KEGG   Meleagris gallopavo (turkey): 100551201
Entry
100551201         CDS       T01523                                 
Symbol
DCHS1
Name
(RefSeq) LOW QUALITY PROTEIN: protocadherin-16
  KO
K16507  protocadherin-16/23
Organism
mgp  Meleagris gallopavo (turkey)
Brite
KEGG Orthology (KO) [BR:mgp00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04515 Cell adhesion molecules [BR:mgp04515]
    100551201 (DCHS1)
Cell adhesion molecules [BR:mgp04515]
 Cadherins
  Cadherin related
   100551201 (DCHS1)
SSDB
Motif
Pfam: Cadherin Cadherin_3 RET_CLD1 Cadherin_4 CADH_Y-type_LIR Glrx-like
Other DBs
NCBI-GeneID: 100551201
NCBI-ProteinID: XP_010726046
Position
Unknown
AA seq 3265 aa
MEQMKGSAMLLLELLILGGLRAEKGSAVLGTLDLQIDEEQPAGTIIGDISAGLPPGTSAY
MYFISAQEGSGVATDLWIDENRGIIKTARVLDRETRDHYSFIAVTPEGITVEVNIQVNDI
NDHAPAFPKQHSTFQIPEHTPVGSRFPLDPAFDADSGLLNTQGYVIKGDNVGQAFRLETR
RGPNGVLYLDLVVSNVLDRENRSSYSLVLEAYDGGSPPRSSQMTLDVSVQDINDNAPTFN
QSRYHTLISENLKPGSSILQVFASDADEGDNGDVIYEINRRQSDPDQYFTIDSRTGVIKL
NKGLDYEVRKVHELVVQARDRAVHPEVTTAFVTIHVRDYNDNQPTMTIIFLSEDGSPQIS
EGAQPGQYVARISVSDPDYGEYSNVNVTLEGGDGKFALTTKDNIIYLICVDQLLDREERD
SYDLRVTATDSGTPPLRAESTFVLQVIDINDNPPLFDQQEYKQSIPEVVYPGSFVLQVTA
RDKDQGPNGEVQYSIKHSQDTHSSWFAIDPATGIITTAAPLDYEKDPQPQLTVLATDRGT
PALSSSAVVLVALQDVNDNEPVFRSNFYNVSLKENTPVGTCFLQVTATDADSGLFGTLSY
SLGSGIGSVVPTQFGIDKHTGHLCTAQPLDRDEGTSAYDFTITAVDGGGLNSMVYVKVFL
EDINDNRPVFYPLEYAASISTQSMPGTAVLRVTAHDKDEGMHGKVTYRIVLGNSPPLFSL
NKDTGVISLSWSLSGKANTLVQLVISAEDGGGLQAQPNARVNISIVEGTVSPPVFEQAQY
FFTVPEDTLQGASVGAVRAQNPPGHTDDIFYSISSGDPHGYFSIDSDSGQLRTSLPLDHE
SQAVLVLDVQARSGSPPAYSNTRVKISVSDVNDNAPAFPSPSDSILLPEATEPGTAVYTL
QAEDRDSGANGQVNFELVSGGEGTFSVERSSGAVRLAGVLQYEASAAYRLAIVARDSGVP
QLSSTFTLLVHVQAEHDNGPIFDTLTYRVEVREGVPVSTRFLQVRALARDAEAVTLTYHL
RADGDAASFGITSESGWLYVKSALDRETRDLYVLTVLASAGGGGSGGEARKTGTSTVRIS
ITDENDNSPRLSEERYFFTVPENQAPGSSVGRVMASDRDAGQNSRLTYRLLQHDSNFLIH
TQTGELSTKHSLDREQQSSYQLLVIVQDGGAPPRSATGTIYVTVLDENDNAPAFLHIAAG
QELTVQVLEEKPSGLLVASLQAKDPDEGENGTITYSLTGAWAERFTLHTATGELRTATVL
RRSDRAEYVFTVTASDRGMVPCSTSAIVRVQVLPSSRLLPRPDATVLTLHPPEGVRPGSV
IGSVAPPDAPARGQLTYTVVGGGGDGTFVVDSMTGEIYAARELDYEAGARHTLQVSAEDT
QHGYPSSRLVLVQILVQDCNDQAPAFPEDPVTIVVPEDAQAGSSVFTFQAVDGDGWAHSQ
VRXALLRQEPRXGPFQLDGRSGLLSLRQSLDRDAVASFLLVVEATDQARNVSQRRSSAVT
ARVFVTDVNDNAPVFLSPAAISVTEDRPTGFVALHVVAQDNDLGENGRVSYSLRAGNSDG
RFHLNPSTGALSVVRALNREEVVQHNLTVVAADHGFPRRSATQLLSILVLDVNDEAPTFE
KPEYEAHITENLPAGSPVLQVLATDRDLGANGQVTYGGLSGGPFSIHPQTGLIVTTHPLD
REEQEQHVLMVYARDGGLPPNLSKATVRITVGDENDHTPQLESESCSVEVPENQSRVALY
TLRATDPDGDENGRLEYRVADGDPEQDFILDPVSGVLSTARALDREQVAFYSLTVVVQDH
GTPPRSATMSVNVQVLDLNDNAPGFAQASYVVEVPEDLPVGSLVLQLEAKDPDEGTNGQV
TYYLGNESLGMFQVEPQSGRIRSAQELDRERQPSYSFLAKAVDSAPWEPKSAAVRVTVTV
RDVNDHAPAFLHSPLTVSLSRHTPPKQVVATMRAEDRDAGANASILYRLATPNSAFSINS
YTGDIQLLQPLSSLSQRQRTLFILATDLGQPALSSTGVVVIHLQEEPYRGLRFPRSTNEV
VLPENAAPGTAVASIQAVHMGGSSGRITYSIISGNEKNAFLIQPSSGAISVQDSSSLDFE
ASPRLRLVVQAETTASFGFMAINLNLQDVNDNLPRFQLQNYVAFIWESQSYDSPVIQVLA
DDLDQGMNGQVTYAINQSLPMTGLYHIDPQTGTITTAAILDREIWSQTRLVVTAMDRGTP
PLVGSATLTVVVMDINDNSPTIPFPWEVRVPENMLLGSQIAQLTGNDVDSGPALSYTLML
DGDAVGTFSVLRYGGRIALTGPLDYEQRSHYSLTLRASDSRHETEANLTVIVEDVNDNAP
AFSQAFYQVTLPEHTPAGSILLTMSATDMDSGSNGEITFHLAVPSLDVAIDPSNGTLFTI
RPVEFDANQPTLELVVEARDHGSPSLSSWATVQLQVLDVNDHSPIFQVPHYNASVPEDLR
PGTTVLTLDAGDADLSRENAGFDYTIVSGNGGNAFQVESRVAWAGGQLRTQGALVLVEPL
DFEAIPVYNLTVAALDRGLPQRSTTVPVLITVQDVNDNPPVFARAEYRTAVSESTPPGTE
LLRVTAHDADSGPRGHVHYTISSGDQHGLFQIHESTGALCLARPLDRETQALHALVVQAM
DVPGGHFALVPVAIEVKDVNDNKPYFPVEVLSASMRENLPPGTLVTTLRAIDTDTGVFGE
LQYAVLEQPVGGPGAAEGRDAFAINSSSGELRSRLTFDYERAKAFQLLVRATDAGNASAT
VTVRVLVTGEDEYDPIFLSPSFSFEVPEGAHKGQSIGRVLATDEDEGADGVVLYNLAKPS
PYFAINQTTGTIYLRVDSQPQAGAGRTKREPREMSLEVQARSPLPASRSASAQVTIDVTH
TSFGLAPDLNLLLVAVAASLGVVVVLAAVAIVLALVRSRHRRSREKTEGDRPLAHVQSSS
LQKLGHEEPALPGAEHIYHQALPGYGGEPAGPYTRGGSLDPSHSSGRGSAEAAEDDEIRM
INEYPRVASITASMQEHISARGPDSGIQQDADQLSDISCEPAALESSQWFKSKKGSGLLL
PGPTSQLYREDGGGSAFLGVRCGLSVSSQPQDYTFPEDGKPSVEGSLTAIVASDEELRGS
YNWDYLLNWCPQFQPLASVFTEIARLKDESSLRKPFPTKPKAEPKPRIDPPPLITSVAHP
GAKSVPPKPPAGRTFPHPSTLRRSPISHEGSISSSAMSPSFSPSLSPLAARSPVVSPFGI
SQGPSASTISAEHSLEPSEEAELRI
NT seq 9798 nt   +upstreamnt  +downstreamnt
atggagcagatgaaagggtcggccatgcttctgttggagctgctaattcttgggggcctg
agagcagagaagggctctgctgtcctgggcaccttggatctacaaatagatgaggagcag
ccagctggcaccatcattggggacatcagtgctggcctgccccctggcaccagtgcctac
atgtacttcatatcagcgcaggagggcagtggagttgccactgacttgtggatagatgag
aacaggggcatcatcaaaacagcccgtgtccttgaccgagagacccgggaccattacagc
ttcatagctgttacccccgagggcatcacagtagaagtgaatatccaagttaatgacatc
aacgaccacgctccggcctttcccaagcaacacagcactttccagatcccagagcacaca
cctgttggcagcagatttcccttggatccagcctttgatgctgacagtggcctgctcaat
acccaaggctacgtgattaagggtgacaatgtggggcaggccttccgtctggaaacacgg
cgaggacccaacggggtcctgtatttagacctggtggtcagcaatgtcttggatcgggag
aaccgttcgtcgtactccctggtgctggaagcctatgatgggggctctcctcccaggagc
agccaaatgacgttggatgtgtccgtccaggacatcaatgacaacgctcccaccttcaac
cagagccgctatcatactctcatatcagagaatttgaaacctggcagtagcatcctgcag
gtctttgcatctgacgcggatgaaggagacaatggtgatgtgatttatgagatcaaccgg
cgacagagtgatcctgaccagtacttcaccattgactcccgaactggagtcatcaaactc
aacaagggtctggactatgaagtcaggaaggtgcacgagctggtggtacaggcacgggac
agggctgtgcaccctgaggtcaccacagcctttgtcactattcacgtgcgtgactacaat
gacaaccagcccaccatgaccatcatctttctgagcgaagatggctcccctcagatctcc
gagggagcccagcccggtcagtatgtggcacgcatctctgtttctgacccagattatgga
gagtactccaatgtcaatgtcactctggaggggggggatggcaagtttgccctcactaca
aaggacaacatcatctaccttatctgtgtggaccagcttctggatcgggaggaaagagac
tcctatgatttgcgagtgacagcgactgattcgggaacacctccactccgggcagaatca
acctttgtgctgcaggtgatagatatcaatgacaaccctccactctttgaccagcaggag
tacaaacagagcatccccgaggttgtgtacccaggcagctttgtcctgcaagtgaccgct
cgagacaaagaccagggtcccaacggggaggtgcagtacagcatcaagcatagccaagac
acccattccagctggtttgccattgaccctgccacaggtatcatcaccactgctgcccca
ctggattacgagaaggatcctcagcctcagctgacagtgctggccactgacaggggaacc
cctgccctctcttcttcagctgtggtgcttgtggccctgcaggacgtcaacgacaacgag
ccggtgttcaggagtaatttctacaacgtgtccctgaaggagaacacccccgttggtacc
tgcttcctacaggtgacagccaccgatgccgacagcggcttgtttgggaccctttcctac
tctcttggctctggcatcggcagtgtggtcccaacgcagttcggcatcgacaagcacacg
gggcatctgtgcactgcgcagcctctggaccgcgacgagggcacgtctgcctacgatttc
accatcactgctgtcgatgggggtggcttgaactccatggtgtatgtgaaggttttcctg
gaggacataaatgacaatcggccggtgttctacccactggagtatgctgccagcatcagc
acacaaagcatgccgggtacagctgtgctgcgtgttactgcccacgacaaggatgagggg
atgcatggcaaagtgacctatcgcattgtcctggggaactccccccccctcttctccctc
aacaaggacacaggtgtcatctctctctcgtggtccctgagcggtaaagccaacaccctt
gtgcagctggtgatctctgcagaagatggagggggcctgcaggctcagccgaacgcccga
gtgaacatcagcatcgtggagggcacggtctcaccccccgtcttcgagcaagctcagtac
ttcttcacagtgccggaggacacgctgcagggcgccagcgtgggggctgtccgtgcccaa
aatcctcccggtcatacggatgacatcttttattccatctcctcgggggatccccatggc
tacttttccattgactctgactctgggcagctccgcaccagcttgcctctggatcacgaa
tctcaggcagtcctggttctggatgtccaggcccgaagtggttcccccccggcctacagc
aacacccgtgtgaaaatctctgtgtcagacgtgaatgacaacgcgccagcattcccatct
ccttctgactccattctgctgccagaggccactgagcccgggactgcagtgtacactttg
caggccgaggaccgtgacagcggtgccaatggccaggtgaactttgagctggtgtcgggg
ggcgaaggcaccttcagcgtcgagcgctcctcgggggcggtgcggctggccggggtgctg
cagtatgaggccagtgcagcctacaggttggccattgtggcccgagacagcggcgtgccc
cagctcagctccaccttcacactcctggtgcacgtgcaagctgagcatgacaacgggccc
atctttgacacactcacctaccgtgtggaggtgcgggaaggcgtgcccgtctccacccgc
ttcctgcaggtgcgggccctggcacgggatgcagaggccgtgaccctgacttaccacctg
cgtgcagatggagacgctgccagctttggcatcacgtctgagagtggttggctgtatgtc
aaaagtgccctggaccgggagacgcgagacctgtatgttctcacagtgctggcgtcggcg
ggaggcggcggctcggggggggaggcccggaaaacgggcaccagcaccgtacggatcagc
atcactgatgagaacgacaacagcccccggctgagtgaggagcggtacttcttcactgtt
cctgagaaccaggctcccggcagcagtgtagggagggtgatggcaagcgatcgggatgct
gggcagaacagccgtctcacctaccgcctgctgcagcacgactccaatttcctcatccac
acacagacaggggagctcagcaccaagcacagcttggaccgggagcagcagtccagctac
cagctgctggtgattgtgcaggatggaggagcaccgccccgcagtgccacaggaaccatc
tacgtcactgtgctggacgagaacgacaatgctcctgcttttcttcatatcgctgctggc
caggagctgaccgtgcaggtgctggaagaaaagccgtcgggacttcttgttgcctccctg
caagccaaggaccctgacgagggtgagaatgggaccatcacctactcactaacaggagcc
tgggcagagcgtttcacactgcacacagccactggggagctgcggactgccacggtgctg
cgccgctccgaccgtgccgagtacgtcttcaccgtgacagccagcgaccggggcatggtg
ccctgcagcacctcagccatcgttcgtgtccaggtgctgccgtcctcccgcttgctgccc
agacccgatgctaccgtgctgacgctgcaccccccggagggggtcaggccgggctctgtg
atcggctcagtggcaccccccgatgcccctgcacggggacagctgacctacacggtggta
ggaggcggcggggacggcacttttgttgttgacagcatgacgggggagatctatgccgcc
cgggagctggattacgaggccggggcccggcacacgctgcaagtgagcgccgaggacacg
cagcacggctacccgtccagccggctggtgctggtgcagatcctcgtgcaggactgcaac
gaccaggcgcccgccttccccgaagaccccgtcaccatcgtggtgcccgaggacgcgcag
gccggctcgtctgtcttcaccttccaggctgtggatggggacgggtgggcccacagccag
gtgcgcntagccctgctgcgccaggagcctcggnggggccctttccagctcgacggccgc
tcggggctgctgagcctccgccagagcctcgaccgcgacgctgtggcctccttcctcctg
gtggtggaggccacggaccaggcccgcaacgtcagccagcgtcgttcgtccgctgtgacg
gcgcgcgtgttcgtgaccgacgtgaacgacaacgcgcccgtcttcctgtcacctgctgcc
atcagcgtcaccgaggaccggccgaccgggtttgtggctctgcacgtggtggcccaggac
aacgatctgggagagaatgggcgagtgagctactcactgcgagcgggcaacagcgacggc
cgcttccacctcaaccccagcactggtgctctctctgttgtgcgggctctgaaccgtgag
gaggtggtgcagcacaacctgactgtggtggctgctgaccatggcttcccgcgccgttcg
gccacgcagctactctccatactggtgctggacgtcaatgatgaagctcccacctttgag
aagcctgagtacgaggcgcacatcacggagaaccttccagctggcagccctgtcctgcag
gtgctggccacagaccgggacctgggtgccaacggacaggtgacctatggaggtctctct
ggggggccgttctccatccacccgcagacgggtctcattgtcaccacgcatcccttggac
cgtgaggagcaggagcagcatgtgctgatggtctatgcccgggatggtggcctgcccccc
aacctctccaaggcaactgtgcggataacagtaggggatgaaaacgaccacacaccacaa
ctggagagtgagtcctgctctgtggaggtccctgagaaccaaagccgcgtggcactctac
accctgcgtgccactgaccctgatggagacgagaacgggcgcttggagtaccgcgtggca
gatggagatcctgagcaggatttcatcttagaccctgtctctggtgtgctctccactgca
cgtgcccttgaccgagagcaagttgctttctacagcctcacagtagtggttcaagaccac
ggcaccccaccacgcagtgcaaccatgtcagtgaatgtgcaggtgttggacttaaatgac
aacgctcctggttttgctcaagccagctatgtggtggaggtgcccgaggacttgcctgtt
ggctccctggtgctgcagctggaagccaaggaccccgatgagggcaccaacgggcaggtc
acctactacctgggcaatgagtccctgggcatgttccaggtggagccgcagagcggacgc
atcagaagtgcccaggagttggaccgggaacgccagccaagttacagctttctggccaag
gctgtggactcagcgccatgggagcccaaaagcgcagctgtgcgtgtcacggtcacggtg
cgggacgtcaatgaccacgctcctgccttcctgcacagcccgctcactgtcagcttgtct
cgccacacgccgcccaagcaagttgtggccaccatgagggcagaggacagggatgcaggt
gccaatgcctccattctgtatcgccttgccaccccgaactcagccttctcaatcaactcc
tacacgggggatatccagctgctgcagcccctgagctcactcagccagcgccagcggacg
ctcttcatcctggccacggacctggggcagcccgcgctttcctccactggcgtagtggtg
atccatctgcaggaagagccctaccggggactgcgctttccccggagcaccaatgaagtg
gtcctgccagaaaatgctgctccaggcactgctgtcgcaagcatccaagctgtgcacatg
gggggctcttctgggcgcatcacatacagcattatcagtggcaacgagaagaatgctttc
cttatccagcccagctcaggtgccatctcagttcaggactccagcagcctggattttgag
gccagcccccggctgcgcctcgtggtccaggcagagacaacggcttcctttggctttatg
gccataaacctcaacctgcaagacgtgaatgacaacttgccacgcttccagctgcagaac
tacgtggcgttcatctgggagtcccagagctatgactccccagttatccaggtcctagca
gatgatctggatcagggaatgaatgggcaggtgacttacgccatcaaccagtccctgcca
atgacaggcttataccacatcgatcctcagaccggcaccatcactactgctgccatcctg
gacagggagatctggtcccagacccgcttggtggtaacagcgatggacagagggacaccc
cctctcgtaggttctgctacgctgacagttgtggtgatggacatcaacgacaacagcccc
accattccatttccctgggaggtgcgggtcccagaaaacatgctgcttggctcccagata
gcccagctgacagggaacgatgtggactcgggcccggcgctctcctacaccctcatgctg
gatggtgatgctgtgggtaccttcagtgtgctgcgctatgggggacgcattgccctgaca
gggccgctggactacgagcagcgcagccactacagcctcacactgcgagcctccgacagc
cgccacgagaccgaggccaacctcaccgtcatcgtggaggacgtgaatgacaacgcacca
gccttcagccaggccttctaccaggtgacgttgccagaacacactcctgcagggagcatc
cttctcaccatgagcgccactgacatggactcgggcagcaatggggagatcaccttccac
ctggccgtgcccagtcttgacgttgcaattgaccccagcaatgggaccctgttcaccatc
cgaccagtggaatttgatgccaaccagcccaccctggaactggtggtggaggcccgtgac
cacggctcccctagcctctcatcctgggccacggttcagcttcaggtgcttgatgtgaat
gaccacagccccatcttccaggtgccacactacaacgccagcgtccctgaggacctgcgg
ccaggaaccactgtgctgacgctggacgcaggcgatgctgacctctcccgagagaacgcc
ggcttcgactacaccattgtcagtggcaacggtggcaatgccttccaggtggagagccgg
gtggcctgggcaggtgggcagctacgcacgcagggtgcgttggtgcttgtggagccctta
gatttcgaggccatcccggtctacaatctcactgtggctgccttggaccggggcctgccg
cagcgcagcaccacggtgcctgtgctcatcaccgtgcaggatgtcaatgacaacccacct
gtgttcgcccgagccgaataccgcacagcagtgagcgagagcacacctcctggcacagag
ctgctccgtgtgacggcccacgacgccgactcagggccccgcggccatgttcactacacc
atcagctcgggtgaccagcacgggctcttccagatccacgagagcacgggtgccctgtgc
ctggcacggcccctggaccgggagacgcaggcactacatgctcttgtggtgcaggccatg
gatgtgccaggcgggcactttgctctggtgcctgtagccattgaggtgaaggatgtcaat
gacaacaagccgtacttcccagtggaggttctgagtgccagcatgcgggagaacctgcct
ccgggcacacttgtgaccaccctgcgtgccatcgacactgacaccggggtgtttggggag
ctgcagtacgcagtgctggagcagccggtgggggggcctggtgcggcagagggccgggac
gccttcgccatcaacagcagctccggggagctgcgttcccggctcaccttcgactacgag
cgagccaaagccttccagctcctcgtcagggccacggatgccggcaacgcctctgctact
gtgaccgtgcgggtgctggtgaccggggaggatgagtacgatcccatcttcctgagcccc
tccttcagctttgaggttcctgagggtgcccacaaagggcagagcattgggagggtcctg
gcaacagatgaggatgagggggctgacggcgtcgtgctgtacaacctggccaagccctcg
ccgtactttgccatcaaccaaactacaggcaccatctacctgcgggtggacagccagccc
caggcgggggccgggcgcaccaagagggagccccgtgagatgagcctcgaggtgcaggcg
cgcagcccgctgccagcctcccgctcagcctctgcacaggtcaccatcgacgtcacgcac
acctccttcggcctggctccagatctcaacctgctgctggtggccgtggccgcctcgctg
ggtgttgtggtcgtgctggctgctgtggccatcgtgctggcgctggtccgctcccgtcac
cgccggagccgtgagaagacggagggggaccggccgctggcccacgtgcaaagcagttct
ctgcaaaagctgggccatgaggagccggcgctccccggggctgagcacatctaccaccaa
gcactgccagggtacgggggggagccagcggggccctacacgcggggcggctccctggac
ccctcgcactccagtggcagaggctctgctgaggcagcggaggacgacgagatccggatg
atcaacgagtacccgcgcgtggccagcatcacagcatccatgcaggagcacatttcggcc
cgcggccccgattccggcatccagcaggatgccgaccagctgtccgacatctcctgcgag
ccggccgccctggagagctcccagtggttcaagagcaagaagggctctgggctgctgctg
ccagggcccacgtcgcagctgtaccgcgaggatgggggaggcagcgcctttcttggcgtg
cgctgcggcctcagcgtctcctcccagccccaggactacaccttcccagaggacggcaag
ccctctgtggaaggctctctcaccgccatcgtggccagtgacgaggagctccgtggcagc
tacaattgggattacctgctcaactggtgcccccagttccagccgctggccagcgtcttc
acggagatcgcccgcctcaaggatgagagctccctgcgcaagcccttcccgaccaagccc
aaggcagagcccaagccccgcatcgaccccccacccctcatcacctctgtggcccacccg
ggcgccaagtccgtgccccccaagccgccggcaggcaggaccttcccgcacccatcgacg
ctgcgtcgctcgcccatcagccacgagggctccatctcgtcctccgccatgtcacccagt
ttctccccctcgctgtccccgctggccgcccgctcccccgtggtctctccctttggcatc
tcacagggcccctccgcctccaccatcagcgccgagcactcactggagccctctgaggag
gccgagctcaggatttag

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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 (6)   
   Pfam (6)   
All databases (15)   

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