KEGG   Python bivittatus (Burmese python): 103065302
Entry
103065302         CDS       T03091                                 
Symbol
DCHS2
Name
(RefSeq) protocadherin-23
  KO
K16507  protocadherin-16/23
Organism
pbi  Python bivittatus (Burmese python)
Brite
KEGG Orthology (KO) [BR:pbi00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04515 Cell adhesion molecules [BR:pbi04515]
    103065302 (DCHS2)
Cell adhesion molecules [BR:pbi04515]
 Cadherins
  Cadherin related
   103065302 (DCHS2)
SSDB
Motif
Pfam: Cadherin Cadherin_3 Cadherin_pro Cadherin_4 Big_9 CADH_Y-type_LIR
Other DBs
NCBI-GeneID: 103065302
NCBI-ProteinID: XP_007425673
UniProt: A0A9F2NQD9
Position
Unknown
AA seq 3317 aa
MELRPPALRMKKRWSKLGTPPALKLRIAWRWLIPLWLCLCIAGKCSAQVYNLSLGVDEEL
PADTLVGDISAGLPPGEAHPGGFFLSEGSGESALLADFHVHTDTGIILTARPLDRERRAR
YSFAAATLRGEIVQVEITVTDVNDHAPRFPRELVYLNISELSPPGSAFRLPAARDPDEGS
FGIWGYSLLPWDQDGAEDDYQEEAGPFFQLRYGPPSDPLDLLLLRRLDRELADTHRLLVE
AWDGGSPRLSGRLRVEIQVLDENDNAPTFGQSEYRVRLRENTPAGTSVCRVFATDPDLGG
NGDVRYVLSRRQGDSSAATHFEVDGRTGWLRLRRPLDREVRASYRLAVEARDGGAQPEVA
TALVAVEVLDVNDNAPVIHLLYLTEAGARVSEGARSGDYIARVSVSDPDEHQEKTNGEAT
PGGGVALSLEGGEGAFSLRPSGGDSGIYFLCVEGPLDREARDVYELRLMAIDAGVPPLSS
QHTLALRVGDLNDQAPAFAQPRYRATVSEAASPGTVVLRLSASDADEPGSRNSQVRYALA
PSQAHSALFLLDPLSGVLSVQAALDHEREALVQLWALARDLGAPPLSASCLVSVSVEDAN
DNEPVFKQQVYNASLAEHSEIGYCLLQVTATDQDSGHFGRIEYFLYNGFHNNEKSEAFQI
DINSGCIYVSQDVDREEDPSTYDFLVKAIDGGGLSAQAFVHIEIEDINDNHPIFNPATYV
ISISSHTQPGTEITNLLATDKDSGIYGAVTYELIPGHLSSLFKVDPSTGIVYLISTLSNT
DCSSVLLTVSAQDGGGLWSFVNADVTVRILQTAMAPAVFEHSYYSFSITEDAPEGSSVGT
VKAREPLNFLETISYRISSGNSYGIFTIDSHNGIIRTKKQLDHETHDHIILTVQSQLRSS
SVFSTAQVNITVIDINDNHPVFVMESDQIYISQSTVPGTALYIAHAEDKDSGLNGAIHYA
IVSNQSSVFTIDPALGILYLARDLSGHKQHERVVVRIRAEDHGIPPLSSVLILGVLIDKP
KGSPVLTFEQLLYQVEVSEESCVGARILQVQAWKLNPQHTSANLIYSLEPNIDSVSFKID
SETGVIYLQNPLDYEHLQTHRFRAFVTSSVDKSVQNASTLIIVNVIDENDNSPVFVHDAY
FIEVEERVSSQGVVGTIKAIDKDSGRNGQLSYFILSNENYFKINSNTGEIINWVALDREQ
QTHHHLIALVTDHGVPQHNTTTSVYISVTDLNDNHPCFSQHLLHFKVLERQPAGTLVANI
FAKDLDSGNNGIVLYSLSSEESLGHFQIDSSSGELRTTEALLYNWHSNYRMVITAIDKGD
PPLQGETVITIEVIPLPKGRSFSSQYIRHFVIPENFRPAQIMGSLKLPAQHSYSNRKQHF
IIPEEDSDIPFEIDSATGDLYLSKELDYEAISHYFFRVVVNDYLNSPPQNETVFLSIDVE
DQNDHSPSFQNDFIVIGIEENVPIGTLVYTFSARDGDGSFLNRNLQYSIRRNDFIEHPFF
IHPIYGTLITTISLDRERTQFFVLTVLASDQAVNLIEHNQCSLTAKIIILDVNDNSPSFV
SSPLSYIREDAEVGSIAHHIIAQDPDQGRNGQITYLLLSSNEDHAFLIDKATGVLTTAFA
LDREHQEYYNLTVVALDNGSPALSATQNLTIIVLDVNDETPIFTKAIYEASIWENRAPGV
VGIKVEAIDKDSGINSLLKYDILPGPGYENFRINSNTGEIRTAISLDREIQEFLHIKVLV
QDGGTPPLSSTASVVFRVLDENDHTPKIIFPVSDIQIMENQVPSTITTLLAVDDDTANNG
IVQYQIIGGNIRRYFALHKTSGDLFTTYSLDREIVRNFTLVIECFDLGNPARSSVMELQI
TVLDENDNSPLFTRNHYQAIISEDIEEKSAILELLAVDADEGINGKVVYTLMDESLGLFT
INRDTGVIITNKPMDRERQSQYIFKALATDSDALQPRSTSVTVIIHIEDINDNNPFFLEN
PLKVQISSQTHINQTIVTVRSSDLDLGPNGTVNFRIVTPATMFEMDSTTGEIFLREPVSY
DGLITHLLIVAYDQGIPARTATAVVTICSKAHTEIISFNHTHYEAMVPENSKVGTSVFTV
AAHDQSLVRNNIKHTIISEHEDIFYIHPITGEITVKQTEFLDYEIRKEVHFAVLAENGLA
SAACGVTVFLQDINDNAPQFEQSYIRVSVREGQVYDAYITQIYATDSDSGRNGEIEYSIL
FGNTNEVFLIDSEHGIISTNMILDREDISLYRLVVQAADRGIPRLFSTCTVEIEVVDIND
NAPTLQPLDVIKLSENTPVGFLVIQVVADDADLGPPLQYSFAEDCNHGKKFAIDQWKGTI
TLVKSLDFEINPQLELLINISDSVHHTIEQLQILIFDVNDNPPVFIQDTYQVIIPELRSI
DDSVLTVYAIDKDSEHNGKIFYRMISASDTFFIDPQNGSLFLVKPLTYQNWNPDIRLLVE
ASDNGNPPLTAITSVAVQIQDMNTYIPQFTVTTYNLTVSENASVGEKLFTFSVIDQDKNH
QSTNVVYSIIGGNDDNKFHVEKHVLGPEYPDQMIGNLVLRNILDRERCSSYQLLILASDH
RASPLNSTATVSITILDVNDNPPVFTSLEYHVHVREDFPVGNYITSVSAYDSDAGTNADI
TYSIASGNDKGHFQLEGKTGSIHLIRNLDYEDAMEFNLTVQASDGGIVLKNVAFAVVFIS
VLDVNDYVPLFVFPSLSCGIHENMPAFSSVCTISALDFDTGPCGYLSYSIESSCLSGYGT
LGDHHLFIIDSLSGDIRTKQALDFEQQSKYCFIAQAKDKSNSTATVTVQINVEGLDEFDP
VFNQDKYLFYFPENNEAGQLIGNVTASDCDGGLDGVIYYTLLKQSSFFSVNYSSGAVYLA
RSFHRKRSRVKKKDDTLELLIKAHSPKQGSKSSTCTVLVNISNSPESSSTLPAYDLSVSI
ATSTIVFLFLVTCLAVLIGRYTLKDTCRPNMKKEMPSPSVTDLNIHRENNPLKHSQKSQI
HGTTTFPVGSIVDWLSLIGIRDRRDNVYMHSNSHSHGSREGRTGEDKEIKKISEHPCRKG
TRSGLSGKVSCIPDSGIPRDSDQLSCQSGENEELAVSQSTEAVHYFKDGGGEERRDFSEM
LYDKMLSHTLAKLTIKEIEIMTDLTMEYIVIPDSKNSHYGSLGTLVDSDEDLGENYNWDY
LLNWEPSFKPLASVFSDIAELEDESIKMHTFPKEEKSFIFPPPLFTSIAHPDLKSGLPKM
PTSLPNKRFKKYPHSPVIHHLKYPPALMTPSFSPSLSLLTMQTPTTSPVASYLNLKGMCS
SWSACELSTEEDIQEPA
NT seq 9954 nt   +upstreamnt  +downstreamnt
atggagctccggccacctgccttgaggatgaagaagagatggagtaagctagggacacca
cccgcgcttaagctccggatcgcctggagatggctgatccctctctggctctgcctgtgc
attgcggggaagtgttcagcccaggtgtataacctcagcctgggagtggacgaagagctg
cccgctgacactctggtaggggacattagcgcagggctgccgcccggggaagcgcaccct
ggtgggttcttcttatcggaaggcagcggggagtccgccctgttggcggatttccacgtg
cacactgacacgggcatcatcctcaccgcgaggccactggatcgcgagcggagggcgcgc
tacagcttcgcggcggccacactgcgcggggagatcgtgcaggtggaaatcaccgtcacc
gacgtgaacgaccacgctccccgcttccctcgggagttggtgtatctcaacatctccgag
ctcagcccgccaggcagcgctttccgcttgcccgctgcacgggatcccgacgagggaagc
tttggcatttggggttactcgttactgccgtgggatcaggacggagctgaggacgactat
caggaggaggcaggtccgtttttccagttgcgctacggcccaccctcggaccctctggat
ctgctgttgctgagacggctggaccgggaactggcggatacccatcggttgctggttgaa
gcgtgggacggcggcagccctcgcctgagcgggcgcctccgcgtagagatccaagtgctg
gatgaaaatgacaacgctcccacgttcgggcaaagcgagtatcgcgtccgcctacgggag
aacacgcctgccggtacttcagtgtgtcgtgttttcgccaccgacccggatctgggtggc
aacggcgacgtgcgttacgttctcagccgccgccagggcgactcttcagcggcgacccac
ttcgaggtggacgggcgcaccgggtggctccgtttgcgccggccgctggaccgcgaggtc
cgcgctagctaccgcctggctgtggaagctcgcgacggcggtgcccagcccgaagtggcg
accgccttggtcgccgtggaggtacttgacgtgaacgacaacgcgccggtcattcatttg
ctctatctcaccgaagccggcgcaagagtctctgaaggggcgcggtcgggggactacata
gcccgcgtgtctgtctccgaccccgacgagcaccaggaaaagacgaatggcgaggcaacg
ccgggaggcggagtggcgctgagcctggaaggcggcgaaggcgccttttcgctgcgaccc
tccggcggcgacagcggcatctatttcctatgcgtggaaggtcccttggaccgggaggcc
cgcgacgtttacgagctgcgcctgatggctatcgacgctggcgttccgccgctctcctcg
cagcacacgctggccctccgcgtgggcgacctcaacgaccaggctcccgccttcgcgcag
cctcgctaccgagcgactgtctccgaagcggcctcgccgggcaccgttgtcttgcgcctc
agcgcctccgacgccgacgagcccggctctcgcaacagtcaggtgcgctacgccttggcc
ccctctcaggctcacagcgcgctttttctcctcgacccgctcagtggcgtcctcagcgtc
caagccgcgctggaccacgagcgggaagcgctggtgcagctgtgggcgctggcccgggac
ttgggcgcgccgcccctttctgcttcgtgcctggtgagcgtcagcgtagaggacgccaac
gacaacgagccagtcttcaaacagcaagtctacaacgcgagcttggctgaacactcggag
atcgggtactgcctgttgcaggtaacggcaacagaccaagattcaggccattttggacgt
attgaatattttctttataatggattccataacaatgaaaaatcagaagcatttcagatt
gacataaatagtggctgcatatatgtgtctcaggatgttgacagggaagaagatccatct
acatatgatttcttagtaaaagccatagatgggggtggactaagtgcccaagcttttgtt
cacatagaaattgaagatatcaatgacaatcaccctatcttcaatcctgcaacttatgtg
ataagcatcagcagtcatacacagcccggaacagaaataactaaccttcttgctacagat
aaagattctgggatatatggagctgtgacatatgaactgattccaggacacctctcttcc
ctttttaaagtggatccatctactggcattgtttatttgatatcaacactgagtaacaca
gactgttccagtgttctgctgactgtttctgctcaggatggtggtggtctttggtctttt
gttaatgcggatgtaacggtgaggatccttcaaactgctatggctcctgctgtctttgag
cactcatattacagcttttctatcactgaagatgctcctgaaggaagttctgttggaaca
gtgaaagcaagagagcctttaaatttcctggaaacgatttcttatagaatttcctctggt
aattcctatggaatttttactattgattctcacaatggaatcatccgcaccaaaaaacag
cttgaccatgaaacacatgatcatataattcttacagtgcagtcacaattgagaagctct
tctgtcttcagtactgcccaggtcaacataactgtgattgatatcaatgataaccatcca
gtatttgtgatggaatctgatcaaatatatatatcccaaagcacagtacctggaacagct
ctttatattgctcatgcagaagataaagacagtgggctcaatggggccatccattatgcc
attgtaagcaatcagtcaagtgtttttactattgatccggctcttgggattctttacctt
gctagagatctgagcggtcataagcagcatgagcgtgtagtggtacgcatcagagcagaa
gatcatggaattcctcccctaagttctgtgttgatcctgggagtgctaattgacaaacca
aagggaagccctgtgttgacttttgaacagttgttatatcaagtggaagtcagtgaggaa
tcctgtgtaggtgccagaattctgcaagtacaggcctggaagctaaatccccaacatact
tctgctaatcttatatactccttggaacctaacatagattctgtttcatttaaaattgat
tcagaaacaggtgtgatttacttacaaaatcctttagactatgaacatttgcaaactcat
cgttttagagctttcgttactagttcagtggataagtcagtgcaaaatgcaagcacatta
ataattgttaatgtcattgatgaaaatgataactctcctgtgtttgttcatgatgcctat
tttattgaagttgaggagagagtatcatcccaaggtgtggttggcacaattaaagcaatt
gacaaggactccggaagaaatgggcagctttcctatttcatcttatcaaatgaaaattat
ttcaaaatcaattccaatacaggggaaattataaattgggtggcattagaccgtgagcag
cagactcaccaccatttgattgctctggtaacagaccatggagtccctcaacataatact
acaacatctgtctatatctcagttactgacctgaatgacaaccatccatgcttctcccag
catctgctacacttcaaggttttagaaaggcagccagcagggacactggttgcaaatata
tttgccaaagaccttgattctggaaataatggaatagtgctgtattcattatcctcagaa
gaaagtttaggtcactttcagattgacagcagtagcggtgagttaagaaccactgaagct
cttttatacaactggcattcaaactaccgaatggtaatcacagcaattgacaagggagac
ccccctcttcaaggggaaacagtcatcactattgaggtaatccctcttcccaaaggaaga
tctttttcttcccaatatatcagacactttgtcataccagaaaattttagacctgctcag
atcatgggctctttaaaactccctgctcagcattcatattccaacagaaaacagcatttt
attatccctgaagaagattctgatattccatttgaaattgatagtgctacaggggatctc
tacctttctaaagaacttgattatgaagccatatctcactacttcttcagagttgttgta
aatgactatctgaacagtcctccacagaatgagactgttttcctcagtattgatgttgaa
gatcaaaatgaccactcaccttctttccagaatgacttcattgtaattgggatagaggaa
aatgtgcccattggtactttggtgtatacatttagtgcaagagatggagatggtagtttt
ttaaacagaaatcttcagtattctatacgtaggaatgactttattgaacatccatttttc
atccaccccatttatggtaccttaattacaacaatatcccttgatcgagagagaactcag
ttttttgtcctgacggtactggcttcagatcaggctgtaaacctgattgagcataaccaa
tgttcactgacagcaaaaattatcattttagatgtcaatgataacagccctagctttgtt
tcatctcctctttcctacattagagaggatgcagaagtaggctcaatagcacatcacata
atagcacaggatccagaccaaggaaggaatggacaaatcacgtaccttcttctctcaagc
aatgaagaccatgcctttttgatagacaaagctactggagtgctaacaacagcctttgct
ttggaccgtgaacaccaagaatattataatctgacagttgttgctcttgataatggcagc
ccagccctatctgcaactcagaatttgacaataattgttcttgatgtaaatgatgaaaca
ccgatatttaccaaagctatatatgaagcttcaatctgggaaaatagagctccaggagtg
gttggcattaaagttgaagccatagataaagattcaggaatcaattccctacttaaatat
gacattttacccggacctggatatgagaattttcgaataaactcaaatactggagaaatt
agaacagccatctcgcttgacagggaaattcaagagtttctccatattaaagtgcttgtt
caagatggtgggactccccctttatccagcacagcatcagttgtctttagagtactagat
gaaaatgatcatacccccaagatcatctttccagtttctgatatccaaattatggagaac
caagtgccttcaacaataacaactctcctggctgtggatgatgatacagctaataatgga
attgtgcaatatcaaatcattggtggaaatatcagacgatactttgcgttgcacaaaacc
tcaggagaccttttcactacttatagtttggacagagagatagtcagaaacttcaccttg
gtcattgaatgttttgatctaggcaatccagcaagaagttctgttatggaactacagatc
acagtcctggatgaaaatgacaacagccctttatttacaaggaatcattatcaagcaatt
ataagtgaagacattgaagaaaagtcagcaattcttgaactgcttgctgtagatgcagat
gaaggtataaatggaaaggttgtatacactctaatggatgaatctcttggactatttact
attaacagagatactggtgttatcattactaataaaccaatggaccgtgaaagacaatct
caatatatatttaaagctctagcaacagattctgatgccctgcaaccaagaagtaccagt
gttactgtaataatacacattgaggatataaatgacaataatccttttttcttagagaat
cctcttaaagttcaaatatcctctcaaacacatataaatcagacaatagttaccgtgcga
tccagtgacttagatttaggtccgaatggaactgtgaattttaggattgtgacaccagca
acaatgtttgagatggattcaactacaggtgaaatatttcttcgggaacctgtatcttat
gatggcttaatcacccacctcctgatagtggcatatgatcaagggatcccagctagaact
gctacagctgttgtgaccatctgttctaaagcacacaccgagatcatttctttcaatcat
actcactatgaagcgatggttcctgaaaatagtaaagtgggtacttctgtgtttactgta
gctgctcatgaccaaagtttggtgagaaacaatataaagcatacaatcatcagtgaacat
gaggatattttctacattcatcctatcacaggtgaaattacagtaaaacaaactgagttt
cttgattatgaaattagaaaggaagtacattttgcagtcttagctgaaaatggcttggct
tcagcagcatgcggcgtgacagtattcttacaggacattaatgataatgcacctcagttt
gaacaaagctacatcagagtatcagttcgggaaggccaagtctatgatgcatacatcaca
cagatctatgcaacagattctgacagtggacgaaatggagaaattgaatattctatttta
tttggcaatacaaatgaagtatttctcattgattcagaacatggaattatatcaacaaat
atgattctggatcgtgaagacatttcattatataggttggttgtacaagctgctgacaga
ggaattcccaggctattttctacgtgcacggtagagatagaagttgtggatatcaatgac
aatgccccaactctgcagccattagatgttatcaagctctctgaaaatacaccagttgga
ttcctagtgatacaagtagtggcagatgatgcagacttgggcccacctcttcaatacagt
tttgctgaggattgtaatcatggaaagaaatttgcaatcgaccaatggaagggaacaatt
acactggtgaagtcgttagattttgaaataaatcctcagttagaacttttgatcaacatt
tctgattctgtgcatcacaccatagaacaacttcaaattcttatatttgatgtcaatgat
aatcctccagtatttattcaggatacctatcaggtgattatacctgaacttaggtctata
gatgattctgtcttgactgtgtatgccatagacaaagattcagagcacaatggaaagata
ttctacagaatgatttctgcctctgatacattttttattgatccacaaaatggttcacta
tttcttgttaagcctttgacctatcagaactggaacccagatattcgtctccttgtagaa
gccagtgacaatggaaatcctcctttgactgctattacttctgtggcagtgcagatacag
gatatgaatacttacattcctcagtttacagtgacaacctataatcttactgtaagtgaa
aatgcttcagttggagaaaaattgttcacattctcagttattgaccaagataaaaatcat
caaagcacaaatgttgtgtattccattattggtggtaatgatgataataaattccatgtg
gaaaagcatgtacttggaccagaatatccagatcaaatgattggaaatcttgttttgaga
aacatccttgatcgagagagatgttcatcttatcagttgttaattcttgcatctgatcat
agagcttctcctttaaattccactgctacagtgtcaattaccattttagatgttaatgac
aatccacctgtgtttacaagtttggaatatcatgttcatgtcagagaagattttccagtt
ggcaattacattacctcagtgtcagcatatgattctgatgctggaactaatgcagatatc
acttacagtattgcctctggaaatgataaagggcatttccaactagaaggtaaaactggc
tccattcacctgatccgaaatctagattacgaggatgctatggaattcaacttgactgtt
caagcttccgatggaggaattgttctaaaaaatgtggcttttgcggttgtttttatcagt
gtccttgatgttaatgattatgtccccctgtttgtttttccaagcctcagttgtggtata
catgaaaatatgcctgctttttcctctgtttgcacaatttctgcactagattttgatact
ggcccttgtggttatctttcctattctatcgagtcatcttgcttatctggttatggaact
cttggagatcatcacctgtttataatagattctttgtctggagatatccgcaccaagcag
gcacttgactttgaacagcagagtaagtattgtttcatagcacaggcaaaagataaaagc
aactccacagctacggttactgttcaaattaatgttgagggattagatgaatttgaccct
gtattcaaccaagacaaatatttgttttattttcctgagaataatgaagcaggccagttg
attggcaatgtaacagcatcagactgtgatggcggactggatggtgtcatttactatact
ttgttaaaacagtcttccttcttttctgtgaactatagcagtggagctgtttatttggct
agatcttttcacaggaaaagaagccgggtgaagaagaaagatgacactcttgaactgctc
ataaaagctcatagtccaaagcagggctcaaagtccagcacgtgcacagttctggtaaac
atttccaatagtcctgaaagctcttccacactgccagcatatgacctgtctgttagcatt
gccacctctaccatagtatttttgtttctagtcacctgccttgctgtgcttattggtaga
tatacactaaaagatacctgcaggcccaacatgaagaaagagatgccatctccctcagtt
acagatctcaacatacatagagaaaataacccacttaaacattcccagaaatcccaaatc
catggaactacaactttccctgtagggagcatagtcgactggctaagtttgattggcatc
agggatagaagagataatgtttatatgcattccaactcacatagccacggatcaagagaa
ggaagaactggagaagataaggaaataaagaagatcagtgaacatccttgtaggaagggt
actagatctggtttaagtggcaaagtctcatgtataccagattcaggaattcccagggat
tctgatcagctttcatgtcagtctggagaaaatgaggagttggctgtttctcaaagcaca
gaggctgtccattacttcaaagatggaggtggagaagagaggagagatttcagtgaaatg
ctctatgataaaatgttgtcccatacacttgcaaaactgacaataaaggaaattgagata
atgacagatctcacaatggaatatatagtaatacctgatagcaagaactcccattatgga
tctcttggtaccctagtagactctgatgaggatcttggagagaactataactgggattat
ttgctgaactgggaacccagctttaagcctcttgcttctgtgttcagtgacattgcagaa
ctggaggatgaaagcattaaaatgcatacttttcctaaggaggagaaatccttcattttt
cctcctcctttgtttacttccatagctcatcctgatttaaaatcaggtctcccaaaaatg
ccaacttcattgccaaataaaagatttaaaaaatatccccattcacctgttattcatcac
ttgaaatatcctccagcacttatgacccccagtttttcaccttccctatctctgctgaca
atgcagacacccacaacatcaccagttgcctcatatcttaacctgaaggggatgtgctcc
agttggtcagcatgtgaactttcaacagaggaagacattcaagaacctgcatag

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (43)   
   KEGG ORTHOLOGY (1)   
   RefGene (39)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (6)   
   Pfam (6)   
All databases (55)   

Download RDF
DBGET integrated database retrieval system