacagctgccatcctcagagccagtgacccagactcggggcccaatggc
accgtcacgttcagcttcgcagagccccagtcaatgctttctattaatgaatacacagga
gccattcaacttcagcaaattccgtcttcagaatattttcctatttggctgcagttaaaa
gctgtggatcaaggggtcccagctaggacaaccactggtctcctggtcattcacatggaa
ggagaagatgtaaggatctccttcagccagcatctgtataaagggatcgtgcctgaaaat
tgtgaggcaggtacttctattgtgactataaaagcttttgctccagactcaattcgggac
agtattaaatattcagtttttagtggaaatgaagatggagttttttccttgtgttctaaa
tcaggagaagttactgtgaaagaacccaagtttcttgattttgaagtcagaaaagaagtt
caactcatcgttttagctgaaagtagggggcatagagcctacagcaaagtagcggtcttt
atccaagatctgaacgatcatccaccacactttgaccaaagcgtttaccaagtatcagtg
tctgagggccagttccacaatcatcacattgtacaggtgtttgccacagacctggacagt
gggtcgaatggcctcgttgagtattccattctctctggcaaccaaggaaacgtgttccaa
atggatccactgagtggtgtgctaacagcaagtgtgattctggattacgagtacaccagc
gcctacagtttgattgtacaagcaacagataaaggcatgcccaggctttctgatacaact
gtgatcaagatacaggtgactgacataaatgacaatgccccaacttttctcccctctgaa
gcagtggaaattgccgaaaattctttgcctggcacgattgtgactcggatatcagtttat
gatgtggattcgaatccagctttcaccttcagttttgtcaaagagagtaattctggaacc
aagtttgctattgatcggaacactggggtagtggtgctggttgaaacactggattttgag
gaagctactaaatatgagctgcagatccaaatttcagatttggcacaccaaacagagggg
acagtcactgtccatgtgctggacgtcaacgataacccaccagtattttctcaggattct
taccaggtcaccatttctgaactggtgcctctggggcatccagtgctgaccgttgtggcc
acagacgtggaaagcagtgagaacatgacttacaggatcctctcctcttccaagatgttt
tcagttgatcctaccaatggcacaatatttactatcaatcctgtcttccttatggagaga
aaatcaacaattcgatttcttgttgaagccagtgatggtggattccctgacctgaaggct
gttaccttagtggagacagaaatacaagatatgaacaattatgcccctgagtttgcaata
gaatattataatcttagcttaagtgaagacactccagttggaagcacacttgtcaccttc
tcaaccattgactgtgactggacccgtgaaaacacacatgttgaatattctatcatcagt
ggtaattcacagaacaatttccatgtggaaactagttttattcattcagaatattcttat
aagcaagttggttatctagtgttgcttcaccatctggacagagaagcaactgccagtcat
gagcttgtccttctggcatttgaccatggttgccctccactgagttcctcagccactgta
tcaatagaagtcctcgatgtggatgataacccacctgcattcagcagtctggaatattat
gcccacatcaaggaaagtgcccctccagggagtcccatcattgtggtctcagcgagtgac
cgtgacatgggctcacatgcggaagtcagctactacttaacctctggaaatgagaagcag
catttttgcttagaagaaaaaactggagttctttctttgattaaaccactagattatgaa
gaaacgataaaatttattttaactgtccaagcttcagatgaggaaaggaagcatttctct
tttgcaattgtgtttgtcaatgtcctggatgataatgatcatgcacctcagtttatgttc
ccaaacttgaactgtgctgttcctgaaaatctacctgttttctccaccatatgttctgta
aatgctttggattttgatgcaggtccttatggagacatgacctattctattgtatcaccc
tgtcctctccctcatgaaacgccacatgatcataacttcttcctcattgaccctttaaca
ggggatattagtgcccagcaagtccttgactatgaaaatgacaacaaatactgcctcata
gttcaggccaaagacaagggtgactcaacagcctccttagtggtttgggtggatgttgaa
gggatagatgagtttgaacccattttcactcaggatcaatattttttcaacctcccagaa
aagagtcatgtaagacatttgattggcagagtggaagcatcagatgcagatgctggtgtt
gacggagtcatcctttactcccttgaaactccatctcctttcttttcagtaaataaaact
aatggaaatatttatttgagtagagcacttcccctaataaaaagtcaagttggcaaagaa
gacaccattgaaatgaagataattgctcatagccccaaaatggactccaagtttacatct
tgtactgtttttgtgaatgtgtctttttcctcagaagggaaacattctgcaggatcagct
agcagctttttgatcagtctcaccatctcctttctagtgtttttgttgcttgtcttcatt
ctaattgtactgcttttaaaacataaacaaaaagatgcaataaataattatgaagaaaag
aaaatgtcatcatccttagatatcaatttgagactgaccagggatgccagtgcactgaaa
cccttccagaaaactaatgaaagcggtgataaggcagtgcctgtggactccacacctgaa
tggttgagtttaataagagtcatggagaaggacattgcacatctgtataggcactcaaac
tccagtgatcactgttctgtggaaggagagacagcagaagataaggaaatccagaggata
aatgaacacccttacagaaaggatgatgactcaactttgagtgatcaggagtccagggtg
ccagactctgggattccaagggactcagaccagctctcttgtttgtctgggggaactgat
gtgatggtcactgctgaaacagcagaaaccagccatatgtttgaggaaggagatcaagga
gagggccgtggcatgacctatgttcaaaataatgtcttaccccagccactgaagaagaga
gaggtaaaagtggacacccagactgatgtcagaaaagagactgtctttatttcaagtgat
caggaagcaggatgtgcagctctctcagcccagaaagactctgatcatgatgtcatgatg
agatatccctgggattatctccttagttgggaacccaaattccaacctcttgcctcagta
tttaatgatattgcaaaactaaaggatgagcatttacatatgcctggcattccaaaagag
aagaaatcttttgtttttccaccccctttgataacagcagttgcccaacatgggattaaa
gcagttccaccaagaatgccagccataacttcaaggcaggtacttcagaaatacccacac
tcccccattcgctatcatcacagttctctgccagaagacatgactctcagtttttcccca
tctctttcactactgaccacacagacccctgccatgactcccctgctgtcagatggagaa
ttatttgggacacatttgagtggttcttgccttgaacctaaagcagcagatggagttcaa
atataa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   ENSEMBLRAPID (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (9)   
   Pfam (9)   
All databases (19)   

Download RDF
DBGET integrated database retrieval system