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Protein Overview: gi|45201169, gi|...

General Information:
Name(s) found: gi|45201169 [NCBI NR]
gi|44985952 [NCBI NR]
Description(s) found:
Found 3 descriptions.
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  • gi|45201169|ref|NP_986739.1| AGR074Cp [Ashbya gossypii ATCC 10895] [NCBI NR]
  • gi|44985952|gb|AAS54563.1| AGR074Cp [Ashbya gossypii ATCC 10895] [NCBI NR]
    • Organism: Eremothecium gossypii
    Length: 4899 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 MVSTNCMSLQ LDACRERFAI YNRLNPQRPA PELFQFERGG DVKVQLSQMA RLALDIRYTV  60
   61 PYLYIYRPIF ADIVSRWLCE LEATEPVAVL DGLARCIRLC PEIGSLAHHF LSERGDFFCA 120
  121 LIQTHEQDRN NELQRTLLAY YRFIYYDREA FKAHIHPQVL HAVLGSSQPS VVKFLAMKIL 180
  181 ALYLEMSEST YIALQNKHIA AGEHLLSDYE GDSGVDYRFL ELNESKMFSN FSRLPTDTLE 240
  241 VNTATVTSEK DNENTLTIPA ELLSAHVIPV CKVLIAKVST HGPAHVLKTT MVPTAHSVEA 300
  301 MVQLARCVQH SQPVMLVGGT GSGKTFLVNE LERMLGVLMT MVKIHLGEQT DAKLLLGTYT 360
  361 SGERPGTFEW RSGVLTTAIK EGRWVLIEDI NKAPTEVLSV LLTLLEKREL SIPSRGQVIK 420
  421 AAAGFQLIST ITLEDDEKSH MGGKMPDLIG ISRWHQIKLS QPSDSELNSI LCEKYPLLRN 480
  481 MIPKFIATYN AVQAVYGSPQ FISLNKGVHP RVLSVRDLVK LCNRVHQIFV TNNITAHDQL 540
  541 IESSIYDYFF IEAVDCFASA VSEAAALQPL ITKIGESLEV STARIALYLT KHVPQFEDGD 600
  601 SIVRIGRAAV AKSKLALKKK TLNSTSFART NHALRLMEQI CVAVQLAEPL LLVGETGTGK 660
  661 TSVVQQVAKM LNKSLTVINI SQQTESGDLL GGYKPVNCKT IAIPILEEFE LLFAATFSMK 720
  721 KNEKFYQLLH KCFNNKHWKN FIRLLHEAVK MARVVLTKED KDASEKQRKK RKLNDQEQKL 780
  781 LLEKWESLED SVKSFEIQAN SLENSFVFNF VEGSLVKAVR NGDWLLLDEV NLASADTLES 840
  841 IADLLSEKNS RSILLSERGE TEAIKAHPDF RIFACMNPAT DVGKRDLPAG VRSRFSEIYV 900
  901 HSPDRDLTDL LSIIDRYIRR YGVSDEWVGN DVAQLYLEAK RLADSNKIVD GANQKPHFSI 960
  961 RTLTRTLLYV TDIVQIYGLR RSLYEGFCMS FLTLLDEKSE SILLPLIEQY TIGKLKNPKS1020
 1021 VISQIPPSPG PGYVKFKHYW MQSGAEPILE QPHYIITPFV EKNMLNLVRA TSGGKFPILV1080
 1081 QGPTSAGKTS MIKYLADVTG HKFVRINNHE HTDLQEYLGT YVTDAAGKLI FREGILVEAL1140
 1141 RNGYWIVLDE LNLAPSDVLE ALNRLLDDNR ELFIPETQEV IHPHPDFMLF ATQNPPGIYG1200
 1201 GRKVLSRAFR NRFLELHFDD IPQDELEIIL RERCQIAPSY AKKIVEVYRQ LLIQRSANRL1260
 1261 FEQKNSFATL RDLFRWALRE AVGYEQLGAN GYMLLAERCR TQEEKNVVKS VIETVMKVKL1320
 1321 DMDSYYESLE NKSLLKLESS VVWTKAMRRL AVLVNTCLEN NEPVLLVGET GCGKTTICDL1380
 1381 IARYKDKKLI TMNAHQNTET GDILGAQRPM RNRSELQQKL LQLLLSILPP SDNGQEPDLS1440
 1441 ALIQQFNAVD KSTLPTETVA SIQNHIDMLN VLFEWTDGPL IQAMKSGDFF LLDEISLADD1500
 1501 SVLERLNSVL EPERSLLLAE KGSSDCFITA SNGFQFLATM NPGGDYGKKE LSPALRNRLT1560
 1561 EIWVPSMESF EDVKLIVSTK LDEELSPLVD PIVKFSEWYG KKFGAGKANS GVISLRDILA1620
 1621 WVEFINSTYK ALACPYASLI HGAAMVFIDA LGTNNTAYLA ESEERLEHQK QECLKYLSEL1680
 1681 AGKDLNKYMS GPFDVKIDDE TLQSGLFSLP RVSSSSVQPV FNLGAPTTAY NLMKVVRAMQ1740
 1741 VQKPILLEGS PGVGKTTLIS ALADCTGNEL TRINLSEQTD LIDLFGSDAP GEKTGEFVWR1800
 1801 DAPFLRAMQK GEWVLLDEMN LASQSVLEGL NACLDHRGEA YIPELNKSFS RHPNFRVFAA1860
 1861 QNPQYQGGGR KGLPKSFINR FSVVYVDMLK ANDLLLIAGY LYPQVPLEIS EKMIRLMSQL1920
 1921 EHDVSVKKAW GSLGAPWEFN LRDTLRWLKL LNSQSICNDI GAVDFLDIVV KQRFRTESDR1980
 1981 QQVNHLIQNI FGSYKKRDNY YQVAQDYLQV NAELIQRKPM VQFDSQKLLV PLQTNYEVYE2040
 2041 SIIRCVNHNW PVILVGPTNA GKTGVVHHIG SLVGANIVEF SMNSDVDSMD ILGGYEQVDI2100
 2101 TRKIGSVINK LTSALRELLI LNITTTNMGS ESEAGIRQAL ALFEFIKETA ITPDIFDEFL2160
 2161 SRFTKFMEYT AKNNVLQEIQ QDVSKLETLF EKQASVKFEW FDGLLINAVE EGYWLILDNA2220
 2221 NLCSPSVLDR LNSLLEPNGT LIVNECSLAD GRPRHIRPHP NFRLFMTVDP KYGELSRAMR2280
 2281 NRGIEIFIED LQKRATEFDQ MVLGMGEVAH HDSELEEKLQ NITLYEPTAR TPTSAYLSPR2340
 2341 ISSLLPFARL HDIIHMADDT ISATVISTLS LISSEYVAHW KSNVIASSLF EEKEAVIRLV2400
 2401 DLYYMLESSN MLPKIKGIYA SATADILPSF NSNSFAVHQP FHPLLNAQIA SRLQDVSPNV2460
 2461 VSQDVHYFYQ LLEMEIQGRE SLTQVERNAL HGKLNQLTYL EQSAAVDQGR HIKNPPRVEV2520
 2521 YTFLLQLRDF VHHAIVNSGF CEQQSGYRIL HALYVVWMGI FEAATANDEA RLRVYQDILL2580
 2581 EWLKSANDVI PELGSVSALI QRFCEGLNLT SGLSMTLLWG VFRKTYPSSL DSWNKLQNIE2640
 2641 DMAEKFDHAV KEQLCDSYPL IRQLQDVFHG LVRDVLSGTC EEFEQVISKI EIGLSELNRL2700
 2701 SSLFLIKRKH FFLEEFDKIA RFIFLDPVEC STLLFNLAPT SSISTSQLVK ANSANYAFPA2760
 2761 TFDFLWMREG LAYKSHVDDI FTASLLKGLI PKLNSFENFT GSHITQTVND ATLLLNSMVD2820
 2821 ASVVILQDQY ARYRQVLLDW YKATVKAHLT CESNDDYRVL AGLAMEHTEP HFQSIHEKFF2880
 2881 SPALQMLDIP GDAALGKSYV LFAIGMIQLY VPSSPYDPAV HDYVILDHFS LRKNLSETLA2940
 2941 ESWKAVSKVI IGRESSNISE TLPTISDSDK PASPSYFRPK TSVNPMFDEW SAFMTSTVDV3000
 3001 EPLERLLNLL EDANSSFKVT SDQVKMFQQN TSHFLDRLST TYMHYSDLND ILSGYVYCLK3060
 3061 FGFDLLLASK QQQQDNLAVS PLWAFDINIL TDISSMTKNI GSMNPYFREK TVDSLDADRV3120
 3121 LLHYLALAKY HALEGEVLYN VNTVLQTLYY RWSLRRIKDE KLAREQNSIF RYKDDSGDVE3180
 3181 QDFKRLFPDY EDVLSIDAED KTVSSKDDLL QVYYRLAVNY MSLFEESKQL KIQELIHDSA3240
 3241 HVIETLLNDQ KFETAKMSPH SYVAVINELA SVINSINSPV IASDIDFYHG GSVVELKKSA3300
 3301 KLIERLLYSV NNLLVQWPEH ATLRELFRIC KEYLEYSANT PIAKLLQKIE QIYTFAAEWE3360
 3361 KYASKNVSLS VHIDELTRLI VEWRKLELLT WKSLFEYENK SVERNIGNWW FHLYETIINA3420
 3421 NFKNVEFHGT DEEYTQLLLA LNVFFSKSTY GEIHIRLQMV HAFIKHVSVL NSAGTPVLHA3480
 3481 LTNITTFYEQ FLPVIEDSIA ANKKILEKEI SEVILLASWK DVNVDALKQS SRRSHNNLYK3540
 3541 ILRKYRDVLA TEVSPLVQNG ISASYKLTSQ FNKVALPMVK DISLCELKVQ ITELPSWATG3600
 3601 PKVLLNLTRV EKNMAVYISR ITGRALPDLY AYAQQVMTEA DRLRSETPKV YSKDKKKLLA3660
 3661 TLKSQKRKAL SDTLKELRRI GLKTHFRDDI HKLLGSVTSI LANTKSLKCT AASSCDNYYF3720
 3721 RLLDIIPRVR STVSNPADDV PLPDLEAGLA IFEDLMSKLI LARDPIHTIA VSYDEFGELR3780
 3781 QYLEEVITSR QVMGRSIASD YQLFSYYVKW LPYVIDYALH TLRSYSTAAA ESMDTSFFQQ3840
 3841 AYDEVRTYEE FTNKNIVLNE RVSNAISSFN AFLLRFVEGL QANKNTKCQF VYDMVYSWVR3900
 3901 QSTSQLSTKF ESNDYVSKID ETVRRLCTSI ILSVQRLMES QTDEVTEEVD RWFAISTKQL3960
 3961 VDNMKLCNSQ KIISTMHMLV NHLKQNDILG EEMTLVSSTI LYAMPVFNQY HRLLGSILNA4020
 4021 SQQNYYTTSR ATYAFSHLLY NLAKDGFCSP EPPSEEVEDN NLHEGTGLGD GEGAQNNSKD4080
 4081 VEEDEDLLED AQKPNDDQKD QDERSEDEDD NAVDMEGDIA GELENAPGQD SGDEDEMEEE4140
 4141 EKDLDEEIDD LDDDPNAIDD KMWNEEPEED TKEKESEKMP ENSAADDVQA SKEEDENAND4200
 4201 NNQADGTAED GREEDDAEED GEEDVGEQDD EVKHEDNEDL EANVPEVETM DLPEDMNLDS4260
 4261 GDEKDSDDGA DDQFDDDMSV DEEPNAEEME TKDDAIDENN MGSDDEALSP EEEQQDDGIA4320
 4321 EDGEAASDEE ADGAEEEGQD QNSEDELAED HADENKQEPA DQEAASDKQQ GLEGIEDLAD4380
 4381 VQDIDMEAAV EQHAGASGEG AEAADSKEQD NVGSSGMAQS HEQQQDNGEE VQDSSREEAI4440
 4441 ESLKQLGDSL KEFHRRHQQI KEASNNEEET NADAANTRPD EFEHINGAAT DADTQALDTA4500
 4501 TKDQLESVDK DQAIEDDHDM DADKKAPDAD IDAMDVDDAD ADDDAQLQNG DVDAEEVNGK4560
 4561 NVGGFIGNRD MQDDNAQALD LDLPLQQQDE LEQIIEQIDI ESRADQEAAV PPRSIEDSRV4620
 4621 LWKKSEQATD ELVTVLSEQL RLILEPTLAT KLRGDYKTGK RLNMKRIIPY IASQFRKDKI4680
 4681 WLRRTKPSKR QYQIMIAVDD SKSMSESKSV ELAFQSICLV SKALTQLESG GLSIVKFGET4740
 4741 TKELHNFDQQ FAADAGAKVF QWFGFQETKT DVKRLVAESI KIFERARTSQ NSDLWQLQIV4800
 4801 ISDGVCEDHE TVQRLVRRAR ENRIMLVFVI IDGINAKESI LDMGQVSYVP DQNGVLQLQV4860
 4861 TKYLDTFPFE FYVVVRDISE LPEMISIILR QYFTELASL

    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