KEGG   Echinops telfairi (small Madagascar hedgehog): 101663935
Entry
101663935         CDS       T08707                                 
Symbol
MPDZ
Name
(RefSeq) multiple PDZ domain protein isoform X7
  KO
K06095  multiple PDZ domain protein
Organism
etf  Echinops telfairi (small Madagascar hedgehog)
Pathway
etf04530  Tight junction
Brite
KEGG Orthology (KO) [BR:etf00001]
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04530 Tight junction
    101663935 (MPDZ)
SSDB
Motif
Pfam: PDZ PDZ_6 PDZ_2 L27_2 MPDZ_u10 Arteri_nsp7a
Other DBs
NCBI-GeneID: 101663935
NCBI-ProteinID: XP_004706586
Position
Unknown
AA seq 2041 aa
MLETIDKNRALQAAERLQAKLRERGDVANEDKLNLLKSVLQSPLFSQILSLQTSVQHLKD
QVSTATSPTSNVDYGHLPHLSPAVIPTPQKESCVLSPNHGNVEALTGPATPHVNGKPAGD
DFDQLLRSMAQGRHVEVLELLKPPSGGLGFSVVGLRSENRGELGIFVQEIQEGSVAHRDG
RLRETDQILAINGQTLDQTITHQQAISILQKAKDNVQLVIARGSLPPLMSPAVSRSPSAA
STISAHSNPVHWQHVETIELVNDGSGLGFGIVGGRATGVIVKTILPGGVAEQHGRLCSGD
HILKIGDTDLAGMNSEQVAQVLRQCGNRVKLVIARGAMDEAIAPTSLGITVSSSSSSTPE
MQVDASTQKSEENETFDVELTKNIQGLGITIAGYIGDKKLEPSGIFVKSITKSSAVEHDG
RIQIGDQIIAVDGTNLQGFTNQQAVEVLRHTGQTVHLTLMRRGGLKQDAELPPEEDVTKD
TLLSPLNASTGKENDDTDEDSLSLRRSSDVLPIEEEEYPLLAAEIEEREKMQQQEAALLA
KWQRIMGINYEIVVARVTKFSENSGLGISLEATVGHHFIRSVLPEGPVGHSGKLFSGDEL
LEVNGITLLGENHQEVVTILKELPIEVTVVCCRRTVPPTGQTELDDLDLCDIELTEKPIV
DLGELIGSSETEDPALAMTDVGQGTEEVQGPLAMWEADVQHIDLEKGSKGLGFSILDYQD
PVDPASTVIVIRSLVPSGVAEKDGRLLPGDRLMFVNDVNLEHSSLEEAVQALKGAPSGIV
RLGVAKPLPLSPEEGYVSAKEDSFLYVPHSLEEEVLADKALFRADLALVDTNDADLIDES
TCESQYSPDNESLYSAPASLLSSLQGSACSDGLNYGPSLASSPPKDIAENPSDPVLDLRM
SVEALYAQSLLRPQDEHMPPGDLSLGPAAEFIVNDYLPANPVEQQYKCESTAAWAESQLA
DDVTSSAEPSSSVLPNSTGRGSEYLLEQSALASPTDCAMLQNTSAESYERTITIAKGNSS
LGMTVSANKDGLGVIVRSIIHGGAISRDGRIAIGDCILSINEESTISLTNAQARAMLRRH
SLIGPDIKVTYVPADHLEEFRVRLEQQAGGIMALSLFSSFTGRDIPELPEREEGEGEESE
LQNAAYSNWNQPRRVELWREPSKSLGISIVGGRGMGSRLSNGEVMRGIFIKHVLEDSPAG
KNGTLKPGDRVVEVDGMDLRDASHEQAVEAIRKAGNPVVFMVQSTINRPRVSGPSERPSE
KAPLGTEPLPPPSALAEMGSDCAPSSSSRVSDDEDKEDEFGYSWKNIRERYGTLLGELHM
IELEKGRSGLGLSLAGNKDRSRMSVFIVGIDPNGAAGKDGRLQIADELLEINGQILYGRS
HQNASSIIKCAPSKVKIIFIRNKDAVSQMAVCPGNPAELLPATSETLQNKEADPSVTTST
DPAVDLGSFKNVHHLELPKDQGPLGIAISEETTIRGVVIKSLTENGVAAKDGRLQVGDQI
LAVDDEVVVGYPADKFISLLKPTKATVRLTIRAENPDLQTVASAAGTANGEKRNSSPSPR
DPSAGSPEPEAFRSTSRSSTPAIFASDPATCPIIPGCETTIEISKGRTGLGLSIVGGSDT
LLGAIIIHEVYEEGAACKDGRLWAGDQILEVNGIDLRKATHDEAINVLRQTPQRVRLTLY
RDETPYKEEDVCDTLTIELQKQPGKGLGLSIVGKRNDTGVFVSDIVKGGIADADGRLMQG
DQILMVNGEDVRNATQEAVAALLKCSLGTVTLEVGRMKTGPFHSERRPSLSSQVSEGSLS
SFSFPLSGSRTSESLDSTSKKNALASEIQGLRTVEIKKGPSDSLGISIAGGVGSPLGDVP
IFIAMMHPNGVAAQTQKLRVGDRIVTIGGTSTEGMTHTQAVNLLKSASGAIEMQVVAGGE
VSVVTGQQQEPATSSLSLTGLASSSIFQDDLGPPQCKSITLDRGPDGLGFSIVGGFGSPH
GDLPIYVKTVFAKGAASEDGRLKRGDQIIAVNGQSLEGVTHEEAVAILKRTKGSVTLMVL
S
NT seq 6126 nt   +upstreamnt  +downstreamnt
atgttggaaaccatagacaaaaaccgggcgctgcaggcagcagaacgcttgcaggccaag
ttacgagaacgcggagacgtggccaacgaagacaaattgaaccttttgaagtccgtcctg
cagagcccgctcttcagccagatcctgagccttcagacttctgtgcagcacctgaaagac
caggtaagcactgcaacttctcccacttcaaatgtggactatggccaccttccccatctc
agcccagctgtgattcccactcctcaaaaagaatcatgtgtattgtccccaaatcatggg
aatgtggaagcacttacggggcctgcaactccacacgtcaatgggaagcctgcgggggat
gactttgatcagctgctcagaagtatggcccagggtcgccatgtggaagttttagagctc
ctcaaaccgccaagtggaggcctggggttcagtgtggtaggactgaggagtgaaaacagg
ggagaactgggaatctttgtgcaagagatacaggagggcagtgtggctcacagggatgga
agattgcgggaaactgatcagatccttgctatcaatgggcagacacttgatcagacaatt
acccaccagcaagctatcagcatccttcagaaagccaaggataacgtccagctagttatc
gccagaggctccttgcctccgctcatgagccccgctgtgtcccggtctccgtctgcagcc
agcaccatttccgctcactccaacccggttcactggcaacatgtggagactattgagttg
gtgaacgatggttcgggtctgggattcggcatcgtaggaggaagagcaactggtgttatc
gtcaaaaccattctgcctggaggagtggcggagcagcatgggcggttgtgcagcggcgac
cacattctgaagattggtgacactgatttagcaggaatgaacagtgagcaagtagcacaa
gtcctcaggcagtgtggaaacagagtgaagttggtgatcgcgcggggggccatggacgaa
gccatagcacccacctctttgggcatcaccgtctcctcgtcctcatcgtccacgccagag
atgcaggtcgatgcttcaacccagaaaagtgaagaaaatgagacatttgatgtggaactc
actaagaatatccaaggattaggaattactattgctggttacattggagataaaaaatta
gaaccttcaggaatctttgtaaagagcattacaaaaagcagtgctgttgaacatgatgga
agaatccaaattggagaccaaattatagcagtagatggtacaaaccttcagggtttcact
aaccaacaggccgtagaggttttgcgacacacaggccaaactgtgcatctgacactcatg
agaagagggggcctgaagcaggacgctgagctgccacctgaggaggacgtcacaaaagac
acactattgtcacctctgaatgccagcacaggcaaagaaaatgacgacacagatgaagac
tctttatctttgaggagaagctccgacgtcttgccaatagaagaagaagagtacccctta
ctggctgctgagatcgaagaaagagaaaagatgcagcaacaggaagccgccctgctggca
aaatggcaaaggattatgggaattaattatgaaatagtggtggcccgtgtgaccaagttc
agtgagaacagtggactggggataagtctggaagcaaccgtggggcatcattttatccga
tctgttctcccagaaggccctgttggacacagcggaaagcttttcagcggagatgaactg
ctggaagtgaacggcataactttgcttggggaaaaccaccaagaggtggtcacaatttta
aaggaactgcctatagaagtgacagtggtctgctgtcgccgcacagtgccacccactggc
cagacagaattggatgacctggatttgtgtgacattgagctaacagagaagcccatcgta
gaccttggtgagctcatcggatcctcggagacggaagatcctgcactggcaatgaccgat
gtgggtcagggtacggaggaagttcaaggacccttggccatgtgggaggcagatgttcag
cacatcgatctggaaaaggggagcaaaggacttggctttagcattttagattatcaggat
ccagttgacccagccagcactgtgattgtcatccgttccttggtgcctagtggggttgca
gagaaggatggacgacttcttcctggagaccgactcatgtttgtcaatgacgtgaacctg
gaacacagcagtctggaagaagctgtccaagcattgaagggtgcaccgtcaggaattgtg
agactcggagtggccaagcctctccccctgtccccagaagaaggctatgtttctgctaag
gaggactcctttctctatgtaccacactctcttgaggaggaagttctggctgacaaagcc
ctcttcagggctgacctggctctggtggacacaaatgatgctgacctgatcgatgagtcc
acgtgtgagtctcagtattcgcctgataatgagagtctttactcagctccagcctctctt
ctgtcgtctctccaagggagtgcttgtagcgatgggctgaactatggcccctctcttgct
tcatctcctcctaaggacattgctgaaaatccttcagacccggtcctcgatctgcgtatg
tcagtggaggcactgtatgcccagagtctcctgcgcccacaggatgagcacatgccccca
ggggacctgagcttggggcccgctgctgagtttatagtcaacgattacctgccggcaaac
cctgttgagcaacagtacaaatgtgaaagcacagcggcatgggcggaatctcagctcgca
gatgacgttacatcgagtgcagagccgagttcctccgtgctccccaattcaaccggaagg
ggctccgagtatttacttgaacagagcgccctggcttctcccactgactgtgccatgtta
caaaacacatccgcagagtcatatgagaggacgattacaatcgcaaaaggcaattctagc
ctagggatgaccgtgagcgctaacaaggacggcctaggtgtgattgttcggagcatcatt
cacggcggtgccatcagccgagacggccggattgccattggggactgcatcttgtccatt
aacgaagagtccaccatcagtttgaccaatgcccaggcccgagccatgttgagaagacat
tctcttatcgggcctgacataaaagtcacctatgtgcccgcagaccacttggaggagttc
agagtacgcttggaacaacaagctggcggaataatggccctgagtcttttttcttcgttc
actggaagagacattcccgagctacctgagcgtgaagaaggagagggggaagaaagtgaa
cttcaaaatgcggcctacagcaactggaatcagccccggcgggttgaactttggagagaa
ccaagcaaatcgctgggcatcagcattgttggtggacgtgggatggggagtcgtctgagc
aacggtgaagtgatgaggggcattttcatcaagcatgttcttgaggatagtcccgctggc
aagaatggaaccttgaagcctggagacagagtggtcgaggtggatggaatggatctcaga
gatgcaagccatgagcaagctgtggaagccattcggaaagcaggcaaccctgtagtcttt
atggtacagagcactattaacagaccaagggtatccgggccgtctgagaggccatcagaa
aaggccccattgggcaccgagcctctgccccctccttcagccttggcagagatgggcagt
gattgtgcaccgtcatcctcaagcagagtctccgacgatgaggacaaagaggatgagttt
gggtacagctggaaaaacatcagggaacgctatggaaccctcttgggggagctgcatatg
attgaattggagaaaggtcggagtggcttgggtctaagccttgctggaaacaaagaccga
tccaggatgagtgtcttcatcgtagggatcgatcccaatggagcagctggaaaagatggc
agattacagattgcagatgagctcctggagatcaatggtcagattttatatggaagaagt
catcaaaatgcctcctcaatcattaaatgtgccccttccaaagtaaaaataatatttatt
agaaataaagatgcagtgagtcaaatggctgtgtgtcctggaaatccagcagagcttttg
cctgctacctcagagactcttcaaaataaggaggctgacccgagtgttactacatccacc
gacccagctgtggacctcggttcatttaaaaatgtgcaccacctggaacttcccaaggac
caggggccgctgggcattgcgatcagtgaagaaaccaccatccgaggggtcgtcatcaag
agtctgacggagaatggggtggcagccaaggatggacggctccaagttggcgaccagatc
ttggcggtagatgatgaagtagttgttggttatcctgctgacaagttcattagcctcctg
aagccaacgaaagccacagtgagactcaccattcgtgccgagaaccccgatctccagact
gttgcttcagcagctggcacagccaatggagagaaaaggaacagctccccatctccgagg
gacccctctgctggctccccagaaccagaagctttccgaagtacaagcaggtcatcaaca
cctgcgatctttgcctctgatcctgccacctgccccatcatccctggctgtgaaacaact
attgagatctccaaagggcggacggggctgggcctgagcatcgtcggtgggtccgacaca
ctgctgggtgccattattatccatgaagtttatgaagaaggagcagcgtgtaaggatggg
agactctgggctggagatcagattttagaggtcaacgggatagacctgagaaaggctaca
catgatgaagcgataaatgtcctcagacagactccgcaaagggtgcgcctgaccctctac
agagatgagactccttacaaagaggaagacgtgtgtgacaccctcaccatcgaactgcag
aagcagccagggaaaggcctgggattaagcattgtgggtaaaagaaatgatactggcgtg
tttgtgtccgatattgtcaaaggaggaattgcagatgctgatggaaggctgatgcaggga
gaccagatactgatggtcaatggcgaagacgtccggaatgccacccaggaagcggttgca
gctttgttaaagtgttctctaggtacggtaaccttggaagttggaagaatgaaaacgggc
cccttccactcggagaggaggccgtctctgagcagccaggtgagtgaaggcagcctgtcg
tccttcagctttccgctgtccgggtccaggacctcggagtctctggacagcacctcaaag
aaaaatgcgctggcatctgaaatacaaggattaagaacagtcgaaataaaaaagggcccg
tcggactcgttgggaatcagcatcgctggaggagtaggcagccctctcggtgacgttccc
atctttattgccatgatgcatccaaatggggtcgcagctcagacccaaaagctcagagtt
ggggacaggattgtgacaattggtggcacctccactgaggggatgactcacacccaagct
gtgaacttactgaaaagtgcctcaggcgccattgagatgcaggtagttgctggtggagag
gtgagtgtggtcacaggtcagcaacaggagcctgccacttctagcctctctctcacgggc
ctggcatcaagcagtatattccaggatgatttaggacctcctcagtgcaagtccatcaca
ctcgaccggggaccggacggcttaggcttcagcattgtaggagggttcggcagtcctcac
ggagatttgcccatttatgtgaagaccgtgtttgccaagggagcagcctccgaagatggg
cgtctgaaaaggggggaccagatcatcgctgtcaatgggcagagtcttgaaggggtcacc
cacgaagaagctgttgccatccttaagcggacaaaaggcagcgtgaccttgatggttctc
tcctga

  All links  
Gene (2)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (8)   
   RefSeq(pep) (8)   
DNA sequence (8)   
   RefSeq(nuc) (8)   
Protein domain (6)   
   Pfam (6)   
All databases (24)   

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