KEGG   Sinocyclocheilus rhinocerous: 107718741
Entry
107718741         CDS       T04916                                 
Name
(RefSeq) protocadherin-16-like
  KO
K16507  protocadherin-16/23
Organism
srx  Sinocyclocheilus rhinocerous
Brite
KEGG Orthology (KO) [BR:srx00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04515 Cell adhesion molecules [BR:srx04515]
    107718741
Cell adhesion molecules [BR:srx04515]
 Cadherins
  Cadherin related
   107718741
SSDB
Motif
Pfam: Cadherin Cadherin_3 RET_CLD1 Cadherin_4 RibLong Big_9 CADH_Y-type_LIR FeoB_associated TMEM154 RIFIN TCL1_MTCP1
Other DBs
NCBI-GeneID: 107718741
NCBI-ProteinID: XP_016381450
Position
Unknown
AA seq 3301 aa
MTPFNGFGKNTCGQFRMWVFWRLRMLLVFCVVVELLTVMVGSEGTPGILELQLDEEQPAG
TIVGDISAGLLPGVTASLYFISDHEGTGIGSDLHIDETTGIIKTARRLDREERDNYSFIA
VTVTGFTVKVSITVNDINDHAPAFPKKKATLKIPEQTAVGTKFSLEPATDADKDQLTVQG
YQIKEGNVGQVFRLETKRAANKVLYLDLVVNGVLDREKRSSYSLVLEAFDGGSPRKTGQM
TLDVLLQDINDHAPIFNQSRYNAIISESIPQGSNILQVFATDADEGDNGLVLYEINRRQS
DPDRYFVIDPRSGIITLNKALDYEMRKVHELVVQARDNASHPEITNAFVTIHVRDYNDNQ
PTMTIIFLSEDGSPQISEGAQPGQYVARISVSDPDYGEYSNVNVSLEGGDGKFALTTKDS
IIYLIYVDQILDREERDSYELRVMATDSGTPPLRAESSFTIHVTDVNDNPPLFDQQAYKQ
TIPEVVYPGSFVLQVTARDKDQGPNGDIRYSILPDKKTHASWFIIDPITGIITTATKLDY
ETDPKPSIKVVATDGGRPPLSSTALVEIDLQDSNDNEPVFGSSFYNVSIKENTSAGTCFL
EVKAGDADGGSFGAITYSIGSGPASAPPSQFTINKETGQICTSVALDRDEGSDSFDFTVT
ATDGGGLTSSAYVKVSLVDINDNRPTFYPVNYAVSLSTQSMPGTSVVRVKAHDPDAGANG
KVTYHTVLDGGSNFFTLNKDTGVISLSRSLHGKANSVITMVITARDGGGLTAPVNARVNI
SVVAGSVAPPVFEQAQYFFTVSEDVLRGTEVGVVRASGRNGVSKDVTYTISAGDPDSYFM
VDTETGALRTSLPLDHESRPFFDLEIQVRSGSPPAFGETRVRVTIADVNDNTPIFFPSSS
ESLLLPEATKMGTVVYRVQAEDRDSGPNGQLSFDLMSDGGQRTFGMERSSGEIRLIGSLS
YDSVPRYDLQVIAKDSGAPQLSTTFSLVVHIQAENSQGPVFDTMTYRVELKENTPLNTNF
LQVRALNRDPNGNGGSSKGSTPSSTLAYRLRPDGDAAGFGIAPDSGWLFVKSALDREAKD
IYLLTVLATSGSSQMGKTGSATVRVSVTDENDNSPRFSQERVFLAVRENLPAGTGFGRVS
ATDRDAGLNSRLTYRLLHTDRYFQINSQTGEISTRAALDREQQSSYQLIVVVQDSGTPPR
SATGTAHITVLDENDNAPAFSHTQPGREILIQVQEGLPAGSLLGTLHAKDPDEGENGTIF
YSLSGSRAERFSLNPNTGELRSSSPLRRAEKAEYSFTVTATDRGAPSQSSSTALLIQVIG
STRTPPKPNTLSMTLNSVEGAKPGSVIGSVRAHDQQEITLNGQVTYLVVGGTDHEGTFMV
DRLTGDVYLVRELDYEKGSRYTLQIEVDDFSKAYPSTHMVQLEINVQDSNDHAPEFPEDP
VTIVIPENIQAGSSIYTFQAADKDGSGPNSEIRYSIQQRWPDIPDLFSLDPVTGVLKLSR
ELDHEETSILFLVVHAMDSASDPNQRLWGSVTARVFVTDENDNAPIFSSPIAVSVMEDQP
VGFVLLYVIARDADQGENGQVSYSIQSGNTAGRFGLSPNSGSLSILKPLDREEQESYNLT
IVAEDHGIPQHSTTQVLSIQVIDVNDEAPWFERSEFEAQIKENQPAGTSILKVSASDRDH
GTNGLVIYGGVTEDGFTINPETGVISVTQVLDRELQDHYTVTVYVKDGGIPPNFAKAKVH
ITVLDENDNAPAFGQQHYNLEVPENQEPVELFTLKATDLDTGENGRLEYKITAGDPDGDF
RLDVFFGALSTSRPLDRERKNSYSLKVVVQDHGSPSLSSTATVDISVLDVNDNSPKFGSS
SYTVDVSEDAAVGSLVLDETATDVDEGENGQILYFLSQEAKGSFTVHPDTGRITTTAPLD
REKRASYTFQVYAVDLSPAAPRNTTAQVTVTILDVNDNAPFFIQDPLIINVSSGSVSTHQ
VVATMRAEDKDFGANGSVFYRFAMPVRGFAINSLTGEIQTTEKLQTLTQTQRTLIVEAMD
QGSPPQSSLGVVIVYVKEQDYKGIRFSRTTRDVSMQENAAKGTAVAQAQAQHPDGTRDGI
TYSIFSGNKYHSFSISSSTGEIWVQSSNGLDFEDTPRLRLVVKAETTSSNSFMAVNLILQ
DVNDNLPRFQLQNYVAYMHEAQGYDFPIIQVVAEDVDQGQNGQVTYSIESSSQSGLFKID
PLTGSITTTAIMDREIWTQAQLVIKATDRGSPKLVGTTTITVIIVDLNDNSPTIPVPREI
RVPENSLIGTEITLVTGNDVDSGPVLSYSLQLDASSQGKFDIHRYNGRVSLTAPLDFEER
TWYTLTIRASDSKHQSEANLTVLVEDINDNAPTFTQDLYQVTLPEHSPSGSPVITVTATD
RDSGENGKVTYRVVSSSRDGFYIDPKNGTLFIRQKAEFDPEQPSVCVVIEARDGGSPPLS
SSATVQVQLIDVNDNAPIFHQLEYKATVSEDQLPGATILTLEAVDGDLSQENSGFDFAIA
SGNVGNAFQIESSVHFIEGHGFQTVGTLILAERLDFEALSRYNLTIAVSDRGVPQRSSSV
PAIITVTDVNDNPPVFGRAEYIVPLSEGAAAGTEILRVTATDPDSAPYAEVQYSISSGDE
MKLFSVDQWTGALRLQRPLDRERQISHVVIVQASDGHGNFALAPISVEVKDINDNRPYFP
IATLTASIRENQPPNSAVTVLHAIDYDTGVYGQLKYYLMDHSGLGKDLFLVDPNSGEVRT
RQIFDFEKVNSFNFIALAVDAGNNSATVTVQVYVTGEDEYDPVFTTSDLSFEVPEGAKKG
QSIGQVQAKDEDGGVDGIVLYSFPNSSPYFDVNKTTGVIYLKMDSSGSSSGGSRSKRETR
LMTMDVTAHSPLDTSRIASARVTIDVTNTSFGLATDFNVLLVSIIAASLGVIVLLVIIAV
ALYLVRSKRKKKGQDTGNSTVSSGTALQKLDESKPTGGGRIYHQALPGYAGDEEGTGGGS
YTRGGSLDPSHSSGRGSTEAAEDDEIRMINEYPRVASITSSMQEHISARGPDSGIQQDAD
QLSDISCEPGPLDASQWFKTKKLGSISGSLSGTLLSGQLPVYRDEGGSYLGVGRGLNISQ
PKDYAFPEDGKPSVDGSLTAIVASDEELRGSYNWDYLLNWCPQFQPLASVFTEIARLKDE
SLPPNNPRRPLQPKVKTDPKPRIDPPPLITSVAHPGAKSVPPKPAISRTFHHLASLRRSP
ISHEGSISSAAMSPSFSPSLSPLAARSPAVSPFGVTQGPSASIISTTEHSLEHSDEAEMR
I
NT seq 9906 nt   +upstreamnt  +downstreamnt
atgactccgtttaatggctttgggaaaaacacatgtggacagttccggatgtgggtattc
tggaggctaaggatgcttttggtgttttgcgtagtagtggaactattaacagtaatggtt
ggcagtgagggcacaccaggtattttggagctccagttagatgaggagcaacctgcgggg
acaatagtgggcgacattagcgctggtttgctacctggagttacagcctctctatacttc
atctctgatcacgaaggcaccggcattggcagtgatctccacatcgatgaaaccacaggc
atcatcaagactgcaaggcgactggaccgagaggaaagggacaattacagttttatagca
gtcactgtgacaggtttcacagtcaaggtctccatcactgtaaatgatatcaacgaccat
gccccggcattccccaagaagaaagccactttgaagatcccagagcaaacagcggtggga
actaagttttctcttgagccagccactgatgcggataaggatcagcttaccgtacaagga
tatcagatcaaagaaggcaatgtaggacaagtgttccgtctcgagaccaaaagagcagca
aacaaagtcctttaccttgacttggtggtcaatggagtcttggaccgagagaagagatcc
tcctactccttggtgttggaggcctttgatggtggatctccaaggaaaactggtcagatg
actcttgacgtcttgctgcaggatatcaatgaccatgctccgattttcaaccaaagtcgc
tacaatgccatcatctctgagagcattcctcagggcagcaacattctgcaagtttttgca
acagatgctgatgaaggagacaacggccttgtgttgtacgagataaaccgacgacagagt
gacccggaccgctacttcgtcattgaccctcgctctggaatcattacgctcaataaggct
ctagactatgagatgaggaaggttcacgagttggtagtccaagccagagataatgcgagc
catccagagatcaccaatgcctttgttacgatccacgtgcgagactacaatgataaccag
ccaaccatgaccattatctttctcagtgaagatggctcaccccaaatctctgaaggtgct
cagccaggccaatatgttgctagaatctctgtgtcagaccctgattatggcgaatactcc
aatgtcaacgtatctcttgaaggaggtgatggtaaatttgccctgaccactaaagacagt
atcatctacctcatctatgtagaccagattctggatcgggaagagagggattcttatgag
cttcgtgtcatggctactgattctggaactccgccgcttcgtgcagagtcctcatttacg
attcacgtcaccgatgtaaatgacaacccacctctctttgaccaacaggcttacaagcag
accataccagaagttgtctacccaggtagctttgtgctgcaagtgaccgccagggacaaa
gaccaaggtcccaatggtgatatccgctacagcatcctaccagacaagaagactcacgcc
agttggttcatcattgaccccatcacaggtatcataaccaccgcaaccaagctggattat
gagacagacccaaagccaagtatcaaagtagtggccactgatggaggacgaccaccatta
tcctccactgctctggtagaaatagacctccaggatagtaacgataatgagccagtgttt
ggaagcagcttctacaatgtttctatcaaggagaacacgtcagcagggacctgcttcctt
gaggtaaaagcaggcgatgcagatggtgggtcatttggggccattacatattctattgga
tccgggcccgctagtgctccacccagccagttcaccatcaataaggagactggacagatc
tgcaccagtgtggctctggatcgagatgaaggatcagacagttttgacttcactgtgact
gcaacggatgggggaggccttacatcctccgcctatgtgaaggtgtcactggtggacatt
aatgacaacagacctacattctaccctgtgaactacgccgtcagcttgagcacacagagc
atgcccgggacctccgttgtcagggtaaaggcccacgacccagatgctggtgcaaatggt
aaagtgacatatcacactgtccttgatggaggatccaatttctttaccctcaacaaggac
acaggtgtgatctcgctgtcacgctcgctgcatggaaaggccaactccgtcatcaccatg
gtgatcacagcacgggacggaggcggtctcacagcacctgtcaatgccagagtgaacatc
agcgttgtggccggctcagtggcgcctccggtgttcgagcaggcgcagtacttcttcacc
gtgtctgaggacgtgctccggggtaccgaggttggcgtagtgagggccagcggcaggaat
ggagtctctaaggatgtcacctacactatctctgctggggatccagatagttatttcatg
gtcgatacagaaactggagcgctcagaacaagccttcctctggaccatgagtcacgaccc
tttttcgacttggaaattcaagtgcgcagcggttcccctccagcttttggagagactcgc
gttcgagtcaccattgcagatgtgaacgataacacccccatatttttcccatcatcgtct
gagtctctgctcctaccagaagccacaaaaatgggtactgtggtgtaccgcgtgcaggcc
gaagaccgcgactccggccctaacggacagctgagctttgacctgatgtcggacggaggg
cagcgcacgtttggcatggagcgcagcagtggggaaatccggctaattgggagtctgtcg
tacgacagcgtacctcgctatgacctccaagtgatcgcaaaagacagtggcgcacctcag
ctcagcactacgttcagcctggtggttcacatccaggcggagaacagccagggtcctgtg
tttgacacgatgacctaccgtgtggagctgaaggagaacacaccactcaacaccaacttc
ttacaggtccgggcgctcaatagagatcccaacggaaatggagggtcatccaaaggctcc
acaccatcttccacactggcataccggctccggcctgatggggacgcggcgggctttggg
attgccccggacagcggatggctgtttgttaagagtgctttggaccgtgaagccaaggat
atttacctgttaactgtgcttgccacttctggaagcagccagatggggaagaccggcagc
gcaacagtgagagtttccgtcactgatgaaaatgataattctcctcgtttctctcaggag
agggtgttcttggcagtgagagagaacttgcctgcgggaactggtttcgggagggtgtct
gctactgaccgcgacgctggtctcaacagccgccttacatacagattactccacacggac
cgctacttccaaatcaattcccaaactggtgaaatcagtaccagagcggctctagaccgc
gagcaacagtctagttatcagctcatcgtggtggttcaggacagtggtacccctccacgt
agtgccaccggaacagcccatatcacggtgctggatgagaacgacaacgcgccagcgttc
agccacacacagcctggcagggagattctcattcaggttcaggagggtcttcctgccggt
tctttattaggaactctacacgccaaagacccagatgagggagagaatggcactattttt
tactcattatcaggctccagagcggaacgtttctccttgaacccaaacaccggagagctg
cgctcctcttcccccctgaggcgagctgaaaaggcagagtacagcttcaccgtcactgcc
acggaccgtggagctccatctcagagctcttcaactgccttacttatacaggtcattggc
tccacaaggactcctccaaaacccaacaccctatccatgaccctcaactcagtggaggga
gccaagccaggctctgttattggctcagttagagcacatgaccagcaggaaattacctta
aacggtcaggtgacctaccttgtagtgggaggcacagatcatgaaggaacctttatggtt
gaccgtctcacaggagatgtttacttggttagagaactggattatgaaaaagggtcacgg
tatactctacagatcgaagtggacgatttctccaaggcctatccaagcactcacatggtt
cagttggaaatcaacgtgcaggatagtaatgaccatgcaccagagtttccagaagatcca
gtcactattgttattcctgagaacatacaagctggttcctccatttacaccttccaggcg
gctgataaagatggcagtggacccaacagcgagatacgttattctatccaacagcggtgg
cctgacatcccagacctctttagtcttgatcctgtcacgggagtcttaaaactgagccga
gagctggaccatgaggagacctccatcctgttcctggtggtccatgcaatggattcagcc
tcggaccccaatcagagactctggggatcggtgacggcacgagtgttcgtcaccgatgaa
aacgacaacgctccgatcttcagctccccgattgctgttagtgtgatggaggaccagccg
gtgggctttgtcctgctttacgtcattgctcgggatgcggaccagggcgaaaatggccaa
gtgtcctatagtatccagtcaggaaacacagcagggcggttcggcctaagcccgaacagt
ggctctctctccatcctcaaacctctggatcgtgaggaacaggagagctacaacctcacc
attgtcgctgaggatcatgggataccccagcattccaccactcaggtgctgtctatccag
gtgattgatgtgaatgatgaagcaccatggtttgaacgcagcgaatttgaagcccaaatc
aaagagaaccagccagcaggaacaagcatactcaaggtctccgcctcagaccgggatcac
ggcactaatggcttggtgatttacggtggtgtgactgaggatggattcacaattaatcca
gagacgggtgtgatatctgtcactcaggttctagatagagaacttcaggaccactacact
gtaacagtgtatgtaaaagatggaggcataccccctaactttgccaaggctaaagtgcac
atcacagtgctggatgagaatgataatgctcctgctttcgggcagcagcattacaatctg
gaagtgcctgagaaccaagagcccgtggagctgttcaccctcaaagccacagacctggac
actggagagaatggacgactggaatataagatcactgctggtgacccagatggtgacttt
agacttgatgttttttttggagctctgtctacctcaagacctctggaccgagagcggaag
aacagttattctttgaaagtggtggttcaagatcacgggagcccctctctgagcagcaca
gccactgtggacatctcagtccttgatgtaaacgacaacagccctaagtttggaagcagt
agctacaccgttgatgtctcagaagatgctgctgtaggttcgttggtgttggatgagaca
gccacagacgtagatgaaggtgaaaatggccaaatcttatacttccttagtcaagaggcc
aaaggttcattcacagtacatccagacacggggcggatcactaccacagcacctctggac
cgagagaaaagagcttcttacaccttccaagtgtatgcggttgacctgtcacctgccgca
ccccgcaacaccacagcccaggtgaccgttaccatcctggatgtcaatgacaatgcacca
ttcttcatccaggacccgcttattatcaacgtgtccagtggaagtgtgtccacgcatcag
gtggtggccaccatgagagcagaagataaggactttggagccaacgggtcagtgttctac
cgatttgcaatgccagtcagaggatttgctattaactcactaacaggggagatccagacc
accgaaaagctccagaccctgacgcaaacccagcgcaccctcatagtggaggcgatggac
cagggcagtccaccccagtcttctctaggggtggtgatcgtctatgtgaaggagcaagat
tacaagggcattcgattctctcgcaccaccagagatgttagcatgcaggagaatgcagct
aaaggcactgcagtcgcccaggctcaggctcagcaccctgacggcacccgtgacggcatc
acttacagtatcttcagtgggaacaaataccattccttcagcatcagctccagtacaggt
gaaatctgggtacagagctcaaatggcctggattttgaggacactccaagactccgtcta
gtggtgaaggctgaaactacatcctcaaactccttcatggctgtcaacctaattcttcag
gatgtgaatgacaatctacccagattccagctgcagaactatgtggcttatatgcatgaa
gcacagggctatgactttcccatcattcaggttgtggcagaggatgttgaccagggtcag
aatggtcaggtgacttactccattgagtcttcgagtcaaagtggccttttcaaaattgac
cctctgaccggcagcatcacaaccacggccattatggacagagaaatctggacacaggca
cagctggtgataaaagccactgatcgtggcagccctaaactagtaggcactaccaccatt
acagtgattattgtcgacctcaatgacaacagtcccaccatcccagtgccacgagaaatt
agagtgccagaaaactctcttatcggtactgagatcaccctggttactggaaatgatgtg
gattctggcccagtgctgtcttactctttgcagctggatgcttcatcacagggaaaattt
gatatccatcgttacaatggccgtgtgtctctgacagcaccactggactttgaggagagg
acatggtacacattgacaattcgagcttcagattcaaagcaccagagtgaagccaattta
actgtgttggtggaggacataaatgataacgctcctacttttacacaagatctatatcag
gtaacacttccagaacattctccatcaggcagtcccgttatcacagtaacagcaacagat
cgagattcaggagaaaatggaaaggtcacctatcgagtggtgtcttcatcgagggacggg
ttttacattgatcctaaaaatggcacacttttcatcagacagaaagcagaatttgacccg
gagcagccctctgtgtgtgtagtcattgaagctcgtgatggggggtctccacctctgtca
tcttctgctacagtccaagttcagctgatagacgtcaatgataacgcccccatattccac
cagttggagtacaaagccacagtgtctgaggaccagttacctggagccaccatcctgaca
ttagaggcagtagatggagacctatctcaggaaaactctggttttgatttcgcaattgcc
agtgggaatgttggaaatgcttttcagattgagagcagcgttcatttcatagagggccat
ggcttccagaccgtaggaaccctgatcctggcggagcgactggattttgaggcattgtca
cgctataacctcaccattgcggtctcggatcgtggtgttcctcaacgtagctccagcgta
ccagccatcatcacagtcactgatgtgaatgacaaccctcctgtctttggcagagctgag
tacatagtgcctttgagtgaaggggcagctgctggtacagaaatcttacgtgtgactgca
actgatcctgattcagctccctatgcagaggtccagtacagcatcagctctggagatgag
atgaaactcttctctgtggatcagtggactggggcactgaggcttcaaaggcctttggac
agagagagacaaatttctcatgttgttatagtacaagcctcggatggccatggtaatttt
gccttggctcctattagtgtagaggtaaaggacatcaatgacaacagaccttactttccc
attgctacattaacggccagtatccgtgagaaccagccgcccaactctgctgtgactgtg
ttacatgcaatcgattatgatacaggagtttatggacagcttaagtattatttgatggac
cactctggcctaggaaaagacctcttcttggtggatccaaactcgggagaagttcgtacc
agacaaatatttgattttgagaaggtgaactcatttaacttcattgctttggctgtggat
gcaggcaacaactctgctactgtcacagtgcaggtctatgtaacaggagaggacgagtat
gatccagttttcaccacttcagacttgtcctttgaggtaccagagggagccaaaaaaggt
cagagcattgggcaagtacaggccaaagatgaggatggtggggtggatggaattgtactc
tactccttccccaattcctctccttattttgatgtgaataagaccaccggtgtaatctac
ctaaagatggacagctctggcagctcaagcggaggcagtcgctcgaagagggaaacccgc
ctaatgactatggatgtgactgcccacagccctcttgatacctcaagaatagcttccgct
cgggtcaccattgacgtaaccaacacctcctttggtcttgctacagactttaacgtcctc
cttgtgagcataattgctgcctctcttggagtaatagtcttgttagtcataattgctgtg
gccctttatctagtaagatcaaagcgcaagaagaaaggacaagacactgggaatagtacc
gtgtcttcaggcacagctttgcagaagttggatgagtctaaacccacagggggcggcagg
atctatcatcaggcacttcctggatacgcaggtgatgaggaaggaactggtggaggctcc
tacactcgaggaggatccctagatccttctcactccagtggacggggatctactgaagca
gcagaggatgacgaaatccgtatgatcaatgagtacccaagagttgcaagcatcacctcc
tccatgcaagagcacatctccgccaggggccctgattcaggtattcagcaggatgcagac
caactctctgatatttcttgtgaaccagggccacttgatgcaagccagtggttcaaaact
aagaaacttgggagcatcagtgggagcctcagtggtaccctactctctggtcagctccca
gtgtacagagatgaaggtgggagctaccttggagtaggtcgtgggttaaatatttcccag
ccgaaagattacgctttccctgaggatggtaaaccttcggttgatggctccctcacagcc
atagtggcaagtgacgaggaactgcgaggcagctacaactgggactaccttctcaactgg
tgccctcagttccaacccttagccagtgtgtttacagagattgccaggctaaaagatgaa
agcttacctcccaataatccacgcagacccttgcaacccaaagttaagacagatcccaag
ccaagaattgaccctccacccctcattacctcagtggctcatccaggagccaaatctgtt
ccacctaaacctgccatatcacggacgttccaccacttagcatccctaaggcgttcacct
ataagccatgagggctccatctcctcagcagccatgtctccaagtttctccccttcactg
tccccacttgctgcacggtccccagctgtctccccatttggtgtcactcaaggtccctca
gcctccatcattagcaccacagagcactctctggagcacagtgatgaggctgagatgagg
atttaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (11)   
   Pfam (11)   
All databases (20)   

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