KEGG T04917: 107695482

Sinocyclocheilus anshuiensis: 107695482

Entry

107695482         CDS       T04917

Symbol

dchs2

Name

(RefSeq) protocadherin-23

K16507

protocadherin-16/23

Organism

sanh Sinocyclocheilus anshuiensis

Brite

KEGG Orthology (KO) [BR:sanh00001]
09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04515 Cell adhesion molecules [BR:sanh04515]
    107695482 (dchs2)
Cell adhesion molecules [BR:sanh04515]
Cadherins
  Cadherin related
   107695482 (dchs2)

SSDB

Motif

Pfam:

Cadherin Cadherin_CELSR2_9th Cadherin_4 RET_CLD1 Cadherin_pro CADH_Y-type_LIR

Other DBs

NCBI-GeneID:

107695482

NCBI-ProteinID:

XP_016350897

Position

Unknown

AA seq 3261 aa
MKMEIYVQTLLQVLLFTLFCEDGCAQVFNLSLSIEEGLPAKTIVGDIRAGLPAKSQSSGF
FISESRDSDVFRDFEIDGDTGIISTAVVLDRERTNKYEFAAATLTGEVIKVIIEVKDVND
HSPAFPVKTIQLNVSELNPPGTCFELEGAQDQDEGDYGIQGYRITDGDMRKLFKVEIRNS
GGGMFSFDLILQARLDREITSFYSFTIDAFDGGLPPKTGQLQVHITVLDENDNQPVFNQT
EYQAVVLENTPLMTPVCQVFATDPDLGSNGWVTYKINRRQSDPNEFFAIDSSSGIISVNK
LLDYENQSFFELVLTAWDSGIQPESSSTFVSIKVLDVNDNHPNISILFLNEPGAPEVSEG
ARPGDYVARIAVSDPDLGDVKKIDVHLQGGDGMFSLKSTDDFLYVLCVDGPLDREVKDVY
ELTVTSRDFGSPPLSSKSTFQVQVTDVNDNPPVFDQNIYEESIPEDVREGTALFRVKATD
RDLGGNSGIIYSIMQPEQGQLLNIDATSGLITTAAGLDHERETELRFLVVAIDGGSPSLS
STATVTIHVVDVNDNKPIFKQQFYNVTVKEHTAVGTCILQVTATDADDAEFGSVQYSFYD
GFSSKDDHPYFHISSVTGKICVSQDIDHEAGLVTFDLSIKAEDQDGLSSQTFVHINVEDV
NDNAPVFSPEKYVTSVSIHAQPGTELLSIFASDRDSGNNGKITYELLPGDSASLFTVDQS
TGSLFLNASLSQLRSSSVKLSVSAQDGGGMSAVYPANITVNILQSDQPPALFQKAHYTFS
ISEDVPVGSSVGLVQAVTPANSVELVSYIISSGDPQRLFSIDSQSGIITTGQPLDHESLS
YVILNIQFHTGTLPIYSSAQVNISITDVNDNPPVFQKTSEHITISHNTPPGTPIFIAHAH
DADSGLNGRIHYMLRPESHLFSIHPRIGTLMLNGDVSGDSSQRSELNVIAEDEGHPSLSA
MLRLAIEMDSLGSVEDTLAFETLVYQVEIGESAPKDTRMIQVRAHGTRSQHGGTPGKAPP
IITYSLKALSGVPPFRIHPETGWMFVSQSLDYETEPIYRFSVCAKAQNGKTAATATVVVT
VQDENDNAPVFSRDVYFFSLQEGPSPHGMIGTVKATDRDSRNNGVLSYILLSEGKYFRIN
PRTGEIINTVALDREEQAQHVLRVMATDQGRPRLNTTTTVHILVTDVNDNPPQFTHLPAT
KELNIQVWAGIPVNSVIITMFAKDLDAGENGTVKFTMKDNRLGHFSIDYHNGDVRVTSRF
SSNPQKRYSLRVVATDDGLFPLEENAVVHIQVYALDQQNGNSKDFQSLEYFTVREDVKLG
TVVGSLGISNAPDMQLRYFIVEGDGSLQFGLKSSSGELYVAQHLDYEVTQRYFLVVRAEA
PPTFNVTAFVAISVVDVNDHTPWFPGNGNFVVFCVYEDVTNGTAVYVFNAHDGDGSLRNS
ELYYSLTYDPDPAVEGLPLYIDPHTGVVQTNGRLDREHTENIVFRVTVSDNAEEPTDRKH
TSVIAQAILLDINDNSPTFVSTEMSCVPEDTEVGLLVHHLMAKDEDEGSNGHVIYSVISG
NEMGYFHMESTGHLYLNSSLDYESQNVHILTIQARDSGIPSLSSTQTLTVKILDVNDNPP
VFQQHIYNTTIMENREPGEIITVTAVDLDSEANSAVSYSLLPGPGYELFTINSHTGQIST
STRLDREIQSSFTLRAQAEDSGTPSLSSTATVLCSVLDDNDNTPEFSQLDLHIVIPENLP
PGVIHILQASDIDNGLNGTIQYFIEEDKECFSIDAVTGAISTTRILDREERSNYSLVITA
ADHGHPPLSSTVLLHITLSDENDNSPSFTRKSYRSSISEGLPAGSEILHLIAWDPDEGPN
GVVTFSLKEENSGSFYVDGSTGVIRLTKPLDRETCSQHVFRAVATDGCSQGPRSSVATVT
IQVEDINDNSPACINKPMRVSVSSITTRPSRPIITVTAQDPDHGDNGTIVFSLADEDEMF
QVDESGAVRLKAPLSNEVYGTKLLRIRAADLGRPSLTSSCLVLIQLNGEEPLLQFTEELY
EVTMPENSKTGSWVANVVAHDLTTDEGTIKYSIFSGNENEAFTINPITGDITVREQRLMD
FEVQHKIHLVVLAEKGHQTAYARVAITLQDVNDNAPVFKQSYYRTAVWEGQIHNTYVMQV
LATDSDSGVNGQISYFIVDGNHNNAFVIDSVRGILATNAVLDREIVSSYKLILQAEDMGS
PPLTGTCTVRVQVVDVNDNSPTIPSMEPVTIAENLPVGYIVTQVTANDVDLSPSATYRFI
EMDQTSRSFAVDQYSGVITTTKSLDYEDQAVHTLRVEASDSVHQTEAEISIKVLDVNDNP
PVFSQESYQVVLPERTSADSYVVSVSATDKDSGQNGRISYRLLSSPARGFYIDPDNGSVF
TNKPLSYVANGNMLRLLVEARDSGDPNLFSVTSVDIEVVDFNDNAPFFTQNSYEVSVPED
VSVGSTLLTLFAEDKDYSNKNTHLEYAIVGGNDERRFCLEVVSIPGEAQSRTVGQIVLCD
TLNREATDTYLLTVTVTDRGTPPLNSSTVVSVKVLDINDNAPVFSSLEYHAQVTENSPLG
TALIYVSAYDPDLGANGTVTYNIISGNNRGLIKVDSAAGILEVNGTLDYEEDSKFTLTVQ
ASDGNPSDKKISFAVVYILVLDENDHSPFFMFPTHNCSVPENLPAFTHVCTVHAVDEDAG
TFGLLTYSILTPCFVDYDSTNPEKKEAFGIDPLTGDIHTKQTFDFEGESEFCFVVEARDK
GDQVATLRVRIEIEGIDEFSPIFTQNVYHFSLPTNVRVGQSIGQLMAMDHDGGLDGLVEY
SLVNPSPFFSVNKTTGYLYISNSVYQKRSPISNETIEDLTVLASSPKLDSKTSICHVVVN
ISSSAKPLTSVDLSVHTASLTVSLIVFLLLLISFIYIVLRCRFKEKSVKKATSLSANLNH
ESDSLGTTGENLHSSISGINLQDLQEPLDMRGRMDIPNPSRNSNSKTSSGRGSTEEETTE
DQEIKMINKFACFKQLSSVTAQLSDSGIPGDSDQLSFHSVDEDPSSSANIGMVQIVDMPS
SESLHNFKDEGGGEGMLPQVVNMKEVEEVMRRCMSMSDDQGSVEGSLTKLISSEEQLHGS
YSWNYFLNWQPRFQSLASVFTDIGMLPDEGMRARDVEPESQSLLRPPPLITAVAQPGIRA
VPPRMPYRRSPLVRLPTYTKTHTRNTELTHSAMTPSFSPSLSVLTVRTPSTSPVVSETGL
GCYTKIATLPRDILDEAEIQV

NT seq 9786 nt +upstreamnt +downstreamnt
atgaaaatggagatttacgtacagactttacttcaagttctcttatttacattattttgt
gaggacggttgcgcacaggtgttcaatctcagtctctccatagaggaaggtttacctgca
aaaactattgtcggggatataagagctggactgccggcgaaaagccaaagttctggattc
ttcatatctgagagcagagactcagatgtgttcagagactttgagatcgatggagacacc
gggatcatctccaccgccgtggtgttggatcgagagcgcacaaataagtacgagttcgcg
gccgccactttaacaggagaggtcattaaagtaatcatcgaggtgaaggatgtgaatgat
cattcccctgcattccctgtgaaaacaatacagttgaatgtgtctgaattgaaccctcca
ggaacctgttttgagttggaaggagctcaggaccaggatgagggtgattatggcatccag
ggctacagaattacagacggagacatgaggaaactttttaaagtcgagatccgcaatagt
ggaggtggtatgttcagttttgaccttattctgcaagcaagattagacagagaaattaca
agcttctacagtttcacaattgatgcattcgatggtggtttgccacccaaaaccggccag
ttgcaagtgcatattactgtacttgatgaaaatgacaaccagcctgtgttcaatcaaaca
gagtaccaggctgttgtattggaaaacaccccattaatgacacctgtctgccaggtattt
gcgacagacccagatcttggcagcaatggctgggtcacctataagatcaaccgccgtcaa
agtgatccaaatgagtttttcgctattgatagctcatcaggtatcattagtgtcaataaa
ttgttggactatgaaaaccagtcattttttgagctcgttttgacagcatgggattctggg
attcagcctgagtcctccagcacatttgtaagtattaaagtcctggatgtcaatgacaac
cacccaaatattagcatcctttttcttaatgagcctggagcacctgaagtatccgagggg
gcgagacctggagactatgttgcaaggattgcagtctcagatccagatttaggagatgtc
aagaagattgatgtgcacctccaaggtggggatgggatgttctccctcaaatccactgat
gattttctttatgttctctgtgtggatggcccactggaccgagaggtaaaggatgtgtat
gaactcactgtgacatccagagatttcggttctcctcctctgagcagcaaatcaacattt
caggttcaggtcacagatgtgaatgacaatccacctgtttttgaccaaaacatctacgag
gagagcattcctgaggatgtgcgtgagggaacagctctcttccgagtcaaggccacagac
agagatcttggaggaaattctggaatcatctactctattatgcagccagagcaggggcag
ttgttgaatatagatgcaacatcaggtctcattaccactgctgcaggcctagaccatgag
agagagacagagctgaggttcttggtggtggctatcgatggtggttccccctctctgtcc
tctacagccaccgtgaccatccatgtggtagatgtcaatgacaataaacctatattcaaa
caacaattctataacgttactgtcaaagagcacacagctgttgggacatgcatcttacag
gtcactgccacagatgctgatgatgctgagtttggatcagtgcagtactccttctatgat
ggcttcagcagcaaggatgaccacccttactttcacatcagctctgtcactgggaaaatc
tgtgtgtctcaagatattgatcatgaagctggccttgtgacctttgacctgtcaattaaa
gctgaagatcaagatgggctcagttcgcagacatttgttcacatcaatgtggaggatgtg
aatgataatgctcctgtttttagtcctgagaaatacgtcacgagtgtgagtatccatgcc
caacctggcactgagctactcagcatttttgcttctgaccgggattctgggaacaatgga
aaaatcacctatgagcttctgcctggagattctgcctctttattcactgtggaccagtca
acaggttcccttttcctgaacgcttcactttcccagctgcgcagcagcagtgtgaagctg
tctgtctctgctcaggacggaggaggcatgtctgctgtttatcctgctaacatcaccgtg
aacatcttgcagagcgaccagcctcctgccctcttccaaaaagcccactacaccttttct
atctctgaggatgtccccgtgggctcctctgttggtttggttcaggctgttacccctgcc
aattcagtggagctagtctcatacatcatatcctcaggtgaccctcagcggcttttctca
attgattcccagtcgggcatcatcaccactggccagccactggaccacgagtccctctct
tatgttattctgaacatacagttccacacgggaacccttcctatctacagcagtgctcag
gtcaatatctccatcactgatgtcaatgacaaccctcctgtgttccagaagacctcagaa
cacatcaccatatcccataacacccctccaggcacgccaattttcattgcacatgcccac
gacgctgacagcggccttaatggcagaattcactacatgttacgtcctgagagccacttg
ttttccattcacccacgtattgggactctcatgctgaatggcgacgtctcaggagattcc
agccagaggtccgaactcaatgtcatagctgaggatgagggtcatccttcattgagcgct
atgttacgtcttgcgatagagatggattccttaggctctgtggaagacacactagccttt
gaaactttggtttatcaagtggaaattggagaaagcgctccaaaagacactagaatgatt
caggtacgtgctcatggaaccagatcccagcatggaggaacccctggcaaagcaccccct
atcattacttactctcttaaagccctctctggagtcccaccattcagaatccacccagag
actggatggatgtttgtatctcagagtcttgactacgaaactgaacccatctacagattt
agtgtgtgtgcaaaggcacaaaatggcaaaacggcggccacagcaacggtggttgtcacg
gttcaggatgagaatgacaatgcacctgtgttcagtagggatgtgtacttcttcagtttg
caggagggaccgtctcctcatgggatgattggaacagtaaaagctacagacagagattca
cgtaacaatggagtattgtcctacatcttgctgtctgagggaaaatactttcgcatcaac
cccagaacaggagagatcataaacacggtggctttggatcgtgaggagcaggcacaacat
gttttgagggtgatggccacagatcagggtcgaccacgtctcaacaccaccactactgtt
cacatccttgtcacagacgtcaacgataaccccccacagttcacacacctacctgccact
aaagagctaaacatacaggtgtgggcaggcattccagtgaattctgttataatcactatg
tttgctaaagacctggatgctggagagaatggaactgtcaagttcacaatgaaagataat
cggctgggccactttagtattgattaccataatggtgatgtcagggtgacatcacggttc
tcctcaaacccacagaagcgctacagcctgagagttgttgccacagacgatggtcttttt
cctctggaggagaatgcagttgttcacatacaggtttatgccttagaccaacaaaatgga
aactcaaaggattttcagagcctcgaatacttcactgtgcgggaagatgtaaaactggga
actgtcgttggatcacttgggatttctaatgcaccagatatgcaattacgatattttatt
gtcgagggtgatggtagtttgcagtttggcctcaaaagctctagtggtgagctttatgtg
gcacaacacctggactacgaagtcacacagcgctacttcctggttgtacgtgcagaagcc
cctcccacgttcaatgtcactgcatttgtggcgatcagtgttgttgatgtcaatgaccac
accccctggtttcctggtaatggcaactttgttgtgttctgtgtttatgaggatgttacc
aatggaacagcggtctatgtgtttaatgcacatgatggtgatggaagtctgcgtaacagt
gagctttattattctttgacctatgaccccgaccctgccgtagagggactgcctttatac
atcgaccctcacactggagttgtccaaacaaatggacggttggaccgtgagcacaccgag
aacattgtattcagagtgactgtcagtgacaacgcagaagagcccactgataggaaacat
acatcagtcatagctcaggcgattctgttggatatcaacgacaatagtcccacatttgtc
tccactgaaatgtcttgtgtcccagaggacaccgaggtgggacttttggttcatcatctg
atggccaaagatgaagatgaagggagtaacgggcatgtcatttacagtgtaatttcaggc
aatgagatgggctactttcatatggaaagcacagggcatctgtacctgaattcatccctg
gattatgaatcccagaatgtccacattctcactatccaggccagagacagcggcatcccc
tctctgtcctctactcagacgctcacagtgaagattttggatgttaatgacaatcctcct
gtgttccagcagcacatttacaataccaccatcatggagaacagagaacccggagagatc
atcacagtcactgcagttgacctggattcagaggcgaattctgctgttagctacagcttg
ttacctggtcctggatatgagctctttacgataaactcccacactggtcagatcagcacc
tccactcggctagacagagagatccaatccagttttactctcagagctcaggcagaggac
agtgggactccgtctctgtccagcactgccacggtcctgtgctctgtcctggatgataac
gacaatactccagaattttctcagcttgacttgcacatagttatcccagagaacttgcca
ccaggagtcattcacatcctccaggcctcagatattgataatggactaaatggaaccatt
cagtacttcatagaagaagataaagagtgtttcagcattgacgctgttactggagcaatc
agcaccacgagaatcctggacagagaggagcgatccaactactcgctcgtcatcactgca
gctgaccatgggcatccacctctgagctccactgtactgctgcacatcaccctctcagat
gaaaatgataacagcccctcgttcactcggaaaagctatcgttccagcattagcgagggg
ctccctgcaggttcagagatcctacatctgatagcatgggatcccgacgaggggcccaat
ggtgtagtgaccttctccttgaaggaggaaaattctggaagcttttatgttgatggctct
actggtgtgataaggctcacaaagccattggaccgtgaaacttgttcccagcatgttttc
cgtgctgtagctactgacggctgcagccagggtccacgcagctcagtcgctacggttaca
atacaagtggaagatattaacgacaattcaccggcatgcattaacaagcccatgcgggtg
tcagtgtcttccataaccacacgtcccagtcgacccatcataacggttacagcccaggat
ccagaccatggagacaatgggacaatagtttttagcttagcagacgaagatgagatgttt
caggttgatgagtctggagctgtgaggttgaaagcccccctgagtaatgaggtgtatggg
acaaagctgctccgaatacgggctgcggatctaggtagaccttccctcacctctagctgc
cttgtgctcattcagcttaacggagaagagccactgttacagtttactgaagaactctat
gaagtcacgatgccagagaacagcaagacgggttcttgggtggcaaatgttgtagctcat
gacctgacaacagatgaaggaacgatcaagtacagtatttttagtggcaatgaaaatgaa
gccttcactattaacccaattacaggtgatatcacagttagggagcagagactgatggac
tttgaggtacagcataaaattcacctagtggttttggctgaaaagggacatcaaacagcc
tatgccagggtggctatcactctacaggacgtcaatgacaatgcaccagtgttcaagcaa
agctactatagaacagctgtatgggagggacaaattcataacacctatgtcatgcaggtg
ttagcgacagattctgacagtggtgtaaatgggcagatcagctacttcattgtggatggg
aaccacaataatgcatttgtgatcgattctgttcgtgggattcttgccaccaatgctgtc
ttggacagagaaattgtctcatcctacaagttaattcttcaggctgaggacatgggaagt
cctccccttacaggcacttgcactgtccgtgtccaggttgttgatgtgaatgacaatagt
cctacgattccatccatggaaccagtgaccatcgcagaaaatcttcctgttggctacatt
gtcacacaagtgactgcaaatgatgtagaccttagcccttctgcaacatacagattcata
gagatggatcagaccagcagaagttttgcagttgaccagtactcaggagtaattaccaca
accaaaagtctggactatgaagatcaagctgtccatacattaagagtggaagcatcagat
tctgtccatcagactgaggctgaaatctcaatcaaggtgttggatgtcaatgataaccct
ccagtcttctctcaggagtcataccaggttgtgttgccggagcggacatcagcagactca
tatgttgtgtctgtatcagcaactgataaagactctggccaaaatggaagaatttcttac
aggcttctttcctccccagcgagaggattctacattgatcctgacaatggttcagtgttt
accaacaagcctctgagctatgttgcaaatggaaacatgttacggttactggtggaggca
cgtgacagtggtgacccaaacctatttagtgtcacttctgtagacatagaggtggtggac
tttaatgataatgccccgttcttcacgcagaactcatacgaggtgagtgttcctgaggat
gtatctgttggaagcactctcctcactctcttcgcagaggacaaggactactcaaataag
aacacccatttggagtatgcaatcgtaggtggaaatgacgagaggcggttctgccttgaa
gttgtcagcattccaggtgaagcccaaagccgaactgttggccaaatagtgctctgtgat
actctgaaccgagaggccacagacacttacttattgactgtgactgtaacagatagggga
acccctccccttaacagctcgactgtggtatcagtcaaagtccttgacattaatgacaat
gcacctgttttcagtagtctagaataccatgcacaggtcactgagaacagccccttaggt
acagcccttatctatgtctctgcctatgatcctgatctaggggcaaatgggaccgtaacg
tacaacatcatctcaggtaacaacagaggcctgatcaaagtggactctgcagcaggcatt
cttgaagttaatggtacactggactatgaagaggacagcaaatttaccctaacagtccaa
gcatcagatggtaacccaagtgacaaaaagatatcttttgccgttgtttacatattggta
ctggatgagaatgaccattccccattcttcatgttccccacccataactgctctgtgcct
gaaaacctgccagcttttacccatgtatgcacagtgcatgctgttgatgaagatgctgga
accttcggactacttacttattccattttaaccccctgtttcgtggattatgacagtacc
aacccagagaagaaagaagcctttggtattgatcctcttactggagacatccatacaaaa
cagacgtttgactttgaaggagagagtgaattctgctttgtggttgaggcacgtgacaaa
ggagatcaagtggcaaccttgcgagtacgaattgaaattgaaggcattgatgagttcagc
cccatcttcacacagaacgtgtaccatttctctctgccgaccaatgtaagggttggccaa
agtataggccagctgatggctatggatcatgacggtggtctggatggtttggtggaatac
tctttagtcaacccatccccatttttcagtgtcaacaaaacaactggctacctatatatc
tcaaactctgtgtatcagaaaagaagccccatctcaaatgagacaatcgaggacctgact
gttctagcaagcagccccaaactagactccaagacgtcaatctgccatgtagttgtgaac
atatccagttcagcaaagcctctgacaagtgttgatctcagtgtccacactgccagtctc
actgtgtcattgatagtgttcctcctacttttaataagctttatttacattgttctaagg
tgcaggttcaaagagaaatccgtaaagaaagcaacttccttatctgctaacctcaaccat
gagtctgactctttaggaacaacaggtgagaaccttcatagcagtatcagtggtattaac
ctccaagatttacaagaaccattagacatgcggggaagaatggatatcccaaacccttca
agaaactcaaactcgaaaacctcgagtggaagaggatctactgaggaagagactactgaa
gatcaagagatcaaaatgattaacaagtttgcatgttttaaacaactcagctctgtcaca
gcacaactctcagactcagggatccctggggactcagaccaactctcctttcactcggta
gatgaagacccatcttccagtgccaatataggtatggtccaaatagtggacatgcccagt
tctgaaagtctccataatttcaaggatgaaggagggggtgagggaatgctccctcaggtg
gtcaacatgaaggaagtggaggaagtcatgagaaggtgcatgtctatgtctgatgaccaa
ggttcagttgagggctcactcaccaagctgatttcctctgaggaacagctacatggaagc
tacagttggaactactttctcaactggcagccacgcttccaatctttggcctctgttttt
acagacattgggatgcttccagatgaaggaatgagggccagagatgtggagccagagtct
cagagccttctacgcccacctcctctcatcacagctgttgcccagccaggaatacgtgct
gtccctcccagaatgccctatagaagatcaccactggtcagattgcccacatacaccaag
acacacactagaaacacagagttgacccattcagcaatgactcctagtttctccccctct
ctgtcagtacttaccgttaggacacctagtacctctccagtggtctcagaaacaggtttg
ggatgctacacaaaaattgcaacactgccaagagacatcttggatgaagcagagattcaa
gtgtaa

All links

Gene (3)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (6)   
   Pfam (6)   
All databases (11)   

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