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Protein Overview: CG15828-PA

General Information:
Name(s) found: CG15828-PA / FBpp0079440 [FlyBase]
Description(s) found:
Found 12 descriptions.
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  • This gene is referred to in FlyBase by the symbol Dmel\CG15828 (CG15828, FBgn0032136). It is a protein_coding_gene from Drosophila melanogaster. Its sequence location is 2L:9641350..9656029. It has the cytological map location 30C2. Based on sequence similarity, it is predicted to have molecular function</span>: lipid binding. An electronic pipeline based on InterPro domains suggests that it is involved in the biological process</span>: lipid transport. One allele is reported. No phenotypic data is available. It has 2 annotated transcripts and 2 annotated polypeptides. [FlyBase]
    • Organism: Drosophila melanogaster
    Length: 4345 amino acids

    Gene Ontology:
    Cellular Component: extracellular space [ISS]
    Biological Process: lipid transport [IEA]
    Molecular Function: lipid transporter activity [IEA]
    lipid binding [ISS]


    Sequence:
    Sequence:
    [PDR BLAST]
    [ProtParam] 
          1          11         21         31         41         51         
      |          |          |          |          |          |          
    1 MALDGMCAAS KEIAPIPKQN ALEFPHVTWS NLIRRILDSQ GEAHNGWIEA TGGYLAASAY  60
   61 RTHSGNPLKD PRICGRPQCD SKSAKFNYGE QLYKYQYTVA VRTEFAGSGD NSSDLLLKSD 120
  121 LEIFFPKPCE GYLRINDAKL YDTLDELNDN ESDSSEKTKE YDYYDNLANE ESESQNYDNM 180
  181 HPKSSDFNVD LTKNLLRFAF HDGLISEVCP QEQETPWVLN IKKGILSAFQ NTMMRFDVDA 240
  241 NTTETDVSGQ CQVQYALEDT DSSYVTIRKT KDINSCRQRY ATHSVLQTTP YTFRDDKTIW 300
  301 PILKSQSHCN LTIDNNVYKE IKCLETHLLV PFSNASSGAL TTSTSRLKLD GVESYSAGEF 360
  361 LEQNPELVER RATLVFDHTP AVKPSHDEIK AARELLVEMC RVGFPNIQRE FIDVFTNFLQ 420
  421 TSKSLDYKTL SVLLQRSAST CEQGRNHLLE SLPFIGSTAS YKVMQTLETF HSILEYAKNR 480
  481 LDAEYTLGAT AVVHSFCKHH EACEENLRVQ QIINLLETEF LNLYNLFKGE RRTRERMVIL 540
  541 LKGLGNIGVV SSAFAEQLQW IIREDEAPVD IRLHGILAFR RVDCARHRSY FLDNYGNYTL 600
  601 NSELRIYSYL QAMRCPDYIS VGVIKSILEH EEINQVGSFV WSHLTNLAKS NSPVRIEAQG 660
  661 LLLNDELSER FKMDIRKFSR NYEHSLFFDE YNFGTTTDAN VIFGTDSYLP RIASVNFTAD 720
  721 LFGQSVNFFE FTARAEGLEE LAANAFGPKG PLSGQLLRKK LSFLNRWLGN ESAEEDDTLE 780
  781 NLLSLDNLRL KRKAQEQARA SEEEVDEDYD FEESLEGNKR QKRDVSTTRK QEIDRNVDSL 840
  841 GYKLKYDYNN PRAQFGLRVF GNDLRYFNVE SLVEVMALAA KFNPFQQAKN VLSGKEFTYT 900
  901 KSRVFLDASY TVPLAVGLPL AIHAFGASSI DLRVSGNLDE MDPPTDWHFD VEGQFKPSVS 960
  961 VDVITTMQTD MFWEQSGIKV KSNLYSNSEL VAKLKVRGRN LVSFSFDLPR DKNEIFSVRS1020
 1021 ELLVQKREEQ LPQAGIANRS ANSTCTWPVL DQAIGLQMCS HYSVPDLSNA TEIYPSLLLA1080
 1081 GPLNFSLILK KSDLSAKKYV FEYKWDQQEE DNNFSLVFTT PGSKVPRVLV ANVTKVPDAF1140
 1141 NASVAFVNGP NRVSAGCSYD GNPDFRRLDI YLDTNGNRSL DLGMELRRHQ DFTAWIYNPR1200
 1201 MLLAINGVNI TGLAGTVKVN EKNGIKQHDV DLSFETKKLQ AVIKGNVVQS EITTSTNMTI1260
 1261 KYRFQANKIE EINFAGKLVN NGDKSKTEYR GNMKLQTSAY PKLNFASEST WLSLQGHTEG1320
 1321 MITYNNAPDY VNPNYTSLVR LIFARSHSED SFLDGTQTRA SLELKLPRSK IDYRILVKHK1380
 1381 EHIKNGTEHN VIVGLKYTPE KEITGLFSVH LPRRNLFAID AYMNVTVPEF NSCTASLKVN1440
 1441 EKATKDYIIF INGSWFTGHS VAVKANYKDR SSRVQALHHL KMIVESPSFN ITSLNIIYRR1500
 1501 KQLLIFYDIQ AKYDQDPYGL TIQYASNAHN RNTNAEVRLK VKERDYWINA KLLSEQPKLL1560
 1561 QLEIHMDKIR DVHIQVGLLN VDKRKELSLE LKWDANRDPS QRLGLLAEYN SPGTKHYDGN1620
 1621 LMITYPERTI HFGFNSFTGG PKYFGKVHAS WSINEVIEFE YEAGILPGHT LHNWVKAELR1680
 1681 TPFDGWRVNS LDAGIYSLKN LILVNSTLFW ADDQKLQVGY KSDYDVNDQL MSFDVRFGIN1740
 1741 STIRDIPTIN VKVKHWMDVK KVDTELYLGY SGQNDTFNTY SMDSSWEIEK NQRYNNYSGL1800
 1801 VHLVSPFKGY EKGGLVAHFS LSDQRVVSGA ASLNFDLREF TLTMNGYVKK FTDNMLTVNI1860
 1861 TTPLEKFGTI NARFGLNEKK RHAVAEVRAP TAALGVEVLA DIKNLLNFDV KLSVATPIES1920
 1921 FQQAAIFALF NPERVDMRGL WNNVTLGFTG VWHMQNITDF EYSYHVFTPL AGFEENGFIV1980
 1981 QLLKRKEFVF QLHGKMSNYK LGVKINGEPK SDLVNQLGSN KMELEMLYDA DFKPLNAETD2040
 2041 YKPDADEEYF SYFTNFQVDT LVWPTIVGNV DIQEIIDFYL VVGHVELPQG KVEFKDRLHY2100
 2101 PDYINVHNLL TVTTPFAVAK NIKSIVEYHV DLNFNAFYER VKFIVNDDKD NTQELGFVFN2160
 2161 YTALQDNVKP KAHDVQVTLL TPYEMLHEIY VHGHIELDDN AYKGNISAVT AHTHLSMAAS2220
 2221 IENEDNFLET SVGIQLETDA IPHYGCQVYF KKDFSAVDKA IDIRFEVTDN GTLNQLHIST2280
 2281 DWHTDPSYIV NANGRIKTTM LPLQMASTSV LVIQGQNPHL NFDLNLLSQN GQSIAYGARA2340
 2341 NKKKDVFNIE VWTPMKNFRN ISMHGTAIRS PRDPGRYDVS GFLYRNMATY EVTGAVRMTN2400
 2401 SLPIDVVLRV QPKAGGRDGV IELNIHEAGP KKIRFSFSAI EDGKMCQMSG GYSVSKTNGA2460
 2461 MDFSVLVEST EPEIARINFY GNLSPNSEGS LVGDLSLETP WKALGIDTVH LHSDVGFLNK2520
 2521 GGHIVGEYKI GQYIGRGSCL WSWILAEDMQ LVLENYLERP NAKPRIVHAS AKYQNPGQTF2580
 2581 TQLQAGGRLS VDSKWNLDVN GSAEYKSVDD FKFRVITALP LPVGDRHQLS ASYQGNVISQ2640
 2641 QFNNPDFVLE ASYESFEAQN KLLSRISYKN ATNNLKGLGH VEWGKIQNLS VVEGDFELLH2700
 2701 KQGAQREFSA KIITPKFKNE HTFALTGSYD LEKSGHHNVV GSLDYPASRR ITDLDVSVSS2760
 2761 LSNMHGIFNS TLPTFLNVSW LKTDFNFTTN NGKSYRYCRC FWPQDTAYFK LNSNYDSDSS2820
 2821 NFNHNLNGNV EIEVPLATRH RADIVYGLQK RRNQDAGNVK VVYNEKQVLD GKYKRLEQAK2880
 2881 APIYKETTDI SLENEVKPLG IHFVSTRDAS DPAGSQDVKH IEIYELRNTQ NFNLTGELHS2940
 2941 RATLKAQDFK VVAIHPNRAV VLSTKYEDVS PEVVRHHSKL ELSETAWIGY NLELGNFSKV3000
 3001 GNESQSFALE IFYPKRNLSS SGQYYMTDTN FNSDLSFQWL GGNYDQQPKI IHSNLQWKAE3060
 3061 PLHRGDREHR TIALTVAHPL LEKDINCKAT YYRGLRDLLR THLTIDYSEY PDQLIELGAQ3120
 3121 LTDRYSELGH TNYTFHVYGK HIASELDVQL NGTLAAMNSY YKTESTAHYK RDIFPARYGK3180
 3181 FLALLDVNKR ELEYERQSPF HAVRLHLLPT IRYPIYGLNA TIWDTPDTNH SGYIYMDILE3240
 3241 RYARMDFNLT EDASQNLQMV GYIPDTRSAF LDIWRNYEEI RVIDVSSYLK MNHSRLITGR3300
 3301 FHWRPSIRQE VREKIQAVGK SVYSSFSEGI DFWIKSIYTE TTESMGVVWN TAKEYNRDFI3360
 3361 DDIGQLSVLE EDLADLRLFV NQSYEANDFY IKNVVNFTLT ILDELAIRDH IESLPKIFSE3420
 3421 LWQAMGDSGK ALRNSIVWLI ETIKTTYNNL LDAVARFFHG ESLVYISGLL EKGIAKYDSF3480
 3481 IKDLHIKFIK YIENLWHKTW TLAENHWKAV LKRFEPHLFK MISFIETTAW NLSKEVFDFI3540
 3541 YKRTNELAES PYFNKVSSFT ADAERLYRDF KANDAITNIK KYSTIAWNFV KEKYFKLVPF3600
 3601 GAELNEVLTE IWQEIKELEK IDQVQIMVQK YYEVMAKVDW VADELQLEHR LHQVYGLVRN3660
 3661 KFRNYAMNAL ETADMYREAK TKFVFDPEVG IIDLEQKLPM SWHAFNETPR FEEIPEYQVL3720
 3721 AKAQSFFSET NSSIVMKLYN MRTHLDPKTW LPPYYSRALL IDSRHYMTFD QRYVGLNLNF3780
 3781 DELGNGRSTS QCSYLLAHDF FKRNFTLLLE PASKSLAGQG LTRKLSFIAN GQLIEIDLET3840
 3841 DHISINGNPQ PILPLKLGDV NIHRDLDVLS ITSDTEFSLH CNVQFDLCWF EVSGWYFGRT3900
 3901 AGLLGTLNNE PYDEYTMSSG VISNETQLFT DSWSLKQCRQ NKLAQTQEVS QEVSDACTSF3960
 3961 FRTGILATCS AVLDPTPFYE MCMDLGMKSP PIRKGHPAVK GACAAALAYI EACTALKVPM4020
 4021 RVPSQCVFCQ LSNGSYVPEG TFMELSGPEI PKSSDVVFIV EAKECNANLK TSKNIMTVVS4080
 4081 SIEEQLQAAK ITNNRYAVVA FGGVSPYDKA RSVIYEHNEF TSKPEQLADY FGHINTGNGS4140
 4141 SNDILMAISA AAKLNFRPGV SKTFILLSCS KCAARDMRFD YTSILQYLLE EGVNLHILAD4200
 4201 TEFDFERNKK LRHFFGLDSK LVYSKRFPEG DAETRNTTHI PKSNLGICTT LAVETQGSVF4260
 4261 SARKLQPERK YPIKRFATIF AKRVALSATP IQSQTCECSA HNTGVSYMAC SPQALPEEKY4320
 4321 DLDDYDSFNN WDWGDEPESE TNVMS

    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

    New Feature: Upload Your Own Microscopy Data

    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