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Protein Overview: SPEG_DANRE

General Information:
Name(s) found: SPEG_DANRE [Swiss-Prot]
Description(s) found:
Found 10 descriptions.
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  • Striated muscle preferentially expressed protein kinase OS=Danio rerio GN=speg PE=2 SV=1 [Swiss-Prot]
    • Organism: Danio rerio
    Length: 2995 amino acids

    Gene Ontology:
    Cellular Component: Z disc [NAS]
    nucleus [IEA]
    Biological Process: muscle organ development [ISS]
    auxin biosynthetic process [IEA]
    protein amino acid phosphorylation [IEA]
    Molecular Function: nucleotide binding [IEA]
    ATP binding [IEA]
    protein kinase activity [IEA][ISS]
    protein serine/threonine kinase activity [IEA]
    transferase activity [IEA]
    kinase activity [IEA]


    Sequence:
    Sequence:
    [PDR BLAST]
    [ProtParam] 
          1          11         21         31         41         51         
      |          |          |          |          |          |          
    1 MRKVTEEKRH SSSMNSSTVE TSFIAAPPVF LRKLKWAAVA AGCDVRLRVC VGGNPRPTLH  60
   61 WYHNDDPLVI DHEDYDGLWI RDCQQADGGL YTCVAVNHLG EARTSAVLAV LDLEEDSNST 120
  121 EDESAEPHVS MEMKEQFMPP QGEAINSQPT GRGRAMLSHI PSDGLVVERE MRALGSRAPG 180
  181 LQEPLSPGRG QLDFKTSEAT PFVQTQPPHK AQASITKSDV DATIDSTATK IKGTKTAMNG 240
  241 AEVSIKSSKI TGSHQSGGLQ DPSSIQTPKV SQASSKILDR VRAFEEQSHN SNMPKVSSRL 300
  301 SWGFNRTSSC NSEDETCKAG KFQANTKSDV ALKRSFFKQK ASSLEEQSTY VQKNFQSKLS 360
  361 EELHRIKKLV GKSNIKKAFS MEQLTQTDKQ SSVSTESVPT QVIQKSEETG KHFTNLKAVP 420
  421 DAKERWTTLP KEQSSRLPKI NLADKTKQPE NETPPEMNEN QENNSKPTQL LDGQVLNEKV 480
  481 SFIPGQCSPM LPRTNVSRKW PKSPAQPMVK DGLVQAPQKP PRLLESISTP PTPFKMTIPT 540
  541 IVVENKPVDE ELDQKEGQIM RQNRDALDDF HTSVEKSIAE APMSELPRKD ALGTAGSELL 600
  601 QCIIKENTVA RAPAESLLII TRPMQDVKVK AGETALLECF IAGSQAVDVD WLANGKLIQP 660
  661 ALFDCKMQFD GHRCRLLFKS AHENDSGCYT CKLSTAKEEL ICTANLLVIP SKEPLFTRKL 720
  721 EVLEAIEGRS AQFDCKVSGC PPPEVTWTHC EKPLVESDNI HILNVNGHHS LLITHVNKES 780
  781 EGLYTAIAQN VHGKAASSAE LYVQEPRPAI STHMSRLEKM PSIPEEPEVP EGEVERRTMP 840
  841 DFIKPLSDLE VIEGKEAVLK CRVTGLPYPK ITWYHNGKKI ESTNDRKMTQ YRDVHSLVIQ 900
  901 SVCHDHSGVY KCVISNKVGK AACYAHLYVA VSLPEPPDGP PVIESVTGRM ILLSWKKPKN 960
  961 LDPSIDPASL MYVVQQQVLG STQWTTIASS LTDTSYTVTS LSKGVCYSFR VLSTTGKTLS1020
 1021 KPSQPTDLVQ LVDRGEYFRK APVIIDKPDI VYAVENQPVT ITITINHVQA TCTWKRRGVV1080
 1081 LVNKLGALEM TTPDDDQHAL HIAKVKSTDV GQLIFMANNQ YGSDLGTLQL VIAVPPIFET1140
 1141 IMEDLDVCVG ETCHFAVVVD GKPDPDILWY KDGVLLAESS HLTFVYDDRE CSLVVLNAQP1200
 1201 EDVGVYTCTA KNLAGSVSCK AELTVHTAQN VEEEEEQMED EATILRRMRM LTDYYDIHKE1260
 1261 IGRGAFSYVK RVKHKNDQSF AAKFISVRAK KKTCALRELA LLAELDHKSI VRFHDAFEKR1320
 1321 RVVIILTELC HEELLERITK RTTILESEVQ SIIRQLLEGI EYLHQNDIIH LDLKPENILM1380
 1381 ADQKTDQIRI CDFGNALKVK PNEELYCKYG IPEFIAPEIV NQSPISKSTD IWPVGVITYL1440
 1441 CLTGVSPFAG ENDRDTLLNI RNYNVAFEES MFKDLCREAK GFIIKVLVSN KLRPDATECL1500
 1501 LHPWFKSLTK GKSINTTLHK QVLARRKWQC SLIRYGSKMV MRSISELLDD SSSHVSLAVP1560
 1561 RNLKDGSPPP SSSSDSDEDI DELPFIPMPH TMMFSGSRMS LTEIHEVDDK VIRGSNESYK1620
 1621 KNLNQLDDIP ESQIIAGQKN EDYLKNPKRT DNCLQRGSSV EVDQVASKTR RGLMRRGSSA1680
 1681 DSALLLQITP EDNEIKDTTE DSQKHMKKAV SMELPHRSSS PKTAKLSKED YALKLDLMRQ1740
 1741 RLLKGGTVNK NMSGLRGPLL ETLGVDDERR TSSLDRNFRN ARLNASGDSG TFNNDSSEET1800
 1801 YQKPAFRKRS SLRDENSESI SLHRRSGAPL EIPSSSTGDH NVLKIKSTIL DENKANLPPL1860
 1861 FPRDISSKPP TPVLENKQVS KEEANSDVLI MNSSRSAFNL EDTEIKVEEM KEQDSVPENM1920
 1921 NKSTEFPLDI LPHDISSNYC SKLQANGKKA SFLTPLPTPV LKISQPNIQP TAGRPGVFAS1980
 1981 AFSAHQPNLR SDIKNIDSEE IFEARFKKRE SSLAHGLKRL TRTKSEESSP VPQRKSDEVV2040
 2041 YRPGPVGSPL EFGSTGLKEK SKSVQDLREV DKEVGLGLIG RFSMRARKLQ PIDKKEKKEI2100
 2101 SDSVTNKRQL TWATRRSKSL DKKENFETNK ENLEKDTKKI AESPVLAVRR KFESNVSGIF2160
 2161 DRVHSRSKDR KDKETKPHID AEAPNVEKQD MKKINDSPVL ALRKKFETKV SGISYRKQSQ2220
 2221 SEGEGTKFEG QKTPLFSRHH RSQSDGLIHK KMDIPENQLP LQTTTISSKE TLNSSSSAHS2280
 2281 IESSQTPETE IRSRWDRWGL SRGKRDRTPS NSRAPATPKE DFPPVFHIAL KDHVLLEGNP2340
 2341 VTLSCLPAGS PEPKILWLKD KKPLKLCDGM NLEACPDGRQ LLMIMNISKK DAGIYECVAT2400
 2401 NNLASVTTSC ILTLACIPNC PGTPEIRQIY NNTVLVQWKP SDTKVPCTYT IEKKFDGDDK2460
 2461 WLTEATGVTD CFFNSSELPS GSTIRFRVAC VNKAGQSPYS NESDGVSIDT KVTPQHQPAK2520
 2521 MKTHSPASFP AMTAAVATSA FSLSLPSVFS QSISPTPAQS ADVSNTFLEV QSSPKMSTPL2580
 2581 DLPKPASSVN TMPPITQTQT VSPRSYTAPP SIGRSISPVP TYVPATCSLA PTPVSPSVIV2640
 2641 VSSISPIGEG ASSPTPETPT GQAVSSTKSE TTLRQGVPQK PYSFLDEKAR GRFGVIRDCR2700
 2701 ENATGKMFIA KIIPYDQQTK QTIIKEYEIL KSLRCERIMA LHEAYITPRY LVLITEYCSG2760
 2761 KEILQNLIDR FCYSEDDVVG FIVQILQGLE YLHNCKILHL DIKPDNIMVT NLNVIKIIDF2820
 2821 GSAQRFNPLS LQQCSRYLGT LEYMAPEMLK GDLVGPPADI WSLGVLSYIM LSGRHPFEDK2880
 2881 DPQLTEAKIH EAKFDSTKLY PKVSQSASTF LKKILNSYPW CRPTIKDCLN HSWLHDSYLK2940
 2941 KLRRQTLTFT TTRLKEFMGE HQRRCAESAT KHKVILRVYQ GGPSSPASPT KYTTQ

    Protein Complex Data

    No complex found for this protein.

    Mass Spectrometry Data

    No mass spectrometry results found for this protein.

    Yeast Two-Hybrid Data

    The following interactions contain this protein:

    NOT SHOWING SINGLE HITS. [ Show Single Hits ]

    [View our yeast two-hybrid interpretation guidelines.]

    No yeast two-hybrid interactions found for this protein.

    Microscopy / Localization Data

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    No microscopy data found in the PDR for this protein.

    Protein Structure Data



    Philius Transmembrane Prediction:

    Protein predicted to be: GLOBULAR (No transmembrane regions or signal peptide)
    Confidence of classification: 0.96

    Source: Reynolds et al. (2008)

    YRC Informatics Platform - Version 3.0
    Created and Maintained by: Michael Riffle