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Protein Overview: gi|49529160

General Information:
Name(s) found: gi|49529160 [NCBI NR]
Description(s) found:
Found 2 descriptions.
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  • gi|49529160|emb|CAG62826.1| unnamed protein product [Candida glabrata] [NCBI NR]
    • Organism: Candida glabrata
    Length: 4880 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 MSIQSADTVV FDLDKAFQRR DEFVKRNPNA TIDLFEFSKS NSAQISNLEG LTQFILARKY  60
   61 EASAYVYIYE ELFPEVVSRW IVSLQHCTDD EAIEILSQLA RIITIFPMST NLIDNCMSEF 120
  121 ADNFTKLLDS PAINMEKKSE ILLAYYRILY ENQQIFNKYI KMEILYKILA TQESSMEMKF 180
  181 LAVRVLCTLL NTNEKHILET TDLYIGNCNN IPGYYEGLSN VNYKFMELNE AHRFSEFFSL 240
  241 PKIGDESNPT SSNIITFGTD CFTDHIVSIC GILTPRIVTT KDTRDYDFDY VPTKQTVAVL 300
  301 KKLAKLIQKN EPMMLVGKAG TGKTFLINEL SKYMKTHDSV VKIHLGEQTD AKLLIGTYTS 360
  361 GEKPGTFTWK SGVLATAVKE GRWVLIEDID KAPTEVLSVI LSLLEKRELT IPSRGETLKA 420
  421 AKGFQLIATV QTSERNSTKD SEPVINMIGK SAWNIVSLEE PSDKDLEEIL SKKFSLLTRL 480
  481 IPQLIETYHN IHSIYQDPKF ISLNKGSHSR GISIRDLTKL CHRLTSIFTA NNIKDSDHLI 540
  541 ETSVFDDIFA ETADCFTAAV GEYRALEPLY HGIGRTLEIP ESRILVYLNS RVPSFENQDN 600
  601 FIKIGRSKLE KNSLNMQKKS VNSTNFATTN HSLRLMEQIA MSIQMNEPLL LVGETGTGKT 660
  661 TVVQQVSKLL HKTLNVINVS QQTESGDLLG GYKPVNSKSI AIPIQEEFEI LFASTFSMKK 720
  721 NERFYKMLHK FFNRGNWKNV VKLWNEAFKM ASTILQSHKD EENRDSQKKR RKLNSNEKSQ 780
  781 LFKKWQLFKD DVEKFEVQSS SLENSFVFNF VEGALVKAIK NGEWLLLDEI NLASADTLES 840
  841 ISDLLADPES RSILLADKGD MLPIKAHPDF RLFGCMNPAT DVGKKELPSG IRSRFTEIYV 900
  901 HSPDRDISDL LAIIDKYIGK YSVSDEWVGN DIAELYLETK KLSENNVIVD GSNQRPHFSI 960
  961 RTLTRTLLYV CDIVHVYGLR RALYDGFCMS FLTLLDQKSE DILRPLISKY TIGRLKNIKS1020
 1021 VLSQIPQSPG ENYIQFKHYW MKKGPGELKP QAHYIITPFV EKNMMNLVRA TLGSRFPVLI1080
 1081 QGPTSAGKTS MIKYLADITG HTFVRINNHE HTDLQEYLGT YVTDDTGKLS FKEGILVEAL1140
 1141 RKGYWIVLDE LNLAPTDVLE ALNRLLDDNR ELFIPETQEV VHPHPDFMLF ATQNPPGLYG1200
 1201 GRKFLSRAFR NRFLELHFDD IPQDELEIIL RERCQIAPTY AKKIVEVYRQ LAIERSANRL1260
 1261 FEQKNSFATL RDLFRWAMRD AVGYEELAAN GYMLLAERCR SNTEKLLVKK VLERVMKVKL1320
 1321 NMNKYYMNLE DTDILKDNSI VWTNALRKLV VLVSSAMKNK EPILLVGETG CGKTTVFQLL1380
 1381 SKYLRNNLII LNAHQNTETG DILGAQRPVR NRSGLQEEFK NLVLPILNIN NDEPNSYTVD1440
 1441 DLIRSYNKLD KSEVDHQLQT KIENSIKNMN ILFEWKDGPL VQAMKSGNFF LLDEISLADD1500
 1501 SVLERLNSVL EPERSLLLAE KGSSDALVTA SERFQFFATM NPGGDYGKKE LSPALRNRFT1560
 1561 EIWVPSMDNL ADITMIVEDR LQIKKQEFAN IICKFTEWFG KKFGGGDASS GVVSLRDILS1620
 1621 WVEFINESYD SINNHYAVLV HGASMVFIDA LGTNNTAHFA EDERLLKKLK FECIEYLSNI1680
 1681 TNEDLTSYIG QKVEVTVRDN KVCAGLFSIP IKDATKNSVT FNFSAPTTTV NTMKVIRAMQ1740
 1741 VHKPILLEGS PGVGKTSLIT ALANATGNNL TRINLSEQTD LVDLFGSDAP GENSGEFIWK1800
 1801 DAPFLRAMQL GEWVLLDEMN LASQSVLEGL NACLDHRGMA YIPELDRSFS CHPNFMVFAA1860
 1861 QNPQYQGGGR KGLPKSFVNR FSVVYVDMLD YHDLLKIANH LYPEIKEDIV EKMIRFISLM1920
 1921 EDELVHKKSF GAFGSPWEFN LRDTLRWLKL LRSSEISDDP LNYVDTIVTQ RFRADADKTY1980
 1981 VNQLIKSIFG KIPTRDKFYC VLPETLQVNS EIIERCSSYH HPSLKKIVPL QCNFDAYESL2040
 2041 IRCIKYNWPA IIVGPSKSGK TELINFIADV VGQKVDVFSM NSDVDSMDIL GGYEQVDLNR2100
 2101 KLSQIRTDIL SILADFIQQE ITKEIQDFQQ LMKMIRLYES INERTVLNEI SFQQEVLSVV2160
 2161 HLLDHNEKYN NLLLQASKIT NLIGKDMPVK FEWFDGMLIQ AIEKGHWLIL DNANLCSPSV2220
 2221 LDRLNSLLET ESTLLINECS NEDGSTRVLK PHPNFRLFLT VDPHYGELSR AMRNRGVEIY2280
 2281 LEALPDRTTT FDKNLIYESM DGSMPLQKFM PVHLSQLNSF AEIQYLLSNS SNISSNILAS2340
 2341 RITPFCRKTL ASWYENLAVT SNTTNLLQSN HLVQFIKLIE TNSLIIEDSQ QSSLINPLIN2400
 2401 VYLLPQIRKS YIKTSDEEVM FLFVAHRLLN KLITELNHIS NASTSLKMED MNYLELSAAI2460
 2461 YNGRYLKNRP NVPIFEILMQ IQNYLISSFG GNGYEKQQNF YKCHVELLLV LLSLIETCGK2520
 2521 KDEARLRVYK TEVQKWISNA TVEGFAIDSI LLAMDNFEDS LKLKRGKGMS ALWIKFRDSY2580
 2581 PRTSVGWSLW IVAEELSFKF DKIAKLQFSN NLEIISNLKQ TFFIVFDEIC RDNLDIAEDL2640
 2641 ISKLKTGIDE LEVISKSFLV QKRNYFENEF DDIIVYTAAL QANKPSTFFN ILALSSFSTL2700
 2701 NGYKLTREST SYPKFLSLLW SFDDNNLISK SGTLLTGKFA ETTLSKANNL HEIIGSQVDE2760
 2761 TIHDVKALLS ALLSTSYQIT SHSLEQTFKT LVDWIVAIIE AFTGSNVIYR SYNELLSELR2820
 2821 GLEAPVLEPL QNPYFLGQME AFIESKCSFA LASCWIYFGI TLIELFCPDT AFDPAIENYV2880
 2881 QYDLFRSHRD FLQAEKSGWA KFRMVTSGVT PIYNELLAQS IEEPSAPEKP LVYRTNEAVD2940
 2941 DLFDEWNAFL LSSLSQDHIN DLVQAGKLKH SISSRLDSLQ VNSSKFVERV KSGFKMFSDL3000
 3001 NDIFAGYIFA IKFGFDIMKQ KLLNDNLHQG TTRLWAVNPL LTVSEYSVKQ HFKNMFVMLQ3060
 3061 RASANNYDAD RTLLHFVRLF RYFKQSDELL DIFHESLHTL YARWSMRKMQ SEKKQEEQAK3120
 3121 TFKYTDESDD FEREFREMFP DYDDELNLSE DIKSQDEETV DLYHQLTIEY MNLFSSDEQL3180
 3181 SLNDVITEGT KISSLDNSLS AQLTSGIVTP ETLLSVANIL AQKINGFDKT ENKSFSIFKD3240
 3241 FSIPESKKAA RSILTLLGKV NELLNQWPEN ATLQDLFRTC HEFLSFTLDT TIARQLQKLE3300
 3301 QIYTILTEWE KYASSTVSLN DYITEIVNTL VSWRRMELRS WSELLLNEDK QAQRSISKWW3360
 3361 FYLYETIILP TESNMDGENE KQYKLLQALN VFFSESTIGE YDHRINLVIS FKEHLLNSFP3420
 3421 NKEQTINALT NIILYYKQFQ EKVQDVIKTT RKTLDKDMKD IILLASWKDV NIDALKQSSK3480
 3481 KSHNNLYKIV RKYRNVISGK VTDLITGGLQ FSKPKSLGPR NLNNLNLETL CVDLSSVTDV3540
 3541 DEPLKLHKNF RNIDTIVHNM KHFTNIVKQW DAPDFTQLSE EYLSEADRLR KETPSQYKKE3600
 3601 IKKHLAALKV QKRKLLSDGI KELRRIGLKS SYRIDIQKVQ SSSTLILANA PALVQLSDST3660
 3661 RDEWFYKLID LLPRLRSAIS EPNEEVPITS LEKGMAITEN LVFSLIVTRT PILELQENSK3720
 3721 VIEQKLLYIR KFMNSNFALK FNTQHKCIKN MSSDVSAILN LVNYSLETLS SVSQYNNKDN3780
 3781 DNINSCYQFL KTSKEKFMSL ENMISNALNY DISFSDVRNE FSSLILSSRT EVQKISTPNN3840
 3841 SMFIQPVHDY LLNVGSIELN DELTRNDESH FEAITSLASK LSDAVLVRFQ KVMSNNFDNL3900
 3901 SESDDKWLQL LSKKLLSSLK DMNSKNISKL VSELYEMIIS CDYSKGESIK LRKILKFVLP3960
 3961 FICGYVGLSE NLLEKTWSFY YQLSSGTYVF GTILYNLAKD GFCSPPPPSE ETYDENLHEG4020
 4021 TGLGDGEGAE NKSNDIDQDE DLTEDAQTSN QDQKDKDDRE DDDEDNAVDM EGDMAGELED4080
 4081 ISDQDNSDDS DNESDEEELD EEINDIDDDD ANAVDDKMWD EKVDDNLKEK ETDNQIENQN4140
 4141 NESEDVQAAE NEQQENGDEG SNKEPDSKEE NNEDQQNDSE NQNGDEQEQD LDNEESGEED4200
 4201 VGQQEDEVVN DEKEEQMFDA PEIETMELPE DMQLDSEEES KSDNEEEEDD MKDSGFESNA4260
 4261 EEMEVEEDIL DEKQNKDDME VDNLEEENIE EENNLSDANE ENDNQEGENN DEDNNDVDMQ4320
 4321 DEEQTLQEEP QTENGETGTN IDDEGAEGIE NYLDNNDETS EANAEQNAGA KGAGADTKDD4380
 4381 EDQENIGDSG MTNLEHQEQE KDSENHNDSS REKANEVLKE LGDSLKEYHN RRQEINNPSN4440
 4441 DENKENENKA NQRPDEFEHL DGANTETDTQ ALGGANQEEA NKIDDDLAIN DDLDEEEKID4500
 4501 SDIDTDDAAN LESHNEIKEE LEEDLNTDIQ KDTDSKSQGA FASTMKDLSI EDKEIYENDG4560
 4561 LFKREDYENE LDQLMDEIDK ETNLKAEIDK PQRDLTESRE LWRKSEIETV ELSARLGEQL4620
 4621 RLILEPTLAT KLRGDYKTGK RLNMKRIIPY IASQYRKDKI WLRRTKPSKR QYQIMLALDN4680
 4681 SKSMSESKSA QLAFNSLCLV SKTLSQLESG GLSIVRFGEY TKEVHSFDQN FSNDSGSKVF4740
 4741 QWFNFQEDKT DVKRLVGESI KIFERARAYS DNDQWQLEIV ISDGLCEDHD TVERLVRRAR4800
 4801 DKKIMLVFVI IDNLGQSNES IMDMSQVKYV PDSSGNLQLK ITKYLDTFPF EFYVVVHDIV4860
 4861 ELPEMLALIL RQYFSDLASQ

    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: 0.98

    Source: Reynolds et al. (2008)

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