KEGG T06018: 111575865

Amphiprion ocellaris (clown anemonefish): 111575865

Entry

111575865         CDS       T06018

Name

(RefSeq) protocadherin-16-like

K16507

protocadherin-16/23

Organism

aoce Amphiprion ocellaris (clown anemonefish)

Brite

KEGG Orthology (KO) [BR:aoce00001]
09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04515 Cell adhesion molecules [BR:aoce04515]
    111575865
Cell adhesion molecules [BR:aoce04515]
Cadherins
  Cadherin related
   111575865

SSDB

Motif

Pfam:

Cadherin Cadherin_3 RET_CLD1 Cadherin_4 TMEM154 Glrx-like CADH_Y-type_LIR Cadherin_C_2

Other DBs

NCBI-GeneID:

111575865

NCBI-ProteinID:

XP_023137022

Ensembl:

ENSAOCG00000009560

Position

Unknown

AA seq 3304 aa
MPITSKGSRRRSWVSGSCVCSALWQHKPLFYFCVILVLVQSTTVLGALELQLDEEQPAGT
IVGDISAGLPPGETASLYFISDHEGTGVGSDLNIDETTGIITTARRLDREERDHYSFIAV
TMTGITIEVSINVNDINDHAPAFPKKKVVLKIPEHTAVGTKFSLEPAMDADKDQLTTQGY
AIREGNVGQTFTLETKRAANKVLYLDLVVSGLLDREKRSSYTLVIEAFDGGSPRRMGSMT
LEVTVTDINDHAPAFNQSRYHAIISESLPQGSSILQVFATDEDEGDNGLVLYEINRRQSD
PDRYFVMDLKSGVITLNRPLDYELKRVHELVVQARDNASHPEVTNAFVTIHVRDYNDNQP
TMTIIFLSEDGSPRISEGAQPGQYVARISVTDPDYGEYANVNVSLEGGDGKFALTTKDSI
IYLIYVDQVLDREERDSYDLRVMATDSGTPPLRAESSFTIQVIDVNDNPPLFDQQAYRQT
IPEVVYPGSFVLQVTARDKDQGPNGDVRYSLLKGKNSHSDWFSIDPVTGIITTATALDFE
SEPAPSVTVIAIDGGRPPLSSTAKVDIVLQDVNDNTPVFSSSFYNTSIKENTPAGTCFLE
VSATDEDRGSFGAIAYTLGSASGSTAPTRFTIDKETGQLCTSTALDRDEGLEKFDLTVTA
TDGGGLSSVARVRVSVVDINDNRPTFYPVLYTVSLSTHSAPGTSVVKVTANDPDAGENGR
VTYRTVPGGGSTFFTLNKDTGVISLSRSLHGKANTIISMVISAEDGGGLTAPVNARVNVS
VVGGSVASPVFEQAQYFFTVSEDVLRGTAVGVVRAATKTGFSKGIFYSISSGDPDGYFTV
DSASGTIRTALPLDHETCSSLDLEIQARSGSPPAYGTSRVRITISDINDNAPTFLPSSSE
SLLLPEITKMGTVIYRIQATDKDSGHNGQLSFDLVSAGAAGSSGQRTFGVDRGSGEVRLI
GSLSYETVPRYDLQVVAKDGGAPQLSSTFTLVVHIQAQDAQGPNFDTLTYRVELRENTPL
NTRFLQVRALNRESSGNGGSSSSSSASISYRLRPDGDAAGFGIMPDSGWLFVRSSLDREV
KDMYLLTVLATSGPGGIGRTGSATVRVTVTDENDNSPRLSQERVFLAVRENLLAGTGFGR
VSATDRDAGLNARLTYRLLHTDRHFQINSQTGEISTRLALDREQQSSYQVVVVVQDGGTP
PRSATGTAHITVLDENDNAPSFTHARPDREMLLQVMESLPSGTVLGTVVAKDPDEGENGT
IFYSLSGSRAERFSLNPTNGEIRTASPLRWAERAEYAFAVTAADHGTPGLSSTCQLRIQV
LSSSRSAPKHNVLSMTLNTVEGAPPGSIIGSVHPSDHHDSAVLEGQVTYLVVGGTDRDGT
FMVDRLKGDVYLVRELDYEKGSRYTLHIEVSDFSQAFPSSHLVKLDIDVQDSNDHAPQFT
EDPVTIVVPENIEPGASIFTFQAVDQDGSGPNSELHYSIEHHWPDSPDLLTLDPSTGVLT
LGQKLDRESTPSLYLVVRATDQAVDPSQRRWGSVTARVFVTDENDNAPVFSSPSAVSVME
DQPVGFVILYVMARDEDEGENGRVSYRIQAGNSAGRFSLNPNTGSLSILKALDREEQDVF
NLTIVAEDHGIPQLSTSQVLSVQVIDVNDEAPVFQRAEFETQVMENQGPGTTVLTVTATD
RDQGSNGQITYGGVTEEGFIINPVTGVITTTKELDTELQDHYTLTVYARDGGLPPNFAKA
VVRVEVRDVNDNAPVFAKPRYELEVPENQTPVELCFLKATDPDSGPGGELEYRITAGDPD
GDFQLHVTTGALSTSRGLDRETKAEYTLEVVATDRGSPALSAAVTVEVKVMDVNDNSPAF
SKNSYLVEVSEDAPEGSQVLEVSAVDPDDGLNGKVLYFLSREAHGAFNVEETTGRITTSA
PLDREKSASYSFQVFAVDLSPAAPRNSSAQVTVTILDVNDNIPFFIQDPLVIEVSSRRSQ
RVLATMKAEDKDFGANGSVFYRFAAPVKGFSINSLTGEIQATEPLGDLTQAQRTLIVEAM
DQGSPAQSAQGVVVIYVKEVEYSGIRFSRNARDVSIQENAAKGTTVAQAQAQHPDGTRIG
INYSLFSGNRKQAFSISSSTGEIRVQSSRGLDFEDTPRLRLVVKAETMSSTSFMAFNLIL
QDVNDNLPRFQLQNYVAYMKEAQGYEMPIIQVVAEDVDQGQNGQVTYSIQSSSMSGLFKI
DPVTGSITTAAIMDREIFTQTKLVVTATDRGSPRLAGSATLTVMIVDQNDNSPTIPLPQE
VRIPENTLIGTEITLVTGNDVDSSPALSYSLQLDPTALGKFGIHRYSGGVSLTAPLDFEE
KTWYTLTVRATDSQHQTEANITILVEDINDNAPAFTHDLYQITLPEHTPPGSAVITVTAT
DRDSGENGKITYRVMSATQEGFYIDPSNGTLFINHRAEFDPERPSVSIVIEACDGGSPSL
SSLTTVQVQISDVNDNAPVFHQSDYRATVSEDAIPGSTVLTFEAFDSDLSRENCGFDFAI
ASGNEGNAFQIESSVRFLEGRGFQTVGTLLLAEGLDFETKPLYNLTVVVSDRGVPQRSSS
VAAVITIGDVNDNPPVFSRAEYTVSLSEGAAAGTEIIRLTATDPDSTPNAEVQYTISSGD
EVNLFTMDQWTGALRLQRALDREHQSTHVIIIQATDGQGHFALAPVIIEVKDVNDNHPFF
PVEVLTASIRENQPANSAVTVLHAIDHDTGVFGLVKYYMVERSGAGKDSFAVDQNSGEIK
SKIPFDFEKINSFNFVAIAVDSGNHSATVTVQVFVTGEDEYDPLFTASDFSFEVPEGAKK
GQSIGQVQANDEDGGVDGIVLYSFTSSSPYFDVNKTTGVIFLKLDSSGSSSSSGSGRSKR
ETRVMTLDVKAHSPLDTSRTTTAQVSIDVTNTNFGLAADVNILLISIIAVSLGFIILLVV
MAVVVFLVKSRRRKKGQDTGNRAVASGTALQKLDDCNSGPGGERIYHQTLPGYAGDQGGA
GGGPYTRGGSLDPSHSSGRGSAEAAEDDEIRMINEYPRVASITSSMQEHISARGPDSGIQ
QDADQLSDISCEPAALEGSTWFKGKKLGGSLSGTLLSGQLPVYRDEGGGYLGVGRGLNIS
LPKDYAFPEDGKPSVDGSLTAIVASDEELRGSYNWDYLLNWCPQFQPLANVFTEIARLKD
ETAQQSQNPRQPFQPKPKMDPKPRIDPPPLITSVAHPGAMSVPPKVPVIGRTFPHLASLR
RSPISHEGSISSAAMSPSFSPSLSPLAARSPAVSPFGVTQGPSASMISTREPSLDQSPDH
EMRI

NT seq 9915 nt +upstreamnt +downstreamnt
atgccgataacaagtaaagggtcaagacggaggtcttgggtcagtggatcctgcgtgtgt
tcagctctctggcaacataagccactcttttatttctgcgtgatccttgtcctagttcag
tcaacaactgttctcggtgcactggagctccagctagatgaggagcagccggcagggacc
attgttggtgacattagcgccgggttaccgcctggtgaaactgcaagtctttacttcatc
tcggaccatgaaggcacaggtgttggtagcgacctcaacattgatgagaccacgggcatt
attaccactgcacgccgtctggatcgggaggagagggaccactacagcttcatcgctgtg
acaatgacaggcatcaccattgaggtatcaatcaatgtcaatgatattaacgaccacgca
cctgcgttccccaaaaagaaagttgttctcaagatccctgagcacacagcggtgggaaca
aaattttccctggaacctgcgatggatgcggacaaggaccagctgaccacccaaggctat
gctattcgggagggcaatgtgggccagacattcacacttgagactaagagagctgctaac
aaggtgctttatctagacctagtggtcagtgggctgctggacagggagaaacgctcttcc
tatacgctggtcatagaggcctttgatgggggctcacctagaaggatgggatctatgacc
ctggaagtgacagtgacggacatcaatgatcatgcaccggcctttaatcagagcagatac
cacgctattatctctgaaagtctcccacaaggaagcagtatcctacaggtctttgcgaca
gatgaggatgaaggtgataatggtctggtgctttatgaaatcaaccgccgtcagagcgac
cctgaccgctactttgtcatggatttaaagtcaggggtcatcaccctgaatagacccctg
gactatgagctgaagagagtccatgaactggtggtccaggccagggacaatgccagccac
cccgaggtgaccaacgcatttgtgactattcatgtccgtgactacaatgacaaccagccc
acaatgaccatcatcttcctcagtgaggatggctctccaagaatctcagaaggagcccaa
ccaggccagtatgtggctcggatatctgtcactgacccagactatggagagtatgccaac
gttaacgtgtccctcgaaggaggtgatgggaagtttgctcttacaaccaaggacagcatc
atttacctgatatatgtcgaccaggtcttggacagagaggagcgagattcgtacgacctc
agagttatggccaccgactctggcacacctcccctcagggcagagtcctcgttcaccatc
caggtgattgatgtcaatgacaacccgcctctgtttgaccagcaggcctatagacagacc
atacctgaggttgtgtatcctggatcctttgttcttcaagttactgccagggacaaagac
cagggccccaatggggatgtgcgatacagcctactaaagggcaaaaactcccactctgac
tggttttcgatcgacccagttacagggatcattaccactgcaacagctctggatttcgaa
tcagagccggcaccaagtgtgactgtaatagcgatagatggcggccgtccgcctttgtca
tccacagcgaaggtggacattgtgctacaagatgttaatgataacacgcctgtgttctcc
agcagcttctacaatacttccatcaaagaaaacacccctgctgggacctgcttcttagag
gtgtcggccacagatgaggaccgtggttcctttggagcgatagcctacaccctgggttca
gcctctggaagcacagcgccgacccgcttcaccatagacaaggagactggacagctttgc
accagcacagctttggacagggatgagggattggaaaagtttgacctgactgtcaccgca
acagatggaggtggtctgagctcagtagctcgtgtgagggtctctgtggtggacattaat
gacaatcgacccacattctacccagtcctgtacacagtcagtctcagtacccatagtgcc
ccaggtacctctgtcgtcaaggtaacagccaatgacccagacgccggagaaaacggcagg
gtgacctaccgcacagtgcctggaggaggctccacttttttcaccctcaacaaggacaca
ggtgtgatttctctctcccgctcgctccacggcaaagccaacaccataatctccatggtc
atatcggccgaggatggtggaggtctgacggcaccagtcaacgccagagtgaatgttagc
gtggtgggaggctcggtggcgtctccggtgttcgaacaggctcagtattttttcaccgtg
tctgaggacgttctcagggggacagcagtgggagtggtccgtgctgctaccaagacaggt
ttctctaagggaatcttttactccatctcttctggggaccctgatggttacttcacagtg
gacagtgcctctggaaccattcgcactgctctacctctggaccatgagacctgctccagt
ctcgacctggagatccaggcacgctccggctctccaccagcgtatggaactagtcgcgtt
cgcataaccatttcagacatcaatgacaatgcccctaccttcctgccctcctcgtcagaa
tccctgcttttgcctgagatcaccaaaatggggactgtcatctaccgtattcaggccacc
gacaaagactctggtcataacggtcagctcagcttcgaccttgtctctgctggggcagca
ggcagcagtggccagaggacgtttggtgtggaccggggcagcggggaggtacgtctgatt
gggagtttgtcatatgaaactgtcccacggtacgatcttcaggtggtcgccaaggatggt
ggagcacctcagcttagctccaccttcacccttgtggtccacatccaagcccaagacgca
caaggccccaactttgacaccctgacatatcgcgtggagctcagagaaaacacccctctc
aacacacgtttcctccaggtgcgggcgctcaacagagagtcttctgggaatggtgggagc
tcctcctcatcctctgcctctatttcgtaccgcctcaggcctgacggtgatgctgctggt
tttggaatcatgccagatagcggctggctttttgtacggagttctctggacagagaggtc
aaagacatgtacctgctaaccgtcctggccacgtcaggcccaggagggatagggagaact
ggcagcgctaccgtaagggtcacggtaactgacgagaatgacaattcgccacgactgagc
caggagagggtgttcctggctgtcagggagaatctgctggcagggacaggctttggcagg
gtgtctgcgacggacagagacgcaggactaaatgctcgactcacctacaggctgctgcac
actgacaggcactttcagatcaactcccagacaggtgagatcagcacccgccttgccctg
gacagagagcagcagtccagctatcaggttgttgtggtggtacaggacgggggaacgcct
cctcgcagcgccaccggtaccgctcatatcaccgtgctggacgaaaacgacaatgctcct
agtttcactcatgccaggcccgacagggagatgcttcttcaggtgatggagagtcttcca
tctgggacagttttagggacagtggtggccaaagacccagatgagggagagaatggcacc
atcttctactctctatctggctcgagagcagagcgtttctccctcaacccaaccaacggc
gagattagaaccgcttcccctctgagatgggcagagcgagccgagtacgccttcgctgtg
actgctgctgaccacggcacgccaggcctcagctccacctgccagctacggatacaggtc
ctcagttcctccaggtctgcccccaagcacaatgttctctctatgaccctgaacacagtg
gaaggagctcctccagggtccataattggttccgtccacccgtctgaccatcatgactct
gctgtactggaaggccaggtgacctacctggtagtgggagggacagatcgggatgggacg
ttcatggtggaccgtttaaagggcgacgtgtacctggtacgtgagctggactatgagaag
ggatcgaggtacacgctgcacatcgaggtgtctgacttctcccaggcatttccaagcagc
cacctggtgaagctggatatcgacgtgcaggacagcaatgaccatgcccctcagttcaca
gaggaccctgttaccattgtggtcccagagaacatcgagccaggggcttccatatttacg
ttccaggctgtagatcaggatggcagtggacctaacagtgagctacattactccatcgag
caccactggcctgactcccctgacctgctgaccctcgacccctccactggggtcctgacc
ctggggcagaagttagatcgcgagtccaccccttccctctaccttgtggtgcgagccaca
gaccaggcggtggatccttctcagaggcgctggggttcggtgaccgctcgggtatttgtg
accgatgaaaatgacaacgctccagttttcagctctccgtctgcggtcagcgtcatggag
gatcaacctgtaggatttgtgattttgtacgtgatggctcgagatgaagatgaaggagaa
aatggccgagtatcatacagaatccaggccggcaacagcgctggtcgcttcagtctgaac
cccaacactggttctctctctatcctgaaagctttagaccgggaggagcaagacgtattc
aatctcaccattgtagcagaggatcatgggattcctcagctttccacctctcaggtgctg
tctgtgcaggtgattgatgtgaatgatgaagctccagtgttccagcgagcagagtttgag
acccaggtgatggaaaaccagggaccgggaacaacggtgttgacagtaacagccactgac
cgggaccaaggatctaatggccaaataacatatggaggtgtgacagaggaaggctttatc
atcaaccctgtcacaggagtcatcaccaccacaaaggagctggacacagagctgcaggat
cactacacactcactgtgtatgccagggatggagggctgcctcctaactttgctaaagcc
gtagtccgtgtggaggtgcgagatgtgaacgacaatgctccggtctttgcaaagccacgg
tatgaactcgaggtgccggagaaccagacccctgtggagctttgcttcctgaaggccaca
gaccctgactcaggtcctggtggagagctggagtacagaatcactgcgggggaccctgat
ggagatttccagctccatgtcaccacaggagctctgtctacctcgcgtgggcttgacagg
gagacaaaagcagaatatactctggaggtggtggccaccgaccgaggcagccctgctctg
agcgctgctgtcacagtggaagtcaaggtgatggatgtcaacgataacagccctgccttc
agcaaaaatagctacttggtggaagtgtcagaagatgctccagagggctctcaagttctg
gaggtgtcagcagtggatcctgatgatggcctgaatgggaaggttctgtatttcctcagt
cgagaggcacatggagcgttcaacgtggaggagaccactggtcggatcaccacatcagct
cctctggatcgtgaaaaatctgcatcatacagcttccaggtgtttgctgtcgatctttct
cctgctgcacccaggaactcctctgctcaggtgacagtcaccatcctcgacgtgaacgac
aacattcccttcttcattcaagatccgttggtcatcgaagtgtccagcaggcgttcacag
cgggttttagccaccatgaaggctgaagacaaggactttggagccaatggttcagtgttt
tatcgtttcgctgccccagtgaagggcttcagcatcaactccctcactggggagatccag
gccacagagccacttggagatttgacccaggctcagaggaccctgatagtggaggccatg
gaccaaggcagcccagctcagtctgcacagggggtggtggtgatttatgtgaaggaggtg
gagtacagcggcatccgtttctctaggaatgctagagacgtcagcatacaggagaatgct
gcaaaaggcacaactgtggctcaggctcaggctcaacatccagatggcacacggataggt
atcaactatagcctcttcagtgggaacagaaaacaggcttttagcatcagctcctcaaca
ggtgaaatccgggtgcagagctccaggggactagacttcgaagacacccctagactccgt
ctagttgtaaaggctgaaaccatgtcctccacatctttcatggcttttaacttgatcctg
caggatgtcaatgacaaccttcctcgcttccagctgcagaattatgtggcctacatgaaa
gaagcacaaggatatgaaatgccaatcatacaggtggtcgctgaggatgtggatcagggc
cagaacggtcaggtgacctactccatccaatcatcaagcatgagtggcctgttcaagatc
gaccctgtgacaggaagcatcactacagcagctatcatggaccgggagatcttcacccaa
accaagcttgtagttacagcaactgatagaggaagcccacgactggctggttcagcgacc
ctgacagtgatgattgttgaccaaaatgacaacagtcccactattcccttgccccaggaa
gtccgcatcccagagaatactttgataggaacagagatcactcttgtgactggtaacgat
gtcgactctagccccgccctctcctactccttgcagttagacccaacagctttaggcaag
tttgggattcaccgctacagtggaggagtgtcactcactgctcctctagactttgaggag
aagacgtggtacaccctgactgtcagagctacagacagccagcaccaaactgaggctaac
attacgatactggtggaggatattaatgacaatgcacctgcattcacccatgatctctat
cagatcactcttcctgagcacacaccaccaggaagtgcagttatcaccgtaacagcaact
gacagggactcaggagagaacggaaagatcacctacagagtgatgtcagcgactcaggag
ggtttctacattgaccccagcaatggaaccctgttcatcaatcacagagctgagtttgac
cctgagcgtccgtcagtcagtattgtcattgaagcttgtgatggaggctcgccttcgctg
tcctctctcactacagtccaagttcagatctctgacgtcaatgacaacgctcctgtgttt
caccaatcagactacagggctacagtttctgaggacgccatcccaggttccacagttctg
acttttgaagcctttgacagcgacctctctcgagaaaactgcggttttgactttgctatc
gccagtgggaatgaaggaaatgcgttccagatcgaaagcagtgtgcggttcctggaggga
cgtggctttcagacagttgggaccctactgttagctgaggggctcgactttgaaacaaag
ccactttacaacctcacagtagtggtgtcagaccgaggtgttccccagaggagctctagt
gttgctgcagtgataaccattggtgatgtgaatgataaccctccagtgttcagtagagca
gaatatactgtgtcactgagtgagggagctgctgctgggactgagatcattcggctgact
gctacagacccagactcaactcccaatgccgaagtccagtataccatcagctccggtgat
gaggtgaacttatttaccatggaccagtggactggagctttgaggcttcagcgagccctt
gatcgtgagcatcagtccacgcacgttatcatcattcaagccacagacggacagggtcac
tttgcactagctccagtcatcattgaagtcaaagatgtaaatgacaatcacccattcttc
cctgtggaagtcctgactgccagcatcagagaaaaccaaccagcaaactcagctgtgact
gttctacatgccatagaccatgacacaggggtttttggcctagtgaagtactacatggtg
gagcggtccggggcaggaaaagacagcttcgccgtggaccagaactcaggagaaatcaaa
agcaaaattccatttgactttgagaagatcaactcctttaattttgtggcaatagcagta
gattcaggcaaccactctgccactgtgactgttcaggtgtttgtcacaggtgaggatgag
tatgacccactcttcactgcctctgatttttcctttgaagtgccagagggagccaagaaa
ggccagagcatcggccaggtccaagccaatgatgaggatggtggggtggatggtattgtt
ctctattctttcacctctagctctccatattttgatgtaaacaaaactactggggtgatt
tttctcaagttggacagctcaggcagcagcagtagcagtgggtcaggccggagtaaacgg
gaaaccagggtgatgaccctggatgtgaaagctcacagtcctctagacacatctcgcact
actacagcccaggtctccattgatgtcacaaacaccaactttggtctggctgcggatgtc
aacatcctgcttatcagcataatagctgtgtctcttggttttatcatactgcttgtggtc
atggctgtggtggtgttcctggtcaagtcacgcaggagaaagaaaggccaagatacagga
aatagagctgttgcttcaggaactgccttgcagaaactggatgattgcaactcaggaccg
ggaggggaaaggatctatcatcagaccttgccaggctatgctggagatcagggtggggca
ggtggtggtccttacactagagggggctctttggatccttctcattccagtggaagagga
tctgctgaagcggcagaggatgatgagatcaggatgataaatgagtacccccgtgtcgcc
tccatcacctcgtctatgcaggagcacatctcagccagaggaccagactctggaatccag
caggacgctgaccagctctctgatatctcctgtgagcctgcagctttggagggcagcaca
tggttcaagggaaagaaactgggaggcagtctcagcgggaccttgctctctggccagctc
ccagtctatcgagatgagggaggtggttacttgggagtaggccggggtctcaacatttcc
ctccccaaggattacgccttccctgaagacggtaagccatcagtggatggctccctcaca
gctattgttgccagtgatgaggagcttcgtgggagctacaactgggattatctactcaac
tggtgccctcagtttcaacctctcgcaaatgtcttcacagagattgcgaggctgaaagat
gaaaccgctcagcagagtcagaatccccgccaacctttccaacctaagcctaaaatggac
cctaaacctagaattgaccccccaccactcatcacatcagtggcccatccaggggccatg
tcagttccacccaaagttcctgtgattgggcggacattccctcacttggcttcactccgt
aggtcccctatcagtcatgagggatccatttcatcagcagcaatgtcacccagtttctcc
ccttctctgtcccctctggcagctcgatcaccagctgtttctccatttggagtcacccaa
gggccctcagcgtccatgatcagcaccagggagccctcactggaccagagtcctgatcat
gagatgagaatatga

All links

Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (8)   
   Pfam (8)   
All databases (17)   

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