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Protein Overview: gi|68404433

General Information:
Name(s) found: gi|68404433 [NCBI NR]
Description(s) found:
Found 2 descriptions.
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  • gi|68404433|ref|XP_694901.1| PREDICTED: similar to cubilin, partial [Danio rerio] [NCBI NR]
    • Organism: Danio rerio
    Length: 3260 amino acids

    Gene Ontology:
    Cellular Component: NONE FOUND
    Biological Process: NONE FOUND
    Molecular Function: NONE FOUND


    Sequence:
    Sequence:
    [PDR BLAST]
    [ProtParam] 
          1          11         21         31         41         51         
      |          |          |          |          |          |          
    1 CGGQLTNTYG DIKSPGYPGN YPPNRDCYWT VNVNPGLLIT FAFGTLSLEH HDNCNFDFLE  60
   61 IRDGLLPEDS LLGKYCSTAS PPPLQTTGPS AWIHFHSDFS ISDRGFHITY TTSPSDPGCG 120
  121 GVFTETEGII ISPNWPNNYA HNRQCIYIIR MPRSEQVALN FTHMDLEIHT GCLFDFVEVR 180
  181 DGTGETDPLI GKYCGNTLPA PILSTTNGLW IRFQSDSSVS RAGFRAMYEL ACGGTLSGTG 240
  241 QIRTPFHPDP YPHNKVCEWV INQPEGYVVT LNFLTFDVEG SSTCAFDHVE VRDGPSSSSP 300
  301 LIGRYCGVEM PPMLESTQKS MFIQFKTDAS VSNHGFTAEF GSAEQGLDPN RKLISCHVFP 360
  361 FAGCGETLTE PTGSFTSPGH PTEYPHGANC TWYISVPPGH LIRLSFSYFN MEFHTNCAYD 420
  421 YVDVYDNGTA LTGTLLGRFC GRSVPPSLTS TDSLMTVLLV SDSSLSAEGF SADYISINAT 480
  481 TDCSKVFRTS TGELSSPNYP DNYPTNRECV YRIIVEVNMQ IMLNFTDFQL EGFSSCGFDY 540
  541 LEIRDGGYET SPLIGQYCGT NAPPIIVSHS NRLWMKFRSD HSLTYRGFQA HWDGTQTGCG 600
  601 GTLTTSSGGF TSPNYPLPYP ANAECYWHIK TSAGSRIQLS FGDFHLEDTV DCYFDYLMVY 660
  661 DGNNSNAHQL AKLCGNQIPA PISSSRENMY VKLRTDSIIH TGGFLANYHS TCNGMLIANR 720
  721 SRGMIESLNY PNDYPSHADC SWTIQAYMGN TINYTFIAFE VEQSDGCGYD HVKLYDGPND 780
  781 QANLIGTFCG NVPPPAGTTS GTSLHIVFRS DMSISYRGFQ MDWYQNGCGG ELFGPVGTFN 840
  841 SPGYPGQYPM NRECVWHIHT SPGSSISITI LEFDVEYHPD CNYDKLEVYG GPDLSAPRLA 900
  901 QLCTTRPPSN PLQVSSTGNA VTVRFTSDAV VSGRGFNATW VEVPGGCGGS VTAPSGEIHS 960
  961 PQYPSNYPDN ADCSWVITVD AGHRVFFNFT DLDIENQFSC SYDYVAIHDG PHEHSPLLAQ1020
 1021 VCGTSRPPPV TSSTNVIYVC FRSDHSLNHR GFSAQFSEAC GSFIVTDDVG GEIASPRYPY1080
 1081 PYPPNQDCSW IIRAQEPFNH VTLSFTDFEL EMLNSNCTHD SVEILDGDNV QAPSVGRYCG1140
 1141 SNLPHPVTSL SNAMVVKFVS DHAVGRKGFR ATYMASTSGC GGLLNMESGA FNSPNYPDVY1200
 1201 PPNVECVWTL TSSPGNRIQL SFIMFQLQPS SDCSNDYLEI REGHSTGALV GRFCGDSLPT1260
 1261 NYTSITGHIL WIKFISDSSI SGAGFRAVFS HLYGNDITGS TGLIASPLYP RTYPNNADYR1320
 1321 WTVTVDSDSH IQIQFLDIDI EDLFNCLYDK LKIYDGPSTN SFLLGEFCGL TLPNPVRSSG1380
 1381 SAITLEFQSD TVIGGKGFLI EWTAVQGSGP LPTIEPGACG GTLVTGDTPQ FLFSPGWPEL1440
 1441 YQHNLDCSWV IRSPSSIVEF NLLSLDMEDE VSCLHDSLDI RDGETNASPL IAKVCGRQLP1500
 1501 GSLHSTGDAM LLRFTSDGSI NGRGFNATFS RGCGGFLHTD RGVLSSPQYP QNYKPNLNCN1560
 1561 WQVMVTPGFR VSVTFQSPFQ VQGYGNQCST GDYLELRNGP DGNSPTLSGR LCGSNVPSTF1620
 1621 QTTDNSLYAH FVSDGSNEGN GFKLLFEAHS SACGGLIELN DGDPPGYITS PDYPSNYPQN1680
 1681 IDCVWIITVP NGEAVQLDFE GDFYIEPHSG CLFDYIEIRD GPTSDADLIG RLCGNTRPST1740
 1741 QHSSGTTMYL RFRTDASVTH IGFKAKYSIA VCGGTYIGQN GVIRSPGFPG SNYPDNSNCE1800
 1801 WYLEGPTGHY LTLTYTAFDL QSSANCNSDY VEIREYNASG RLLGKHCGNN LPAPMDTGDS1860
 1861 FAYVKFVSDA SANAGGFSLS FEASIEECGG DLNAPFGTIS SPNYPNLYPH SRICRWSITV1920
 1921 PQGRRVTLTI NDLRLEDQST CAFDFVEILN GLTPSAPRLD RLCGTVPAGT QVKSSGNTMT1980
 1981 VIFSTDSSVS NGGFTADYSS EESAVCGGIL NEPGNFTSPD FGNGNYSNNL NCEWLIQNPH2040
 2041 HTNSSIVVII DELHLEHHQT CEWDYLEFRL GDHNGELLTR LCGQTPPSIP IVVSTPSLWV2100
 2101 HFLSDEAVGD LGFKATYYFS ECGGTQSGDG GVISSPGYPN VYPSPSRCTW LLEAPVGHTV2160
 2161 VLTFTYFEVE EHSQCVWDSV TIFNGASSGS PIIGQYCGHN SPGTIRSGSN KLVVVFLADH2220
 2221 TVSKGGFAAT WSTDSTGCGG IIHADTGTIK SPNYPQNFPT NIECSWTIIA HDGNHLEMGF2280
 2281 ASDFQIPDSS GQCQNSYIKM WSDNIQNDEN LLATGCGTTA PAAIIAPRNV ITARFQSSDT2340
 2341 PGKGFSAAFY TTCGANFTAS SGRVVSPNYP DHYPANSNCN YIINAGEQFV VVLTFRTFQI2400
 2401 EAHSTCVYDG VKIYSGTTAS SSPLATLCGN TIPGIFTTFG PMLINFYSDS IIHDNGFLAE2460
 2461 YTTIPCGGVF NGTAGTIGSP SHSISNYHHN INCTYHIYVR NNRVINLKFN SFNLEASSTC2520
 2521 NFDYVAVYDG ESTLAPLMGK FCGHELPPNL RSSTNHMFLQ FVTDSSVAAE GWRATYSETL2580
 2581 GPQQGCGGFL SSPSGMFGSP DIDMNGQYEP HMDCMWTIAV EVNKAINLTF ISFELEGSTG2640
 2641 TLCRYDHVTI YDGDSANFPL VGTFCGDVIP APFISASNFL TVHFISDGTV SRRGFNATYS2700
 2701 TVNSLCGGAF NATATSQTIT SPLYPNAYPP FTSCRWVLDA PSQEGVKVSV QQFHLDTSQS2760
 2761 CTSNFLEFKD FPVGDYGQAH KFCSADSHVP DFYSYGRTMH ITFKSEAFMT GNGFSLSYQV2820
 2821 AGCSRVYEQE YGYLKSPGWP DLYPHNLECS IVLQAPQNSF ISLFFTSFDV ETHPSCNFDY2880
 2881 LEVRNGSTAT SPLLGKHCGN TLPNPVFPGS NELFIFFKSD FTTTRNGFEI TWTSSPQGCG2940
 2941 GVLYGDHGSF TSPNYPGTYA NGSSCEWSIR APSGRVVTVT FNQISIDDPG DCQNNYLKLF3000
 3001 DGPDANSPAV GPYCGLKMSK SLKKIVEESR DKNLPEVDMC DRGISNLLDI PGLFSLSSIT3060
 3061 QLVLSHNKLS AVPPNIADLK NLEVLNMFNN QIEELPTQIS SLQKLKHLNL GMNRLSTLPR3120
 3121 GFGSLPALEV LDLTYNNLNE SSLPGNFFYL TTLRALYLSD NDFEILPPDI GKLAKLQILS3180
 3181 LRDNDLISLP REIGDLTQLK ELHIQGNRLT VLPPELGNLD LTGPKQVFKA ENNSWVTPIA3240
 3241 DQFQLGISHV FEYIRSETYK

    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: 0.93

    Source: Reynolds et al. (2008)

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