KEGG T04917: 107700256

Sinocyclocheilus anshuiensis: 107700256

Entry

107700256         CDS       T04917

Name

(RefSeq) multiple PDZ domain protein-like

K06095

multiple PDZ domain protein

Organism

sanh Sinocyclocheilus anshuiensis

Pathway

sanh04530

Tight junction

Brite

KEGG Orthology (KO) [BR:sanh00001]
09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04530 Tight junction
    107700256

SSDB

Motif

Pfam:

PDZ PDZ_6 PDZ_2 L27_2 PDZ_Tricorn CDC24_OB3

Other DBs

NCBI-GeneID:

107700256

NCBI-ProteinID:

XP_016357348

Position

Unknown

AA seq 2027 aa
MRLYEARSLLKNHDAEQDRLYRVSFVPQTSMVDTGDQSPVLYPDQCFSGMRGRCAEWVQR
WHQRQSIARSSMRPDRWRVGGKEKEREDKRGAVNLEPVMTGGLEHALVAESAHSSEGRPS
HHLRGHHRNGEPSVQFIKPVVGYRGVTLTSCQTSPSLSHVRTVRCQKESAGNSVPKELKM
MDTQRALLAVERLQERLKKKGELPAEEKLSLLKSVLQSPLFHQILIMQDTEQQHQQQQVF
PRMPLSQSLSDDADVVSTSHPSCTLRYRDSYLSAQRRNDRCQSSNHATFDPCITEDISLL
QSMAQGRSVLSFDLDKGESALGISIVGMETEGCGGLGIFIQKIQPDSVAHSDGRLHEGDQ
ILAVNGKPFESSVTQEQAVQVLLEAASVVTLIIAREPAPSFSPPQPRQIHHIELQNDGSG
LGFGIVGGRSTGTMVKTILPDGVAGRDGRLRSGDLLLRIGGVDVSTMGSEEVARELRLAG
SRVRLIIARETTDGDLSPSIAQQQDTQKKQGLVEKREKEFGVRFRNNKNSLGINISKSLD
NLDKESSGFEIKSILKGNAVNQDGQIHTGDHIIAVDGQKQKAEEILHTTGQQVEISLQRK
GSPSGTQTTPTTSTISQRPSTLLGLLPPPLPACLPEPKPVLPPGKVFYTERRDLNFNREC
IESRRSCYLESNMENRNQSSFCKLSGEEEILKEKWQRKLGPQYEIMVAQVQKLTESSGLG
VSLEAKEGHHYICSILPEGPIGQTGIVHPGDELLEVNGFSLIGETHKEVVSLLKELPVNV
CVVCSRLVPPTASDEDDDDGDDVQLTLKELLAEFNEKAEQNSSAHREDEWRTEAPMLSHQ
AMWENEIQVYELQKGDSGLGFSILDYQDPMNPGHTVIVIRSLVAGGLAERDGRLLPGDRL
MFVNGTDLSHVSLDQAVRVLKSTALGIVRIGVTKPLTKNETQDAGADVTVSGHSEHYNQH
GTLQANSHSQNSTMEADAKHVSIPSSGYERSITIVRGNSSLGMLTLFITLLLSVFLFILS
MFHGELNSVRDLINEESTTNLTNAQARAMLRRHSLIGPDLSVTYIPAAFLDMHRASYGQS
KEEMETHRTATVQPKHSQNLPFKPLECISEQQSTVDGKGVNGKTQAEEENERTDNHSQVR
LRESDERLDRDKKVKNERTVLESENGQRRGREKDRQKKDEEETHRKDRSSWSQPRRVTLF
RAGATCLGFSVVGGRGMGSRLSNGEMRRGIFIKHIAEDSPAACNSTLKEGDRILQLSAPD
NCPEDDNASKSNSQNHQEPEIPNNLSPTYPFSPIPFKRTEDWKLGKPPHVAPPLLKLPSR
QVETETDGVQRVPERPPLPEEGSHHHSEQEQASYWSRMQQRYGSLPGELHMFDLDCGSHG
SGLGLCLSGNRDGARGRMSVYVSEIKPDGAAAADGRVRVGDELLEINGQVLYGRSHQNAT
AIINNTPAKVRILLTRNKAAQKQMTTGPAKEMDNCPVVSPAMHINMIREGQHSVLLQDGR
ISREDKLKSRSSESLNIGLPAPINATSNHKPSCHPASHMSPSHCTPPSSGVSSADDRSRC
GPTANQSSSTGPHSTSYLAQGSVSSDPLTSPIIAGCINTIDICKGTAGLGLSIVGGCNTV
LGVIVIHEVNKDGAAHRDGRLWAGDHILEVNGIDLRMATHEEALSVLRLSPQRVRLCIYR
DPGTENHSTHTLQNHTPEDMWDLFSVELNLKTGQGLGLRIVGKWNDTGIFVSEITRGGAA
DLDGRLLLGDQILSVNGEDMRASSQDDASALLQSCSGPVLLEVARFKTPSHYSYGDQVGE
LDVPLLSSFSAYDSVDGNVDIRTVSVQKHECESVELRLRGTQGDGMIYISNLDPTTSAAR
AGLLQLGARVISINGTSTARLSVTEASAVLRNSIGAVTLQVMPSGCADGARKDQASLIHS
SPGGHTTHNHQSSPQFQTITLERGAAGLGFSIIGGFGSSHGDLPIYVKSIFPKGAAVEDR
RLRHGDQLLKVNGQSLQGVTHSEAVELLRQTSGTVTLHVLSKTPPTC

NT seq 6084 nt +upstreamnt +downstreamnt
atgcgcctttatgaggctcgaagcctcctgaagaaccacgacgcggaacaggataggcta
tatcgagtatccttcgtcccccaaacctctatggtggacacgggggatcagagccctgtg
ttgtatcccgatcagtgtttttctggaatgagaggaagatgcgcagagtgggtccagcga
tggcatcagcgccagtccatcgctagatcgtccatgcgacccgacagatggagggtggga
gggaaagagaaagaaagggaggataagagaggggcggtgaatctggagccggtgatgacg
ggaggacttgagcatgctctggtggccgagagcgcacacagcagtgaaggtcgaccttcc
catcacctgcggggtcatcatcgaaatggtgaaccgtcagtgcaattcataaagcctgtc
gtcggttacagaggcgtcactctcacttcatgccaaacgtcaccgtcgctgtcacacgta
aggactgtcagatgtcagaaagagagtgctggtaattcagtacccaaagagttgaagatg
atggacacacagcgtgctttgctggcagtggagcggctgcaggagaggctgaagaagaag
ggagaactgcctgctgaggaaaaactcagtctgctcaagagtgtcttacagagtcccctg
tttcaccagatactcatcatgcaagacaccgaacaacagcatcagcaacaacaggttttt
cccagaatgcctctgtctcagtcattgagtgatgatgcagatgttgtgagcacatcccac
ccctcatgcactctgaggtacagagactcctacctctcagcccagcggcgcaatgaccga
tgtcaatcctccaatcatgcgacttttgacccttgcatcacagaggacatttcactgctg
cagtccatggcccagggtcggtctgtgcttagttttgacctggacaagggtgaaagtgct
ttaggcatcagcattgttggaatggagactgaaggctgtggaggtcttggtatcttcata
cagaagatccagccggactctgtagcacacagtgatggacgtctgcatgagggtgatcag
attctagcagtgaatggcaagccgtttgaatcctctgtaacacaggaacaagctgtccag
gttcttctggaagctgcttctgtggtaaccttaattatagccagggaaccagccccatca
ttcagccccccacagcctcgacaaattcatcatattgagctgcagaatgacggatcgggt
ctgggcttcggcatcgttggagggaggagtactggcaccatggtaaaaaccatcctacct
gatggtgtagctggaagggacgggagattgcgtagtggtgatcttctcctcagaatcggt
ggtgtggacgtgtccaccatgggcagtgaggaagtggcacgtgagctccgtcttgctggt
tcccgtgtgagacttatcattgccagggaaaccactgatggtgacctctcaccttccatc
gcccagcaacaggacactcagaagaaacagggtttagtagagaaaagggaaaaagagttc
ggtgtcagattcagaaacaacaagaacagtttaggcatcaacatctccaaatctctggat
aacctggacaaagagtccagcgggtttgaaataaagagcatactgaaaggaaatgcagtg
aatcaggatggacaaattcacaccggagatcacattattgctgtggatggtcagaaacag
aaagcggaggagattctgcacacgactggccaacaagtggagatctctcttcagagaaag
ggctcaccatctggaacacagacaacccccacaacgtccacaatctctcagagaccctca
acccttctggggctccttccccctccgctgcctgcatgtctgccagagccaaagccagtc
ctgcccccagggaaagttttctacactgaacgccgggacctcaacttcaacagagagtgc
attgagtcaaggcgaagctgttatttagagtccaacatggagaacagaaaccagtcttca
ttttgcaaactgtctggtgaagaggaaatattgaaggagaagtggcaacgcaaactgggt
cctcaatatgaaatcatggtggcccaggtacagaaattgactgagagcagtggtcttggt
gtgagtttggaggctaaggaaggtcatcactatatctgctctatactgccagaaggtccg
atcggacagacgggaatcgttcatcctggagacgaactgctagaggtgaacggcttctct
ctgattggtgagacacacaaggaagttgtgagcttgctgaaggaacttcccgtgaatgtt
tgtgtggtttgcagtcgtctcgtcccacccacagccagtgatgaagatgacgatgatggt
gacgatgtacaactcaccctcaaggagctactagcagaatttaatgaaaaggccgagcaa
aactcgtctgcacacagagaggatgaatggaggacagaggctcctatgctttcccatcag
gccatgtgggagaatgagattcaagtttatgagctgcagaaaggcgattctggtctggga
ttcagtatactagactaccaggaccccatgaacccagggcatactgtgatagtgatccgc
tctcttgtagcaggcggtttggcagaaagagatggccgcttgttgccaggcgaccggctg
atgttcgtgaacgggactgacttgagccacgtgagtctggatcaggccgttcgcgtcctg
aagagcactgctttgggcatcgtacgcatcggagtcaccaaacccttaacgaagaatgag
actcaggacgcaggagctgatgtaaccgtcagcggccactccgaacattacaaccagcac
ggcactttgcaggcaaattcccactctcagaacagcacgatggaggctgacgccaaacac
gtctccatcccctcaagtggctatgagagaagcataactatagtcaggggaaactccagt
ctgggtatgttaaccctgttcattacactcttgctgtctgtcttcttattcatcctcagt
atgtttcacggagagctgaactctgtgagagaccttatcaatgaagaatccaccaccaac
ctgaccaatgcacaagccagagctatgctgcgcagacattcactgatcggacctgatctc
agcgtgacgtatatacctgctgccttcctggacatgcacagagccagctatggccaatca
aaagaggaaatggaaacacacagaacagctaccgtccaacccaagcactcacagaacctg
cctttcaaacctctagaatgcatttctgaacaacaaagtacagtggacggtaaaggagtg
aatgggaagactcaagctgaagaagagaatgaaagaacagataaccacagtcaagtaaga
ctaagagagagcgatgaaagactggacagagacaaaaaggtgaagaatgaaagaacggtc
ttggagagtgagaacggacaaagacgagggagagaaaaagacagacaaaaaaaagatgaa
gaagaaacacacaggaaggatcgtagctcatggagtcagcctagaagagtcacattattc
agggctggggccacgtgtcttggcttcagtgtggtggggggtcgtggtatgggcagtcga
ctcagcaatggagaaatgagacggggcatcttcataaaacacatcgcagaggacagccca
gctgcatgcaacagcactctgaaagaaggagaccgaattcttcagctttcagctcctgac
aactgccctgaagatgacaatgcatcaaaatcaaattctcaaaatcatcaggagcccgag
atccccaataatctctccccaacctaccccttcagtcccatcccctttaagcgaacagaa
gactggaagttggggaagcctccacatgtagctcccccactcctgaaactgccctctagg
caagtcgagacagaaacagatggagtgcagcgggttccagagagaccaccgctgccagaa
gagggttcacatcatcacagcgagcaggagcaggcctcttactggagccgcatgcagcag
aggtatggcagtctgcctggagagctgcacatgtttgatctggactgtggctctcacggc
tctggactgggattgtgtttgtcgggaaacagagatggagcgcgtggtagaatgagtgtg
tacgtgtccgagatcaaaccggacggggctgctgccgcagatggtcgggtcagagtggga
gatgaactgctggagataaatggacaagtgctgtatggacgcagtcaccagaacgcaaca
gcaatcatcaacaacactccggctaaagtcaggattctgctcacaaggaataaagctgca
cagaaacagatgactacaggaccagcaaaggagatggacaactgtcctgttgtatctcca
gctatgcatatcaacatgatcagagaaggtcaacattcagtattattgcaggatggaagg
atcagcagagaggataaactgaagtctcgttcctcagagagcctcaacattggtcttcct
gctccaatcaatgccacatccaatcataagccctcctgtcatcctgccagtcacatgtct
cccagccactgtacgcctccatcatctggtgtttcatcagctgatgacaggagccgctgc
ggccccacagccaatcagagctctagcacagggcctcacagcacttcttacttggcccag
ggttctgtgagctctgaccccctaacaagtccaatcatagctggctgtataaataccatc
gatatctgcaagggcactgcggggctcggcctcagcatagtaggaggctgcaacacagtg
ctgggcgtaatagtgattcatgaagtgaataaggatggtgcggcacacagagatggtcgg
ctgtgggctggagatcatatactagaggtgaacggcattgatctgagaatggccactcat
gaggaggccttgagcgtcctgcgcttgagtccgcagcgtgtgcgattgtgcatctacaga
gaccctgggacagaaaaccactccacacacaccctccagaaccacacacccgaggacatg
tgggacctcttcagtgtggaactgaacctcaaaacaggacagggactggggcttcgcatt
gtgggtaaatggaatgatactggaatcttcgtgtctgagataacaaggggaggggctgca
gacttggatggaagactgttgctaggtgaccagattttgtctgtgaatggagaggacatg
cgagcttcatcacaagacgatgcaagcgcgctactgcagagctgtagtgggcctgtgctg
ttggaggtggctcgttttaaaactccatcacactactcatatggagatcaggtgggcgag
ctggacgtccctcttctctcctctttcagtgcatatgattctgtggatgggaacgtggac
atcagaactgtcagcgttcagaagcatgagtgtgagtctgtggagttgagattgagaggc
acacagggagatggaatgatttatatctccaacctggacccgaccacatccgcagcgcgt
gcaggacttctgcagctgggtgccagggtcatcagcattaacggtacatcaacagcacgt
ctctcagttactgaggcaagtgctgtcctgagaaacagcatcggagccgtcacactgcag
gtgatgccaagtggctgtgcagatggagctcgtaaagatcaggcatctttaattcactcc
tcacctggaggacacactacccacaaccaccagagttctcctcagttccagactatcact
cttgaacgtggcgctgctgggcttggcttcagtattataggaggatttggcagttcccat
ggtgacttgccaatctatgtcaagagcatatttcccaagggagctgcggtggaggacagg
cgtctgcgtcacggtgatcagctgctgaaagtaaacggacagagtctgcagggtgtcact
cattctgaagctgtcgagctccttagacaaaccagcgggacggtcactctacacgtactc
tcaaaaacaccaccaacatgctga

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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