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Protein Overview: LVSB_DICDI

General Information:
Name(s) found: LVSB_DICDI [Swiss-Prot]
Description(s) found:
Found 5 descriptions.
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  • BEACH domain-containing protein lvsB OS=Dictyostelium discoideum GN=lvsB PE=3 SV=1 [Swiss-Prot]
    • Organism: Dictyostelium discoideum
    Length: 4118 amino acids

    Gene Ontology:
    Cellular Component: phagocytic vesicle [IDA]
    lysosome [IDA]
    Biological Process: lysosome organization [IMP]
    lysosomal transport [IMP]
    phagolysosome assembly [IMP]
    response to osmotic stress [IMP]
    [NOT]phagocytosis [IMP]
    [NOT]pinocytosis [IMP]
    culmination involved in sorocarp development [IMP]
    cellular response to starvation [IMP]
    exocytosis [IMP]
    Molecular Function: molecular_function [ND]


    Sequence:
    Sequence:
    [PDR BLAST]
    [ProtParam] 
          1          11         21         31         41         51         
      |          |          |          |          |          |          
    1 MNRNFNNINN NNNNNNNYHG YQYHQQQQQQ NQQQQQQQYN NNVIKYLWNT YTQTVVYQDS  60
   61 LFNLVEFLQF FTLNYYNDTI GDLLFLSNGT LTDITRHLSK HLIEEIGYSC TLLNQQQQTQ 120
  121 QTQTQTQSKQ QTIPQLSLNN SIPTSFTTTA SSTNTTPNAG LKLAEYEIYQ YLIGYSTAGE 180
  181 GPLVLAALDI LSRQSPNGIP LSFLNFLITI LLRILSLPPE LLYNNNNNDN NNNINNFSGN 240
  241 NNNNFNNNNH YFNNNHNNHN HHYQHHQLKE KKKNVNKQHF KPIESFFYLQ PLPSSLSDMF 300
  301 RDDDYASLSS SYGGGGNLTP LSLSSNHAFS PPLSSLKNSS SNTFTKPSSS TTTTTTTTTQ 360
  361 TPTPNSNTDS KQNKDNNNSK NNNKEVSSVV LLGYQILKIV ENLVKDKLFL YELVTSDCFS 420
  421 QLLNIFYKLP ILSTTASSLP PNSSFSIIYQ QLSQIFAQIM SKSCLSSDTI VLIHNFKLIK 480
  481 NLLNIMDKLK EKDEYNMNLI IELNKIILFS IKSSTSITKL LHDDFTKANG YSILLNSMIF 540
  541 ISDYGTLKNK IDYIQTTTNL LFIGHRSSYL DKANTKMFEI YLNVFSISTS EETKTELLKC 600
  601 IKGVFYTSLI EESSSSSSLI ISSSDNNNNN NNNSDGVNDD KNNNNNNRDN IIFEDVIDMD 660
  661 GNDSYLIFHQ FQPFTILFSQ FDTLNINNRR MILDMMDVLL TKNRISLNEL KEYCNLFKSE 720
  721 LPSTVLLVSQ HLTELLTKGK VSCDVLGRDL SLTQKLLEFL VNDPTTLRFS SILLQNETEL 780
  781 QLCFSILSTN NNNNNSSSKY YSNNIQQQQQ QQQQQQQQQK KRHVSRYLVL YMIVTEILSL 840
  841 LLELLVPPSI QTIFIQECQG LKLLYPMLLD EYLIQPALKV IASIAIGGLQ LESRIIPDLI 900
  901 MELQNNGGGA TNLDSKVLTM RKNIFSSMCY IFHNNPNSKN SFRNFQGFTW SLSILDGISR 960
  961 YLISIDNNNN NSSNNNSNDN LNDFKESLDH SCNGVLNSNN SSNNSNLNGG IGNEIKKSSF1020
 1021 NEIFYFLKVL IDMLSAAMKN NSINQEYFRK EIIIISRSLK QCKYMEGIHA ISLCDSLLNM1080
 1081 AITGSWPPSC ENHSLEEGSL FSLYSPITSF FPINTTLSKN FDISFILKFE KKEQMEQQLK1140
 1141 QQILLNSNNN INNGNGGSIS PSSIINNMNS PGGGSSSSND SLKSPTRRSR SYTNDFHLDK1200
 1201 SSRIPHPPDF NNNNDTMNYD YNFQDDYIES LNSKSSSSFS LDLASVTGDS EIVYYGGSTT1260
 1261 SRMIHSPGLP SSSLQALSSN STKLPEKSSL QLAQERYICC QSCRDTLTLE MPEIFKLIIE1320
 1321 LMSSDDDISQ TEIKSSCYII RELIFLTNCS LANQKRLSSL LIDIITHFKP LLLSIILYQK1380
 1381 QQQQQQQQQQ QSNSNSNSNS TIILKKKINN ETSTKLKPLL LDLIQTLAGH NLTLIEFRKY1440
 1441 FELLKVKDSN NQFIYPIDLL NLLLKISSNR DNIPLYYAEL SKHGLEYIDF PSWGERTWPP1500
 1501 TKGFGISFWF RYSLPCLNIN KSPIYLLSIE GSIGNSSTKS CECQLILENG KLVYKIYHFS1560
 1561 GICETYHFSD HKFEPDQFYH ISISHSSLLS TTTTTATTAN TTTNSTTAST TTTTTNSTTA1620
 1621 VSSTTNSIST TAAVAAITTS DGNSGISREN SLGGRDSIGS NSSSSSSSSN SGVSSGSSTN1680
 1681 LNKKSPVKLY VNGCLRGQIL ANYPKSNSMT LYIRFGGVNA ASSVISNNQD VQSFNVNNSW1740
 1741 NLGNAYFFEE VPLDKEIFYL YLLGPNHFRG LKVDLSAVDS IQPSLDKVSN LHPFLIDHLL1800
 1801 NPTVQPLLSL HEKIMYIFTA KCLYVTTHRI TNKTESVTHA SALPQLSTIL FQQQQLQQQQ1860
 1861 LQQQITNSTT SILNELNLSN SINLIRRGSE NSLITSSSSS SLSLSLSSNT NNNNNNNTRS1920
 1921 SLERSISGNF LQSPSSSNNN LRERSINNNN NNNNNSNNNN NNNSISSSTS SLSSSVISLV1980
 1981 AGAMAVPSPP SPNKLGSGIN GSSILNASLT TLSISTNNNS NNSNNSNSNN NNNNNNTNYN2040
 2041 SNSLNNSLNH QALSLLHTGL PIALPRGVIS QIGVKDAIMN SGGVSVIIYL IAMAEDKEYQ2100
 2101 RSGLKLLQSI IHNSQLNLKD MKEISGYQLV SFLIRKKNWV LDDQLLSILF SFVGIQSTRT2160
 2161 SIHYVDGVVQ DVLALKHFLL ERSIWRRASL IDQKKLFESL EKLVNVLHEN HEFNIIKFRQ2220
 2221 AGAYETILKM CREDDLPLEL LSTLTKILRS ITTNKSNKLK DDLQLILSWL LETMPKQQIF2280
 2281 KKYNSFNGLN STNNSNNNNN NPISLFRKGR KTLLQVQFDN HQLYLQQQQQ QNLIPQVNSN2340
 2341 NNNEESNNGI EGIIRINILN LLLDILSKTE LSVVEDFHSI CSLETIFGLL TCESMVSRVM2400
 2401 FLKIIDIFLH SQMIFGHFQK MKGFHLLGHQ LLPFETSEKI FGVLFCILFG KPSNSDILEG2460
 2461 LSMRMYFLSH LSDAEMKYPG AIVTILIILC NSNSTTQHNV IKMIHNIFLQ NDQFKQSLLD2520
 2521 NELIPRLVDI LSSNYQRRGS SSSSTNSTTN NNNNNSSTTT TSNNNNNNNE NNNEDDWVAE2580
 2581 ESILSLLKEI ALYGAKSQDG SAALLRDILV VLHLNTRMDY DYICCLQRRV LFDVISFFND2640
 2641 NIHSFSSIDS LVSSFEKLCV LTIHTLSYQE KLLLTNGTGT GGGTGGSGGG LLTKKSFRSN2700
 2701 LFSPSRSKEK EKEKEKEKEK EKEKEKERER ERETTNVTSD SDNILSANDI FYGDQSNEES2760
 2761 STTDSDSTSD NNNNNNRNSY SGRNIRGNGI NNNNNKNKFI PIWIKEGNLL DQEEFIRSLL2820
 2821 KVLSKSKIPQ SNTTYRNLFS TQYSARSLLC KFIFILLTFD EFKDYYLMVL QELSNMVPSL2880
 2881 SNTPISSSPI ISPINNNNNY YNTNSNTNSN SSTPSLFSIT SNNNNNNNNN NNNNNNNNNN2940
 2941 NNTNSTNQTI TDTTLSPASS NVSISNQSTP ISNNNNNNNS SGGGSGGSNI NIPPTINISD3000
 3001 SNSNSNEQQG ISSVLSEIIM EEDFILVLLH ITHKFLQSGN DYEIQRNSFR LWVSIIQHCS3060
 3061 QVDYVKKAFD TTTTSLAVLS SSQEIRDLLI RYQQIYVENE FKKWEEKFNQ SKKEWKLQYF3120
 3121 ETQKNKQSMI TKNQDITKST KKLSDSLIQL KSEYEKSNYQ YLIENRESKR FFQSQWKLLI3180
 3181 KKVTHEKAIW SPNYEISNSS STNITTTTTT TTTAKKWKLD PTEGLNRMRM RLKVISDNTS3240
 3241 NSHIPLIPDL STPSTPPSPQ NTKDQLLFNF NNYNNNNNNN NNNGLNAPPL HGSLDYSSFD3300
 3301 NLKLGEKVNE VFKCSCISPF YQRDGELLIG DQNVYFLDEL LTSADRKKTT ASTVGGSNNN3360
 3361 NNNNNNNNNN NNNNNNNSND TTSSINSTTA TNTNTTNTTT TNTTTTTTTT NGLSNIVKPP3420
 3421 QRGKHITWSY DDIIEIHKRR HVLKNNAIEI FLGSGVPHKT YLFAFNKPSD RDIVYDLIMS3480
 3481 KPLPNRVDYA AEVHGNILKM SITKKWQSGL ISNFEYLMHL NTLAGRSFND LTQYPIFPFI3540
 3541 LRDYESEVLD LENPNTFRDF TKPMGAQDPK RLEKFIEKYN DLLEMNEKPY HYGSHYSNIG3600
 3601 SVLHFLVRLQ PFTSYFIDFQ GGRFDVPDRA FHSIAQSWNL SSSISNSDVK ELIPEFFYLS3660
 3661 DFLVNSNKFF MGIKQNGVKV DDVILPPWAH NDPRLFIKKH NEALECKYVS ENLHHWIDLL3720
 3721 FGYKQQGEAA VKAHNMFFPL TYEGAVDIDS IEDQLNRDAA VAQIHSYGQT PKQIFTKPHP3780
 3781 KKNWSKTIRL TQDSIFTKPE RLTSYIMFQY RSPIGSITIA NDSSPIHLTP QRILFFPDNN3840
 3841 KSISWGHWDQ NLRVNSIDTG KVLSIIEVLN DDIICGDITK NGRLFVTGGT AGTVKVWKRC3900
 3901 NNDGTIMTRK ERGDNLSLWS TLYGHTNSIL CVTVSQEYSI IVSGSKDSNC IIWDLNRLTY3960
 3961 INSLQHDHPV TCVQVSPTFG YIATFETNIY NKQNNNSGGG GSKNDNSING SGCLRLWSIN4020
 4021 GTLLAKQNFV NDRVNCMIFT STIQGVNTNL LITGMESGTI ILWNAWNLQK IRTLVSKSTI4080
 4081 TALAVSKDNT QLISGDINGL IECLSSRSFD GYSSIVLG

    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: 0.61

    Source: Reynolds et al. (2008)

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