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Protein Overview: gi|68684, gi|393...

General Information:
Name(s) found: gi|68684 [NCBI NR]
gi|39372 [NCBI NR]
gi|232186 [NCBI NR]
Description(s) found:
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  • pir||YGBSG2 gramicidin S synthetase (EC 6.-.-.-) component II - Bacillus brevis [NCBI NR]
  • gi|39372|emb|CAA43838.1| grsB [Brevibacillus brevis] [NCBI NR]
  • sp|P14688|GRSB_BACBR Gramicidin S synthetase II [Includes: ATP-dependent proline adenylase (ProA) (Proline activase); ATP-dependent valine adenylase (ValA) (Valine activase); ATP-dependent ornithine adenylase (OrnA) (Ornithine activase); ATP-dependent leu [NCBI NR]
  • grsB [Brevibacillus brevis]gi|232186|sp|P14688|GRSB_BACBR Gramicidin S synthetase II [Includes: ATP-dependent proline adenylase (ProA) (Proline activase); ATP-dependent valine adenylase (ValA) (Valine activase); ATP-dependent ornithine adenylase (OrnA) ( [nrdb_11152004_Chlamydomonas]
  • grsB [Brevibacillus brevis] [nr-271106-contam.fasta]
    • Organism: Brevibacillus brevis
    Length: 4452 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 MSTFKKEHVQ DMYRLSPMQE GMLFHALLDK DKNAHLVQMS IAIEGIVDVE LLSESLNILI  60
   61 DRYDVFRTTF LHEKIKQPLQ VVLKERPVQL QFKDISSLDE EKREQAIEQY KYQDGETVFD 120
  121 LTRDPLMRVA IFQTGKVNYQ MIWSFHHILM DGWCFNIIFN DLFNIYLSLK EKKPLQLEAV 180
  181 QPYKQFIKWL EKQDKQEALR YWKEHLMNYD QSVTLPKKKA AINNTTYEPA QFRFAFDKVL 240
  241 TQQLLRIANQ SQVTLNIVFQ TIWGIVLQKY NSTNHVVYGS VVSGRPSEIS GIEKMVGLFI 300
  301 NTLPLRIQTQ KDQSFIELVK TVHQNVLFSQ QHEYFPLYEI QNHTELKQNL IDHIMVIENY 360
  361 PLVEELQKNS IMQKVGFTVR DVKMFEPTNY DMTVMVLPRD EISVRLDYNA AVYDIDFIKK 420
  421 IEGHMKEVAL CVANNPHVLV QDVPLLTKQE KQHLLVELHD SITEYPDKTI HQLFTEQVEK 480
  481 TPEHVAVVFE DEKVTYRELH ERSNQLARFL REKGVKKESI IGIMMERSVE MIVGILGILK 540
  541 AGGAFVPIDP EYPKERIGYM LDSVRLVLTQ RHLKDKFAFT KETIVIEDPS ISHELTEEID 600
  601 YINESEDLFY IIYTSGTTGK PKGVMLEHKN IVNLLHFTFE KTNINFSDKV LQYTNAVLTC 660
  661 VTKKFFSTLL SGGQLYLIRK ETQRDVEQLF DLVKRENIEV LSFPVAFLKF IFNEREFINR 720
  721 FPTCVKHIIT AGEQLVVNNE FKRYLHEHNV HLHNHYGPSE THVVTTYTIN PEAEIPELPP 780
  781 IGKPISNTWI YILDQEQQLQ PQGIVGELYI SGANVGRGYL NNQELTAEKF FADPFRPNER 840
  841 MYRTGDLARW LPDGNIEFLG RADHQVKIRG HRIELGEIEA QLLNCKGVKE AVVIDKADDK 900
  901 GGKYLCAYVV MEVEVNDSEL REYLGKALPD YMIPSFFVPL DHVRLHLNGK IDRKSLPNLE 960
  961 GIVNTNAKYV VPTNELEEKL AKIWEEVLGI SQIGIQDNFF SLGGHSLKAI TLISRMNKEC1020
 1021 NVDIPLRLLF EAPTIQEISN YINGAKKESY VAIQPVPEQE YYPVSSVQKR MFILNEFDRS1080
 1081 GTAYNLPGVM FLDGKLNYRQ LEAAVKKLVE RHEALRTSFH SINGEPVQRV HQNVELQIAY1140
 1141 SESTEDQVER IIAEFMQPFA LEVRPLLRVG LVKLEAERHL FIMDMHHIIS DGVSMQIMIQ1200
 1201 EIADLYKEKE LPTLGIQYKD FTVWHNRLLQ SDVIEKQEAS LAERICRRDS SIESTDRLPK1260
 1261 YQPFKALMVK DLHSVQESSL WMIYTRWQQK QEQHYIWFYL LRIMFFLSKY SGQDDIVVGT1320
 1321 PIAGRSHADV ENMLGMFVNT LAIRSRLNNE DTFKDFLANV KQTALHAYEN PDYPFDTLVE1380
 1381 KLGIQRDLSR NPLFDTMFVL QNTDRKSFEV EQITITPYVP NSRHSKFDLT LEVSEEQNEI1440
 1441 LLCLEYCTKL FTDKTVERMA GHFLQILHAI VGNPTIIISE IEILSEEEKQ HILFEFNDTK1500
 1501 TTYPLCKQFK DYLRNRWRRR ADHVAVGWKD QTLTYRELNE RANQVARVLR QKGVQPDNIV1560
 1561 GLLVERSPEM LVGIMGILKA GGAYLPLDPE YPADRISYMI QDCGVRIMLT QQHLLSLVHD1620
 1621 EFDCVILDED SLYKGDSSNL APVNQAGDLA YIMYTSGSTG KPKGVMVEHR NVIRLVKNTN1680
 1681 YVQVREDDRI IQTGAIGFDA LTFEVFGSLL HGAELYPVTK DVLLDAEKLH KFLQANQITI1740
 1741 MWLTSPLFNQ LSQGTEEMFA GLRSLIVGGD ALSPKHINNV KRKCPNLTMW NGYGPTENTT1800
 1801 FSTCFLIDKE YDDNIPIGKA ISNSTVYIMD RYGQLQPVGV PGELCVGGDG VARGYMNQPA1860
 1861 LTEEKFVPNP FAPGERMYRT GDLARWLPDG TIEYLGRIDQ QVKIRGYRIE PGEIETLLVK1920
 1921 HKKVKESVIM VVEDNNGQKA LCAYYVPEEE VTVSELREYI AKELPVYMVP AYFVQIEQMP1980
 1981 LTQNGKVNRS ALPKPDGEFG TATEYVAPSS DIEMKLAEIW HNVLGVNKIG VLDNFFELGG2040
 2041 HSLRAMTMIS QVHKEFDVEL PLKVLFETPT ISALAQYIAD GQKGMYLAIQ PVTPTDYYPV2100
 2101 SSAQKRMYIL YEFEGAGITY NVPNVMFIEG KLDYQRFEYA IKSLVNRHEA LRTSFYSLNG2160
 2161 EPVQRVHQNV ELQIAYSEAK EDEIEQIVES FVQPFDLEIA PLLRVGLVKL ASDRYLFLMD2220
 2221 MHHIISDGVS MQIITKEIAD LYKGKELAEL HIQYKDFAVW QNEWFQSDAL EKQKTYWLNT2280
 2281 FAEDIPVLNL STDYPRPTIQ SFEGDIVTFS AGKQLAEELK RLAAETGTTL YMLLLAAYNV2340
 2341 LLHKYSGQEE IVVGTPIAGR SHADVENIVG MFVNTLALKN TPIAVRTFHE FLLEVKQNAL2400
 2401 EAFENQDYPF ENLIEKLQVR RDLSRNPLFD TMFSLSNIDE QVEIGIEGLN FSPYEMQYWI2460
 2461 AKFDISFDIL EKQDDIQFYF NYCTNLFKKE TIERLATHFM HILQEIVINP EIKLCEINML2520
 2521 SEEEQQRVLY DFNGTDATYA TNKIFHELFE EQVEKTPDHI AVIDEREKLS YQELNAKANQ2580
 2581 LARVLRQKGV QPNSMVGIMV DRSLDMIVGM LGVLKAGGAY VPIDIDYPQE RISYMMEDSG2640
 2641 AALLLTQQKL TQQIAFSGDI LYLDQEEWLH EEASNLEPIA RPHYIAYIIY TSGTTGKPKG2700
 2701 VMIEHQSYVN VAMAWKDAYR LDTFPVRLLQ MASFAFAFDV SAGDFARALL TGGQLIVCPN2760
 2761 EVKMDPASLY AIIKKYDITI FEATPALVIP LMEYIYEQKL DISQLQILIV GSDSCSMEDF2820
 2821 KTLVSRFGST IRIVNSYGVT EAALILAIMN QPLSSLHVTG TVPIGKPYAN MKMYIMNQYL2880
 2881 QIQPVGVIGE LCIGGAGVAR GYLNRPDLTA EKFVPNPFVP GEKLYRTGDL ARWMPDGNVE2940
 2941 FLGRNDHQVK IRGIRIELGE IEAQLRKHDS IKEATVIARE DHMKEKYLCA YMVTEGEVNV3000
 3001 AELRAYLAND RAAMIPSYFV SLEAMPLTAN GKIDKRSLPE PDGSISIGTE YDRPRTMLEG3060
 3061 KLEEIWKDVL GLQRVGIHDD FFTIGGHSLK AMAVISQVHK ECQTEVPLRV LFETPTIQGL3120
 3121 AKYIEETDTE QYMAIQPVSG QDYYPVSSAQ KRMFIVNQFV GVGISYNMPS IMLIEGKLER3180
 3181 TRLESAFKRL IERHESLRTS FEIINGKPVQ KIHEEVDFNM SYQVASNEQV EKMIDEFIQP3240
 3241 FDLSVAPLLR VELLKLEEDR HVLIFDMHHI ISDGISSNIL MKELGELYQG NALPELRIQY3300
 3301 KDFAVWQNEW FQSEAFKKQE EYWVNVFADE RPILDIPTDY PRPMQQSFDG AQLTFGTGKQ3360
 3361 LMDGLYRVAT ETGTTLYMVL LAAYNVLLSK YSGQEDIIVG TPIVGRSHTD LENIVGMFVN3420
 3421 TLAMRNKPEG EKTFKAFVSE IKQNALAAFE NQDYPFEELI EKLEIQRDLS RNPLFDTLFS3480
 3481 LQNIGEESFE LAELTCKPFD LVSKLEHAKF DLSLVAVVFE EEIAFGLQYC TKLYKEKTVE3540
 3541 QLAQHFIQIV KAIVENPDVK LSDIDMLSEE EKKQIMLEFN DTKIQYTQNQ TIQELFEEQV3600
 3601 KKTPEHIAIV WEGQALIYHE LNIKANQLAR VLREKGVTPN HPVAIMTERS LEMIVGIFSI3660
 3661 LKAGGAYVPI DPAYPQERIQ YLLEDSGAAL LLTQSHVLNK LPVDIEWLDL TDEQNYVEDG3720
 3721 TNLPFMNQST DLAYIIYTSG TTGKPKGVMI EHQSIINCLQ WRKEEYEFGP GDTALQVFSF3780
 3781 AFDGFVASLF APILAGATSV LPKEEEAKDP VALKKLIASE EITHYYGVPS LFSAILDVSS3840
 3841 SKDLQNLRCV TLGGEKLPAQ IVKKIKEKNK EIEVNNEYGP TENSVVTTIM RDIQVEQEIT3900
 3901 IGRPLSNVDV YIVNCNHQLQ PVGVVGELCI GGQGLARGYL NKPELTADKF VVNPFVPGER3960
 3961 MYKTGDLAKW RSDGMIEYVG RVDEQVKVRG YRIELGEIES AILEYEKIKE AVVMVSEHTA4020
 4021 SEQMLCAYIV GEEDVLTLDL RSYLAKLLPS YMIPNYFIQL DSIPLTPNGK VDRKALPEPQ4080
 4081 TIGLMAREYV APRNEIEAQL VLIWQEVLGI ELIGITDNFF ELGGHSLKAT LLVAKIYEYM4140
 4141 QIEMPLNVVF KHSTIMKIAE YITHQESENN VHQPILVNVE ADREALSLNG EKQRKNIELP4200
 4201 ILLNEETDRN VFLFAPIGAQ GVFYKKLAEQ IPTASLYGFD FIEDDDRIQQ YIESMIQTQS4260
 4261 DGQYVLIGYS SGGNLAFEVA KEMERQGYSV SDLVLFDVYW KGKVFEQTKE EEEENIKIIM4320
 4321 EELRENPGMF NMTREDFELY FANEFVKQSF TRKMRKYMSF YTQLVNYGEV EATIHLIQAE4380
 4381 FEEEKIDENE KADEEEKTYL EEKWNEKAWN KAAKRFVKYN GYGAHSNMLG GDGLERNSSI4440
 4441 LKQILQGTFV VK

    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

    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: 0.92

    Source: Reynolds et al. (2008)

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