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Protein Overview: PTR1_SCHPO

General Information:
Name(s) found: PTR1_SCHPO [Swiss-Prot]
Description(s) found:
Found 2 descriptions.
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  • E3 ubiquitin-protein ligase ptr1 OS=Schizosaccharomyces pombe (strain 972 / ATCC 24843) GN=ptr1 PE=1 SV=1 [Swiss-Prot]
    • Organism: Schizosaccharomyces pombe 972h-
    Length: 3227 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 MRITKSPPKN QYSQPPPRVA EFIRQAQNEE VTSDLGLVSL CSEFRKNDWP YPRGDLYSWV  60
   61 PVLNRFDAIL ERIVEHYSLK DKVQTKPFDS DTLSILLEIL SFSAHLLSHC ANRSIYNSTV 120
  121 YLEYLLNSSV LEVIDSTLAL LLHIVQKATI SKRGKQLFSL SQDRLFRFLM FLPQDAMKTG 180
  181 FSQNYETLLF SNEIPQEWCS LELSYYKSSP SKDFSSASQP NSEGFSILKL PYNKVLGKPI 240
  241 EELLVKTLHD NQIPEQYSFD LLVSLMLRQN LYDINRRRLM IRIGLLALSN LVYAHSQAVQ 300
  301 TRFLIADPEI TTHLANLVSP DVDLPQNFKA VCFECFKAFF FKKSMIPSVL ASLNVSVSYG 360
  361 LMMNLVRDFS KNLENPNFYY EREYVDSFYD FLQFMTSSPL GGNMACSAGL TSLLGYHLSV 420
  421 KTPQATYVVA RSIVMLDHLI DGYSMAFPDF SESKGLDMLV DRVQYELEAG LQDIKSGKGN 480
  481 PEIVLNMDYA ISYDRYFLLK NLLKFVLHLI QSGGSVVELR NLIDSSLISS LAFLLEHHEV 540
  541 YGSNLFASTT NIMSTFIHNE PTCYGIIHEK KLSHAFLDAV NRKILNSSDA ITSIPLAFGA 600
  601 ICLNSQGFDL FLEKNPIPQL FSIFTSLNHC KSLISSDNAA ILGTYIDELM RHQPSLKDPI 660
  661 VKMIFKACDQ VSALLDNFNP FQYINAKEYP YLLYLETFSS FLENIITNEG HARYLISKGI 720
  721 VSHVLNLIQH PVLAFGFIDS SAFNSFFVLL HHAVDFDAPE VFRPLLDCII TRCEEGITEF 780
  781 TIVSLKQATI SLIKDSNMGH EDANNFLHFS IVGNLLTIFA ELFSSHAALK KAGNLPLVQL 840
  841 FISPSRYAGI FDILCNIKSI ATSLDIHICL GVSDDFVLCS DSLTTIVTDK DEKEKFETKK 900
  901 KELTQDSSFC KFQNIRSNFS QIAYGVSKFF TSLTRALGNT SVQDFNEYKM IHKLGSNIAL 960
  961 VVDELINLSS KQITSHPQSL SIASLEASLI FVLGASSIIR EDDSKVTLVL LISRLLGGCR1020
 1021 TMDVLISLNE TVSGFFRLSD RDPLSKSNRV LLALSSTLLN LILVFTSADF MSETSKTLNM1080
 1081 ALKSEFDMTD FNNSGSKLMH VLHARIFISV LHLWRSADDL HLPYITRALL TNVLSNCYQF1140
 1141 EDGIKNVVDS INNLRTSIAN GDIKEPLDVV TDDNTNSNFS LEETNASVTD MPESEKHENG1200
 1201 IFQAYLLKEM PNDIVSQFEM LKSKQIELTV QMASYEGDLN QNLCDFLYTR DDVQMNADVQ1260
 1261 FSVTSGLIVE IKKLAQSTDC KAKNQLGPAV GLLSLFISHD FTQNKAKNCV LSELNFFLEL1320
 1321 LHSLNNGLPS DSHKTSIVCI LYLLEVLLAD SKKPDEFEFN SEDCSLKLTD GAITVDLASQ1380
 1381 KHIMSSVITL LSLNSANLGV VVSAFRVVVL LTSASEMIHT FVKLSGLPSL FKAMRACSGF1440
 1441 CNESLHIPFI SILRRLLEFD EVVELMMFDD LVNIFKLQGR ARKTELHGFI RANAEMVLRS1500
 1501 PECFIKILKD CCVLGHFTPE SEHYYLELKE SLPGVLQNGQ TDLDPSKEQM SSVIVSFLLD1560
 1561 ELMDLTETRQ FSDRSPNSEF TPENDSLYMY NVFLLQCLTE LLSGYNACKR CFLNFQPRRK1620
 1621 APFFNLSRKY NSYLVGFFLE KLLPFGCIRL SENNEVRKAF SVSNWAISIL VFLCAYSNEQ1680
 1681 QTQAVDEIRR EVLTSVLKFY KSSSSFSENL EAYYCKLLVL AELCYRLCDA QTVSQKAPNH1740
 1741 LLRRSQDQNV KTMIDLGYIP TLTNAISEID MNYPVSRKVV RHILKPLQLL TKEAIFLSQT1800
 1801 NPEALSGAAQ DSMGDQSLSS SSEESSDSDR EEPPDLYRNS VLGIFQGDIV NENDENYEDS1860
 1861 EDDGVYEEME FEDDQSGSAD SVVSEDDADD VMYSDNDDMN IEFMVDEQDA SSQNDDSSFD1920
 1921 EASSHGDVIS IDEEDLDNQG EEFEWEDEDN ASSGYEDELD YNEDEVGEND STTFEAMENA1980
 1981 FTETSDNDDH LEEADHVSPV EIDFLENDEN SSSEQDDEFQ WEWNTETPSG ADILSRHGAL2040
 2041 LRDLFPLPGL SRRVMIINSN DPSRSRPFLN NNASEGLLKH PLLLRNNLIH TPKATELWEN2100
 2101 LAEIDNHTAS GAAFQRLLYY LALEIPNEDS SVLGWTSLKV SKHTDPLRAT SDFIPLFSMQ2160
 2161 RWNSITSMFF AHASGSIALR ITGSVLFALV PPALEKYNLE NQKKEILENE SKEEETRQPE2220
 2221 VNIQPEEPIN TSDMEGVTTE ANEIGSYQEP SLINIRGREV DVSSLGIDPT FLLALPEEMR2280
 2281 EEVVFQHIQE RHMESISDSS RRIDPSFLEV LPSDLRDELL FQEAVQMRLF DHATRNNNSV2340
 2341 DHEVEMEEID QGGTVSEHRE KSVKPVKKIP VPNLLDRQGL YSLIRLIFIS QHNGKNPYYD2400
 2401 LIVNISENKQ HRADIVGLLL YILQEASIND RASEKCYRDL TVKSLNNSQQ KEVKKSTGLL2460
 2461 ESLCKVPVVN GISAPALILQ QGIDLLSHLA TWADHFASFF LSMHDFSGIA SKKSAGRKNR2520
 2521 ESNVYKIAPI NVLLGLLARE ELFGNTLVMN TFSELLSTLT KPLLSFYKSE KLQKDSATTG2580
 2581 YTNDQDSRGS TVPKQDPGTT ASRKDKKILS PPNILDENLR LAASLITTDS CSSRTFQNAL2640
 2641 SVMFHLSSIP KAKILIGKEL LRHGQEYGNS ITNDLSRLCA DVKSGKNESE LQVALAPFCP2700
 2701 ASSNQAKLLR CLKALDYIFE RRPKGQEQSP GNIIQLLEFY DNLKFSSLWE VLSECLSALR2760
 2761 DHTSITHVST VLLPLIESLM VICRLVFIEL PEDVGKHISP ILERFKTLFI SFTEEHRKII2820
 2821 NMMVFTTPSL MSGSFSLLVK NPKVLEFENK RNYFNRQLHE EAAKEQYPPL NITVRRDHVF2880
 2881 LDSYRALHFK DADEVKFSKL NIHFRDEEGV DAGGVTREWL QVLARQMFNP DYALFLPVTG2940
 2941 DATTFHPNRD SSVNPDHLSF FKFTGRIIGK ALYDGRLLDC HFSRAVYKHM LHRSVSVKDI3000
 3001 ESLDPDYYKS LVWMLNNDIT DIITEEFAVE KDVFGEKTVV DLIPNGRNIP VTELNKQNYV3060
 3061 NRMVDYKLRE SVKDQLKSLL DGFSDIIPSH LIQIFNEQEL ELLISGLPEI DIDDWKNNTE3120
 3121 YHGYNVSSPQ VQWFWRAVRS FDEEERAKLL QFATGTSKVP LNGFKELEGM SGFQRFNIHK3180
 3181 SYGSLNRLPQ SHTCFNQLDL PEYDTYEQLR SMLLTAINEG SEGFGFA

    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:

    SHOWING SINGLE HITS. [ Hide 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: 0.39

    Source: Reynolds et al. (2008)

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