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Protein Overview: LVSD_DICDI

General Information:
Name(s) found: LVSD_DICDI [Swiss-Prot]
Description(s) found:
Found 4 descriptions.
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  • BEACH domain-containing protein lvsD OS=Dictyostelium discoideum GN=lvsD PE=4 SV=1 [Swiss-Prot]
    • Organism: Dictyostelium discoideum
    Length: 2806 amino acids

    Gene Ontology:
    Cellular Component: [NOT]contractile vacuole [IDA]
    cytosol [IDA]
    Biological Process: contractile vacuole organization [IGI]
    sorocarp development [IMP]
    Molecular Function: molecular_function [ND]


    Sequence:
    Sequence:
    [PDR BLAST]
    [ProtParam] 
          1          11         21         31         41         51         
      |          |          |          |          |          |          
    1 MLPSIDNEQI SLKTLQLIEI LGTEHITVKQ LRKLLKLFDR NYLLTNFKPN HYFLQNGLPN  60
   61 LMKSLDVMTF RKAPSSVFYM NGINSGLIVD PIGKISTSGY TISTWINIES FQHESEFIRS 120
  121 YEPRLFSFLN DGGSAGIEGY FENSKFVIRI NEKVKAIVNL NNNNNNNNNN NNNNNNNNNN 180
  181 NNNNNNNNNN NNNNNNNNSS SNSDFPTNKW CHLLVTQSPK KWGLYPGNTT LNIYLDGKLV 240
  241 HTQQIKYPST SKNLNICSIG TVPSGSVPSN NSGFTYISSP SSPFSLSSSS SGGNNQSECC 300
  301 LKCQMGSFSM LSTFYDNSDV QDLFRKGSNY ILKKQKNVQF TFSPKSFYGG VCHGLGNREL 360
  361 DNSINAFSIG DLKIFSTFSI KDSIYLIGGP QIIFPLLQAI EDQFKFITPI TLSPNLLSSS 420
  421 SSSSSSILSI DPNNNNNNNN NNNNNIQQPQ QQQLQLNEEE TINTNNNIKL TSSQSTDNIV 480
  481 VFNGSQEDIN QLSKLINYPR ISSILRFITH LLINDKYNQK ELIGSNGLSL LGYLISNIFS 540
  541 NSDSNPSHPY NFKTLEREEF DLIFDALDQL TDFSLVDKNP LLKLNIYKEI IFNFNIWVHI 600
  601 KKEYQIQLFN LIIFKVSQNP QYFRENIKVR YLLDCIKYFY HINENTIIST NNNNNNNNIG 660
  661 ESSGANNNNN NNNNNTNNVG NCRLNCHLSN QDLKEIISYI FDIIKIIIKP ILNEKEVPEI 720
  721 QEIIKFIQDS ECNSTVIKES LMILLSNLFL PVNNNNNSNN NNNNNNSNSN NNNINIGGDE 780
  781 KFQNYDTIKG FLNSFESSGD IKSLLGLLKH NNEQVQVLVI KIIGKYMGGS EGLSMASSGN 840
  841 VRRSLKLKNT LTDVLYFITD QLMEFEMTEL MYRGLSEIVV DEITPSIADT PNSPLLELLG 900
  901 SETLLADSIS SVNIMGGSNN NNNNNNNNSN NNKDKIDSNN KDKDSKEKRI INIAALETIC 960
  961 RLAIRAPLAL QQKILNEILL CIKHLPQMRA GILDSENWQH WLLSLWPQPR SNTSSPPWSP1020
 1021 PISPLLTSTK SMSPSPPPPP PLSSSSYQQQ QQNIISDHRS QTKEQLSIRA YQSGIKEILT1080
 1081 GIMKVLLFDC INKKDGWKFI EETEAWIFSI LPNGVPLERR IFYECLLNLE RGLKSSNHDP1140
 1141 TTGGILLKNY VNLVSIIEDF VFSHTMNILA HRNTQSQWED FGVVAKLLDI FDISQSIQTI1200
 1201 RIQANVVKPT ASSSLNPFSS NHSNYQSPYG SMQFSPYIMT LANNSGTIDL PSIDVTSGSA1260
 1261 KAKSSIHTIY RLCLCIFQEA ESCFYGERES YHQSKHDHTN ENADDEERQF SIRVWGLPMI1320
 1321 SEDMDHIISK NSIRIQTILA SERDQKEQVK HVMWIVCSLI TIIRRHKTNN EDKIIINTQS1380
 1381 IIISLLKQLL KTYGDLIDNF INPPSNILSP IINSVVGGGN NNNNSGNNNS GNNINNNNNN1440
 1441 NNNNTNLNNN ENEKTSFSVH SISSLNEKTD LINHPEFLKY FNDKLLPKIT LLDKLHEIKD1500
 1501 HYENAHLQSA FTMTRRNKVL EAINSNYQKH QNVITYKINK LLTKSISTSQ KYEFQEIQRK1560
 1561 SDFQEYIQQY NQYIIDLWNT KFKQLTQQES SPWFQMEPNH NEKTIWRLYN ISNSNRVNIL1620
 1621 MKKDYDGTDH PEASLSNQKI LRQQQLRMEQ QQQLRLEQQQ QKLQQQQQQQ QQQQQSQQSL1680
 1681 QLPPSPSISN AGSSSSVVEQ LKNNPILRKV TKHTTSTDSL GNDTLVGFEI EEKDDDGNNI1740
 1741 ILDDEHESEW CLVDEKIMKP QKTPQNQHQQ QQAQQQHQQQ QQQHQFKRST SLSANQTLLN1800
 1801 TSSTSSLSSS SSPSSSFSNI QTVTNSGGGG TNIITTTTTT TTTSTLNNDR VNSNFNLFEQ1860
 1861 LNLLNPKKST LTSSSSSSPS SNNNNGNSNN NSNNNNNNNK NIKLEFSTQG EIIKPMSVIR1920
 1921 IKLQIFTDRL ILTSNLIQED DCIPPKYLKD REYEIKKIIG VQCRRYLLSP TALEFFFIDR1980
 1981 KSLLVNFPRG SICAQILKLI GNLYGSNDII FKINTNNVSF FDGTIGANNS TNNSNSNQPM2040
 2041 TPQQVVIKYL NPTARWKRRE ISNFEYLMTL NTIAGRTYND LNQYPVFPWI IGDNSSNTLN2100
 2101 INDQSIYRDL SKPIGALNPT RLELFMERWT QCPAEIPAFM YGTHYSSSGS VMFFLMRCEP2160
 2161 FTSHFIKLQS GHFDHADRMF DSIIDCWRNC LNSSSDVKEL TPEFFYLPEF LINRNRVEFG2220
 2221 VKQNGKALDN VSLPPWAQQS PYHFIMLNRM ALESEYVSMN LHHWIDLIFG YKQRGKEAVK2280
 2281 ANNVFYHLTY EGSVDIGAMN DPILREATRV QINNFGVTPS QLFPNQPHPQ RDPLPQRYSN2340
 2341 KLDIFKRLKP LQLISLPFSP LCIFVYCPTK SDYYSGGIGS SLISGVVGNS SSANSLLGDR2400
 2401 VLLIGEANND LQYYRYLEST STISTQTSTN LVSQSVQPLP SNANQPITLS SGLRSVIGKP2460
 2461 FCQIPSNSRV LLTSGKCDYT LHIVHGEGSK LVTGSINHKS PITCIVYDEY QCGRLGVGGV2520
 2521 LIEQKVIVTG SDDSTAIVWE YEQSQSDHHS IKPIHILRGH NFGITCIAIN KANDICLTAS2580
 2581 KDGKVNVHSL KKGTFFKSIQ HPNKLPIHSI ILENDSSTFF IYSNSILPIV QSDYNSSATT2640
 2641 TTTTRDDESS SSSLSSSNTT ISNNNVLYRY SINGDLIQSV QNDVQPIIVK MLITKSQNGI2700
 2701 RYLLTAGGYQ IVIREMLNLE IVHVFDIRDL SGFTNSNKIV DIYLWGGDES YQKPSTSVSG2760
 2761 DSNSNNNNNN NGNNTINNNL TLMVPLESCQ LLIYSFDEFG NLKSLD

    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