KEGG   Gallus gallus (chicken): 427360
Entry
427360            CDS       T01006                                 
Symbol
MPDZ
Name
(RefSeq) multiple PDZ domain protein
  KO
K06095  multiple PDZ domain protein
Organism
gga  Gallus gallus (chicken)
Pathway
gga04530  Tight junction
Brite
KEGG Orthology (KO) [BR:gga00001]
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04530 Tight junction
    427360 (MPDZ)
SSDB
Motif
Pfam: PDZ PDZ_6 PDZ_2 L27_2 MPDZ_u10 L27_1
Other DBs
NCBI-GeneID: 427360
NCBI-ProteinID: NP_001243052
CGNC: 53058
Ensembl: ENSGALG00000005846
UniProt: G1JT17
Position
Z:complement(30957128..31057227)
AA seq 2006 aa
MLETIDTHRALQAVERLQAKLRDRGDIANEEKLNLLKSVLQSPLFNQILNLQTSVQQLRD
QVNITPSVHSTGEFPQLLHHGVNVGSLPHNESYLLAQQNGSPANVLEASMRSITPQINGK
SSSDDFEQLIRSMSQGRPVETIELIKPLSGGLGFSVVGLKSENRGELGIFVQEIQEGSVA
HRDGKLKEADQILAINGQALDQTITHQQAISILQKAKDNVQLVVARGNFPQLISPVVSRS
PSAASTVSAHSNPVHWQHVETIELVNDGSGLGFGIVGGKSTGVIVKTILPGGVADQHGRL
CSGDHILKIGDTDLTGMSSEQVAQVLRQCGNRVKLVIARGPVEEPPPPAVPPGTPVPITT
TEKQTDVSVDSCEEGEKFNVELTKNTQGLGITIAGYIGDKTSEPSGIFVKSITKGSAVEQ
DGRIHVGDQIIVVDGTNLQGFTNQQAVDVLRHTGQTVRLTLIRRGLKQENYIQPQEDFSA
AVERDLMLQTVDSSTAKDSSETEQGSPSQPCSGSAVNIREDIKQQETDFQLSATEEEAMK
AKWQRIMGSNYEIVVAVVSKFSESSGLGISLEATVGHHFIRSILPEGPVGRSGKLFSGDE
LLEVNEISLLGENHKDVVNILKELPIKVTMVCCRPVASSVSHTEVLENLSLSEVQLAEKA
HIDLGFIGSSNTEETALEISTAQTMEEVQNSSFTMWEAEVQHTELEKGSMGLGFSILDYQ
DPVDPSKTIILIRSLVPGGVAEQDGRLSPGDRLMFVNDISLENGSLEEAVQALKGAPVGA
VKIGVAKPLPLSPEEGCVSAKEDCFFYTAQSLEEEGPADAALFHAELALVDSSGAGLAVE
PSFESQLAPENLTFPTSSPAASDSFCSEDLNFGVPFSASTPKIAGKEYLSYADDNDISTE
SSYSMDLSERGREQSAAEDRSLEATATFSDETFLSEDIFDIKHDKEVVTESSLILPVNKD
FTISKMIKNIFEKTITIAKGNSSLGMTVSSDKDGTGMIVRSVIHGGSISRDGRINVGDCI
LSINEESSTNLTNAQARAMLRRHSLSGPEISITYVLAENLPKYRASLEQQSEETMSVISS
SQSASIREIPELPEREEGEGEESELQNAAFSNWNQPRKVELWREPGKSLGISIVGGRGMG
SRLSSGEVMRGIFIKHILEDSPAGKNGTLKTGDRIVEVDGIDLRDASHEQAVEAIRKAGN
PVVFMVQSIISRSRAFGQSTSEPEKTSFCNLPLPPPSTFLGINSDVAQSSSSQVTEDVEK
ENEFGYSWKKITQRYGSLPGELHMIELEKGRTGLGLSLAGNKDRSRMSVFVVGIDPNGAA
GKDGRLQIADELLEINGQILYGRTHQNASSIIKCAPSKVKIIFIRNKDAVNQMAVCPAKS
IEALPCASETLQNQEIDTTADGGVSPDFSSYKNIQYVELPKDEGGLGIAISEEDTDSGVV
IKSLTDHGAAAKDGRIKIGTQILAVDDEIVVGYPVEKFINLLKSSKNMVKLTVNSAESDS
QTIAPVLSSAAPGERRNIHPPTAICSSNSPEPEPVKNTSRSSTPATLASDPATCPIIPGC
ETTIDISKGQTGLGLSIVGGADTLLGAIIIHEVYEEGAASKDGRLWAGDQILEVNGIDLR
SATHDEAINVLRQTPQKVRLTVYRDEAQYKEEDMYDVVVIELQKKPGKGLGLSIVGKRND
TGVFVSDIVKGGIADTDGRLMQGDQILTVNGEDVRNTNQEAVAALLKCSLGTVRLEVGRI
KAGPFHSERRTSQSSQVSEGSGSLSSFSISASASSTPEVFESGLKRNTASSEIQGLRTVE
IKKGPADSLGVSIAGGVGSPLGDIPIFIAMMHPNGVAAQTQKLRVGDRIVSICGTSTEGM
THSQAVSILKNASGTIELQVVAGGDVSVITGQQQDPPTSSLSLAGLTSTSIFQDDLGPPQ
YKTITLERGPDGLGFSIVGGYGSPHGDLPIYVKTVFAKGAAAEDGRLKRGDQIIAVNGQS
LEGVTHEEAVAILKRTKGTVTLTVLS
NT seq 6021 nt   +upstreamnt  +downstreamnt
atgttagaaacaattgatacacatcgggccctccaggctgtggagcgcttacaggcaaag
cttcgggatagaggtgacatcgcaaatgaagaaaaactgaacttattaaaatcagtgctg
cagagtcctctttttaatcaaattctcaaccttcaaacttctgttcaacagctgagagat
caggtaaatattactccttctgtacattccactggtgaattcccccagcttctccaccat
ggtgtgaatgtagggtccttaccgcataatgagtcatatttgttggctcagcagaatggc
agcccagctaatgtgctggaagcatcaatgagatccattactccacagattaatgggaaa
tcctctagtgatgactttgagcaactgatcagaagtatgtcccagggtcgtcctgttgag
acaattgagcttattaagcctctgagtggtggcctgggcttcagtgttgtgggactcaag
agtgaaaacagaggagaactaggaatatttgtgcaagagatccaggagggaagtgtggca
catagagatggaaagctgaaggaagcagatcaaatccttgctattaatggacaagccctt
gatcagacaattacacatcaacaggctatcagcatcctacagaaagcaaaagataatgtc
cagctagttgtggccagaggcaattttcctcagctcatcagtcctgtagtttcccggtct
ccatctgctgctagcacagtttcagcccattccaacccggttcactggcagcatgtggag
accatagagttggtgaatgatggctcaggtttgggatttgggatagttggtggaaagtca
acaggagtgattgttaaaaccatcctcccaggaggggtagctgatcagcatgggagacta
tgtagtggagaccacatcttgaaaattggtgatactgacttgactggaatgagcagcgaa
caggtggcacaagttctgaggcagtgtggaaatcgagtgaaactggtaattgcaagaggt
cctgttgaggaaccacctccaccagcagtcccaccaggtactccagtacccatcacgaca
acagagaaacagacagatgtttctgttgatagttgtgaagaaggagagaagtttaatgtg
gaactcactaaaaacacccagggattaggaataactattgctggttacattggagacaaa
acatcagaaccttctggtatctttgtgaaaagcattacaaaaggcagcgctgttgaacaa
gatggcagaatccatgtgggagatcaaattatagttgtggatggaacaaatcttcagggt
tttactaaccaacaagcagttgatgttttgcgacacaccggacaaacagttcgactcact
ttgatcagaagagggcttaagcaggaaaattatattcagccccaggaggacttcagtgct
gctgttgaaagggacttaatgttacaaacagtggacagtagcacagccaaagatagcagt
gaaacagaacagggatctccatcacagccatgcagtggcagtgcagtaaacatcagagag
gacataaaacagcaggaaacagatttccagctaagtgccacagaagaagaagcaatgaag
gcaaaatggcagaggataatggggtcaaattatgaaatagtggttgctgtggttagcaaa
ttcagtgaaagcagtgggctaggaataagccttgaagctacagtgggacatcatttcatc
agatcaatcttaccagaggggccagttggacgaagtggcaagctgttcagtggtgatgag
cttctggaagtaaatgagatctctttgctcggagaaaaccacaaggatgtggtcaatatc
ttgaaagaactgccaattaaggtgacaatggtgtgctgccgtccagtggcttcctctgtc
agtcacacagaagtactggagaatctaagtctatctgaagttcagcttgcagaaaaggct
catatagatctcggattcattggctcttcgaacacagaggaaacagctttggaaatttct
acagctcagactatggaagaggtgcagaactcttctttcacaatgtgggaagcagaagta
caacacactgagctggagaaaggaagtatgggacttggatttagcatattggactaccag
gatcctgttgacccttcaaaaactataattctaattcgctcattagttcctggtggtgtg
gctgagcaagatggcagactttctcctggagatcggcttatgtttgtcaatgatatcagc
ttggagaatggcagcctggaagaagcagtacaagcattgaaaggagccccagtaggagca
gttaaaataggagttgccaaacctctgcctctttcaccagaagaaggctgtgtctctgct
aaggaagattgctttttctacactgcccagtcacttgaggaggaggggccagctgatgca
gccctcttccatgctgagctggctctggtggactccagcggagctggtctagctgttgaa
cccagctttgaatctcagcttgctccagagaatttaacattcccgacttcgtcaccagct
gcatctgacagcttctgtagtgaggatctcaacttcggcgtccctttttcagcttcaact
cccaagattgctggaaaggaatatttgagttatgcagatgataatgatatatctaccgag
agttcgtacagtatggatctgagtgagagagggagagaacaaagtgctgcagaggacaga
agcctggaagctacagctactttttctgatgagacttttctgtctgaggatatttttgat
atcaaacacgataaagaagtggtaacggaatctagcctcatattgcctgttaacaaagat
ttcaccatctcaaaaatgatcaaaaatatctttgagaagaccatcactattgcaaaaggc
aattcaagtctagggatgacagtaagttctgataaagatggcacaggaatgatagttcgg
agtgtcatccatggaggatcaataagtcgtgatggacggattaacgtgggagactgcatc
ctgtccattaatgaagaatcgagcactaacttaaccaatgcacaagcccgggctatgcta
aggagacattcactcagtggaccagaaataagtattacatatgtgctagcagaaaattta
ccgaagtacagagccagtttggaacaacagtcagaggaaactatgtcagtaatttcttcc
tcacagtctgcctccatcagggaaattccagagcttccagaacgtgaagagggggaagga
gaagaaagtgaacttcaaaatgcagctttcagtaactggaaccagcccagaaaggttgaa
ctttggagagagcctggcaagtcattagggatcagcattgttggaggacgggggatgggc
agccgcctgagtagtggggaagtgatgagagggatctttatcaaacacatcctggaagac
agcccagctggcaaaaatggaacactgaaaactggagatcggattgtcgaggtggatgga
attgacctcagagatgccagccatgaacaagctgtggaagccatacggaaggcaggcaat
cctgtagtctttatggtacagagcattataagcagatcaagggccttcggtcagtctact
tcagagccagaaaagacttcattttgtaacttgcctctgcctcctccttccacatttttg
ggaataaactctgatgttgcacagtcatcgtccagccaagtcacagaggatgtagagaag
gagaatgagttcggttacagctggaaaaagattacacagcgctatggaagtctaccaggg
gaactacacatgattgagctagaaaaaggaaggactggtctgggacttagtcttgctggt
aacaaagaccgatccaggatgagtgtctttgtagtgggaattgatccaaatggtgcagct
ggcaaagatggccggttacagattgctgatgagttactagagataaatgggcaaatactc
tatggaaggactcaccagaatgcttcatccataatcaaatgtgcaccatctaaagtaaaa
ataatctttatcagaaataaagatgcagtaaatcagatggctgtttgccctgcaaagtca
atagaggctttaccttgtgcttcagagacacttcaaaaccaagagattgatactactgca
gacggtggtgtttctcctgacttcagttcatataaaaatattcagtacgtggaactccct
aaggatgaaggaggtttgggaattgccattagtgaggaagacacagacagtggagtagtt
attaagagcttaacagatcatggtgcggcagcaaaggatggaagaatcaaaattgggact
cagatcctggcagtggatgatgaaattgttgtgggctatccagtagaaaagtttatcaat
ctactgaaatcatcgaaaaatatggtgaagcttacagtcaactcagcagagtcagatagc
cagaccatagcaccagtcctttccagtgctgcaccaggagagaggaggaatatccatcca
ccaacagccatttgctcttccaactcaccagaaccagaaccagtcaaaaatacaagcaga
tcttcaactccagccacactagcttctgacccagctacttgtcccattattcctggatgt
gaaacaaccattgatatctccaaaggacagactggtcttggtctaagcattgttggagga
gcagacactttgttgggagcaatcattatccatgaggtgtatgaagaaggagcagcttca
aaagatgggagactctgggctggggatcagatattagaggtgaatggaattgacctcagg
agtgccacacatgatgaagcaataaatgttctccgacagactcctcagaaagttcgtctg
actgtgtacagagatgaggcccagtacaaggaggaagacatgtatgatgtagtggttata
gagctccaaaagaagcctggcaaaggccttgggctgagtatagttgggaaaagaaatgat
acgggagtgtttgtgtcagacattgtcaaaggtggaatagcagatacagatggcagattg
atgcaaggagatcagatattaacagtgaatggagaagatgttcgaaacactaaccaggag
gctgttgcagctttgctaaagtgttcattaggtacagtaagactagaggttggaagaata
aaagctggtccattccactctgagaggagaacatcccagagcagccaggtcagtgaagga
agtggcagtctctcatccttcagcatttcagcttctgcttccagcacacctgaggtcttt
gaaagtggtctgaagaggaatactgcatcttctgaaatacagggactaagaacagttgaa
ataaaaaagggcccagcagattcactaggagtgagcattgctggaggtgtaggaagtcct
cttggagatattcctatatttattgccatgatgcatcccaatggagttgcggctcagact
cagaaactcagggttggggacaggattgttagcatctgtggaacatctactgagggcatg
actcattcacaagctgttagcatcttaaaaaatgcttcaggcaccattgagttgcaggtg
gtagctggaggagatgtgagtgtcataactggtcagcagcaggatccacctacatccagt
ctttcacttgcaggactaacttcaacaagcatttttcaggatgatttaggacctcctcag
tacaagaccattactctggagagaggaccagatggcctaggctttagtattgtgggggga
tatggcagtccccatggagacttgcccatttatgtgaagacagtatttgcaaagggtgca
gcagcagaagatggacgcctgaagaggggagatcaaatcattgctgtgaatgggcagagt
ttagaaggggtgacccatgaggaagcagttgctattctgaaaagaacaaaaggaacagtc
actttgactgttctgtcatga

  All links  
Ontology (1)   
   KEGG BRITE (1)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (24)   
   KEGG ORTHOLOGY (1)   
   RefGene (18)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   CGNC (1)   
   OC (1)   
Protein sequence (44)   
   UniProt (1)   
   RefSeq(pep) (43)   
DNA sequence (53)   
   RefSeq(nuc) (43)   
   GenBank (5)   
   EMBL (5)   
Protein domain (6)   
   Pfam (6)   
All databases (130)   

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