Protein Overview: gi|39586313, gi|...

General Information:
Name(s) found:	gi\|39586313 [NCBI NR] gi\|187029900 [NCBI NR]
Description(s) found: SHOW ONLY BEST	gi\|39586313\|emb\|CAE66724.1\| Hypothetical protein CBG12070 [Caenorhabditis briggsae] [NCBI NR] gi\|187029900\|emb\|CAP31110.1\| Hypothetical protein CBG12070 [Caenorhabditis briggsae] [NCBI NR] Hypothetical protein CBG12070 [Caenorhabditis briggsae] [nrdb_11152004_Chlamydomonas] CBP02940 WBGene00033078 locus:Cbr-unc-89 status:Predicted UniProt:A8XEH5 [c_briggsae-PRJNA10731-WS250-ecoli-contam.fasta]
Organism:	Caenorhabditis briggsae
Length:	6561 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 MASRRQKQFD RKYSSYRKFT ATEDFNYSTH SSRSSYRSES VTSRTDGRGR STSSEIIAGS  60
   61 ESRSYPVYIA IQDYTPDKED VEAIPLEQGQ IVEVLDKKNS IRWLVRTKAR PPRSGWVPGS 120
  121 YFETPTEFYK QRRRTREIEN VSLSDEQAAL VKRDQVYHEL LRSEEEFVSS LRTCVDDYIK 180
  181 VLDDPGVPEA VKKHREELAL NIPELYNFHA NVMLKGLNYY SDDPGKVGQT FVRLEKDFES 240
  241 HVEFYKQYAD TLKLLEEPEI KRFFEGLSAK NDAGASSFVD HVKEIADRMV QYQNYFKEFV 300
  301 KYSARAHGSS KSIQKALELV TTIPQRVIDL EFTSNLKQHP GDTGKLGRII RHDAFQVWEG 360
  361 DEAPKLRYVF LFRNKIMFTE QDASTSPPSY THYSSIRLDK YNIRQHSTDE DTIVLQPQEP 420
  421 GLPSFRIKPK DFETAEYVRK AWLKDIAEEQ GKYAAERDAI SMTATSEMTA SSVDFDMNVS 480
  481 DQQSEFSEWS GSRKSSLFPG PEEGGPPRKK VKSPPVISPT GSSTSIYSGG SSSIDWTTTG 540
  541 TTLEMQGTRV TRTQYGFRTL QESSAKMCLK VTGYPLPDIT WYKDDVQLHE DRHTFYSDED 600
  601 GFFAMTIDPV QVTDTGRYTC MATNEYGQAS TSAFFRVLKV EKEAAPPAFV TKLKDKECKE 660
  661 GDVIDFECEV EGWPEPELVW LVDDQPLRPS HDFRLQYDGQ TAKLEIRDAQ PDDTGVYTVK 720
  721 IQNEFGSIES KAELFVQADP DKNHVAPEFQ AMIEDVECDE GEEVRFKSVI TGDPNPEITW 780
  781 FINGKPLSES EKVKFISEDG ICILTIKDVT RHFDGMVTCQ GSNRLGSASC DGRLKVRVPP 840
  841 APPTFNKPLE DKTVQEKSTV VFEVDVSGWP EPTVKFTLCG KELKHGEESV EIVGHDGFYR 900
  901 ISIPNTSIEK HDGEIVAKAQ NEHGTAESRA RLTVEQEEEE SRSAPTFLKD IEDQTVKTGE 960
  961 FAVFETTVRG NPNPEVTWFI NGHKMDQGSP GVKIEAHNHD HKLTIDSAQY AGTVLCRAEN1020
 1021 AVGRFETKAR LIVLAPEKQK KPPKFVEILV DKIETVDNTV VFEVRVEGEP KPTVTWYLKG1080
 1081 EELKQSDRVE IREFDGSIKL QIKNIKIEEA GEIKAVATNS EGFDETRATL KVQKKPFAPE1140
 1141 FDLRPRSLTV EKGSEAVFTA HAFGIPLPTY EWSINGRKVR DGQEGAHVTR DESTVDGASI1200
 1201 LTIDTATYYS EVNHLTISVV AENTLGAEET GAQLTIEPKK VVIQLTKPNN SRYYLNKLKA1260
 1261 KEASPEATTT ITMETSLTST KTTTMSTTEV TSTVGGVTVE TKESESATTT GIIGGGSTEG1320
 1321 SISVSKIEVV SKTESQTDVR EGTPKRRVSF AEEEPPKEVI DPERKKKKSP TPEKKGKSPE1380
 1381 MTSDEKPKSP TTEEKTPEKV EEKPKSPTKK EKSPEKSTTV EVKSPTKKEK SPEKPTSPTK1440
 1441 KNAEEAVKSP TKKEKSPEKS EEKVKSPTKK EKSPVRSEEV KSPTKKEKSP EAKNIVEVSS1500
 1501 ETTIKKTEAT AEVTKTSEEA KSPTMKEKSP GKVEEKPKSP TKKEKSPEKP TSPTKKTEDQ1560
 1561 PGSPFPPKSP TKIEEKPSSP TQKKSPPASP KKAKSPEKFE EAVKSPTKKE KSPEKMADEK1620
 1621 PTSPTQKDKP PEQVEKKPTS QTKKEKSPEK STTEEVKTPI KKEKSPEKSA TEEVKSPTKK1680
 1681 EKSPEKPTSP TKKTAEEAVK SPTKKEKSPE KIEEKPKSPT KEEKSPEKST GAEDVKSPIK1740
 1741 KERSPDTVVE KEITSSETTK TEKSSTTTTE VTSPIKKSPP GSPTKKQKKS KSPEAEKVMF1800
 1801 GRIVRDRFLK KKLEDFCEES VCVCVCVRER ERERERERTD PPAPKLTRDL KSQTVNKTDL1860
 1861 AHFEVVVEHA TEIKWFLDGK EITTAQGVTV SKDDQFEFRC SIDTTVFGSG VVSVVALNAS1920
 1921 GSVETKTDLK VLETPKETKK PEFTDKLRDM EVTKGDTVQM DVIALHSPEY KWYQNGNLLE1980
 1981 DGKNGITIKN EENKSSLIIP NAEDSGKITI EASNEVGTSE SSATLTVNPP STTPIVVDGP2040
 2041 KSVTIKETET AEFKATITGF PAPIVKWTIN EKIVEESPTV TTIKTEDVYT LKISNAKIEQ2100
 2101 TGTVKVTAQN SAGQDTKQAD LKVEPNVAAP KFKSQLTDRT VDEGEPLRWN LELDGPFQGT2160
 2161 EVTWLLNGQP LTKSDTVQVV DHGDGTYHVT IAEAKPDMSG TLTAKAKNAA GECESTAKVT2220
 2221 VNGANKKPEF IQAPQNHETN IEESVKFSAI VTGKPMPNVS WFLNDKKLIQ SEEVKVKYVH2280
 2281 ETGKTSIRIH KPLMEHNGTI RVEAVNVAGK VEATAQLKVD RKTEVPKFTT NMDDRQVKEG2340
 2341 DNVKFTANVE GYPEPSVAWT LNGEPVAKHA NITVTDKDGE HTIEIAAVTP EQAGELSCEA2400
 2401 TNAVGSKKRD VQLAVKKVGE APTFAKNLED RLVTEGELAL MDAKLNAVKP KPKITWLKDG2460
 2461 VEIKSDDHYK LVEEEDGTLK LSILTTKLDD KGRITIKAES EFGLAETSAS LGVVKGRPMA2520
 2521 KPAFQSDIAP INLTEGDTLE CKLLITGDPT PFVKWYINGQ LVCATEDTEI SNANGVYTMK2580
 2581 IHGVTSDMTG KIKCVAYNKA GEASIEGPLK VVAPIPVEFE TSLCDATCRE GDTLKLKAVL2640
 2641 LGEPEPVVSW YVNGKKLEES QNIKIHSEKG TYTVTIKDIT CDYSGQVVCE AINEYGKATS2700
 2701 EATLLVLPRG EPPDFLEWLS NVRARTGTKV VHKVVFTGDP KPSLTWYINN KEILNSDLYT2760
 2761 IVTDDKTSTL TINSFNPDIH VGEIICKAEN DAGEVSCTAN MITYTSDMFS ESESEAQAEE2820
 2821 FVGDDLTEDE SLREEMHRTP TPVMAPKFIT KIKDTKAKKG HSAVFECVVP DTKGVCCKWL2880
 2881 KDGKEIELIA RIRVQTRTGP EGHITQELIL DNVTPEDAGK YTCVVENTAG KDTCEATLTV2940
 2941 IETLEKKTDN KAPEFIVALQ DKTTKTSEKV VLECKVVGEP KPKVSWLHDN KTITQESIKI3000
 3001 ESVEGVERVT ITSTELTHQG KYTCIAENSE GTSKTEAFLT IQGEAPVFTK ELQNKELSIG3060
 3061 EKLILSCSVK GSPQPHVDFY SFSETTKVEK KITSSSRIAI EHDQANTHWR MVISQTTKED3120
 3121 IVSYKAVATN SIGTATSTSK VTTKVEAPVF EQGLKKTSVK EKEEIKMEVK VGGSAPDVEW3180
 3181 FKDDKPVSED GNHEIKKNPE TGVFTLVVKQ AETTDAGKYT AKATNPAGTA ESTAEAEVSK3240
 3241 SLEKPTFVKE LVQTEVKINE TATLSVTVKG VPEPSVEWLK DGQPVQTDSS HVIAKVEGFG3300
 3301 SYSITINNAR TEDSGKYACR ATNPAGEAKT EANFAVVKDL APPEFVEKLS PVEVKEKESI3360
 3361 TLAVKVVGKP EPAVEWFKDD TPINIDNVHV IQKQTAVGSF SLTINDARQG DVGIYSCRAR3420
 3421 NEAGEALTTA NFGIIRDSIP PEFTQKLRPL EVREQETLDL KVTVIGTPAP NVEWFKDDKP3480
 3481 INIDNAHIFA KDEGSGHHTL TIKQARGEDV GVYTCKATNE AGEAKTTANM AVQEEIEAPL3540
 3541 FVQGLKPYEV EQGKPVELEV RVEGKPEPEV KWFKDGAPIA IDNKHVIEKK GENGSHTLII3600
 3601 KDTNSADFGK YTCQATNKAG KDETIGELKV PKYSFEKQTA EEVKPLFIEP LKETFANEGD3660
 3661 TVVLECKVNK DSHPQIKFFK NDQPVEIGQH MQLEVLEDGN IKLTIQNAKK EDVGAYRCEA3720
 3721 VNVAGKADTK ADLKIQFASK VEEHITDESG QLEEIGQLET VGETASSKTD TGRGAPEFVE3780
 3781 LLRSCTVTEK SQVVLKCKVK GEPRPKIKWT KEGKEVEMSA RVRAEHKDDG TLTLTFDNAT3840
 3841 QADAGEYRCE AENEYGSAWT EGPIIVTLEG APKIDGEAPD FLQPVKPAVV TVGETAVLEG3900
 3901 KVSGKPKPTV KWYKNGEELK PSDKIKIENL DDGTQKLSVP NAQLSDMDEY RCEASNEFGD3960
 3961 VWSDVTLTVK EPSHIAPGFF KDLSAIQVKE TETAKFECKV SGTKPDVKWF KDGSELKEDK4020
 4021 RIHFESTEDG TQRLVIEESK TEDQGNYRIE VSNDAGVANS KAPLTVIPAE ILKIKKGLND4080
 4081 VSVTQGSKIL LSVEVEGKPK TVKWYKGSET VTSSSTTKIT QVTESEYKLE IESGELSDSG4140
 4141 SYRVVLSTDS LYVESSATVT VSKAAEKISL PSFKKGLSDQ SVPKGTPLVL EVEIEGKPKD4200
 4201 VKWYKNGDEI KAGKVEDLGN GKYRLTIPDF KETDVGEYSV TAANEAGEIE SKAKVNVSSK4260
 4261 PEIVSGLVPT TVKQGETATF NVKVKGPVKG VKWYKNGKEI PDAKTKDNGD GSYSLEIPNA4320
 4321 QVDDGADYKV VVSNDAGDAD SSAALTVKLA EDGKDKVKPE IVSGLVPTTV KQGDTATFNV4380
 4381 KAKGPVKQVK WYKNGKEIPD AKSKDNGDGS YSLEIPNAQL DDTADYKVVL SNDAGDADSS4440
 4441 AALTVKLPGI EIVKGLEDTE VPKGKKVVLE VETNKKPKEV KWYKNGKEIT PNNKAEAGSD4500
 4501 GDKKSQLVIP DAGDDDAAEY KVVLTDDDGN TAESFCALTV KLPAEEPKII KGLEDQVVPI4560
 4561 GSPIKLEIET SGSPKTVKWC KNGKELSGAA AKNIKISKID DNKYILEIPS SVVEDTGDYK4620
 4621 VEVANEAGSA NSNGKITVEP KITFMKPLKD QTITEGENAE FAVETNTKPR TVKWYKNGQE4680
 4681 IKPDSRFVIE QKSDTKYQLV IKNAVRDDAA TYKVVMENTA GEADSSAQLT VKKAKAGLCK4740
 4741 IVKGLEDQVV AKGAKMVFEV KIQGEPEDVR WLRDANVISA GTNAIIEKMD DTTHRLTIPS4800
 4801 ADLKDAGEYT VEVINESGKA KSDAKGEVDE KPEIVRGLEN IDIPEGDDDI FKVEVSAPVR4860
 4861 QVKWYKNGQE IKPNSHLEAK KIGPKKYELA INRAQLDDGA DYKVVLSNAA GDCDSSAALT4920
 4921 VVKPNVLKIV DGLKDVDVEE PQPVELKVKV EGIPKVVKWY KNGQELKPDS DGFKFEEKPE4980
 4981 SGEFSLLIPS SKKSDGGAYR VVLGNDKGEV YSGSVVHVKA AKPADATSGA NFLSPLKDTE5040
 5041 VEEGDMLTLQ CTVAGEPFPE IIWEKDGVVL QKDDRITMRT ALDGTVTLRI RSAKKSDIGQ5100
 5101 YRVTAKNEAG SASSDSKVTV TEQGEQPSKP KFVIPLRSGV ALPGDKKEFN VKVRGLPKPT5160
 5161 LKWILNGKPI TFDDRVTLDD MADGNYCLTI RDVREEDFGT LKCIATNENG TDETVCEFSQ5220
 5221 GQDHEGGMRD DLRYPPRFNV PLWDRRIPVG DPMFIECHVD ANPTAEIQWF KDGKKIEYTA5280
 5281 HTEIRNTVDG ACRIKISPFE ESDIGVYMCV ATNELGQAET QATYQVEILE HTEEEKKKEY5340
 5341 APRINPPLED KTVNGGQSIR LSCKVDAVPR ASVVWYKDGL PIRADSRISV QYEEDGTASL5400
 5401 AINESTEADI GAYRCVATNA HGTINTSCSV NVKVPKQEVK KEGEEPFFTK GLVDLWTDRG5460
 5461 ETFTLKCAVT GDPFPEIKWY RNGQLVRTGP RTIVENSPDG TCSLTVKEST MSDEGIYRCE5520
 5521 AENAHGKAKT QATAHVQMAL GKTEKPKMDE GKPPKFILEL SDMSVSLGNV IDLECKVTGL5580
 5581 PNPSVKWSKD GGPLIEDSRF EWSNEPAKGV YQLRIKNATV HDEGTYRCVA TNENGSATTK5640
 5641 SFVRMDDGLG SGVVTASQPP RFTLKMGDVR TTEGQPLKLE CKVDASPLPE MTWYKDGAIV5700
 5701 TPSDRIQISL SPDGIATLLI PSCVYDDDGI YRVIATNPSG TAQDKGTATV KKLPRDSGAR5760
 5761 RSAERDVFDA NKAPKLMEPL ENIRIPEKQA FRLRCKFSGD PKPTIKWFKD GERVFPYGRL5820
 5821 QLIESPDGVC ELVVDSATRQ DAGGYRCVAE NTYGSARTSC DVNVIRGDRK PRDIDSSIRE5880
 5881 GKAPGFTIPL TIRRAKPGES VTFECLPFGN PFPAIKWLKD GLELFADEKI KMEAAADGTQ5940
 5941 RLIISDVTFL SEGYFRCVAT NEHGTASTKA ELVIEGDRTI GSRSLPEGNG EPEECKPRIR6000
 6001 RGLYNMSIHE GNVVEMIVCA TGIPTPTVKW YKDGKEIIGD GPDGKRVIFT DERGIHHLVI6060
 6061 VNASPEDEGD YSLEATNKLG SARTEGSLNI IRPRHVADAD DRGGMPFPPG FVRQLKNKHV6120
 6121 FNHMPTIFDC LVVGHPAPEV EWFHNGKKIV PGGRIKIQFC GGGSHALIIL DTTLEDAGEY6180
 6181 VATAKNSHGS ASSSAVLDVT VPFLDNIKFN GEIDVTPYLT EEYGFKKLNT ASLPTPPDRG6240
 6241 PFIKEVTGHY LTLSWIPTKR APPRYPQVTY VIEIRELPEK EWTLLDYNIP EPVCKVRNLE6300
 6301 LGKSYQFRVR AENIYGISDP SPASPPSRLM APPQPVFDKR TNKVIPLLDP YAERALDLKY6360
 6361 SEQYACAPWF APGVVEKRYC AENDTLTLIL NVSGFPDPDI KWKFRGWDID TSSPTSKCKV6420
 6421 YTYGGTETTL AITGFSKENV GQYQCFAKNE YGDAQQNILV DLATRPNFIQ PLVNKTFSSA6480
 6481 QPMRLDVRVE GEPFPELKWM KEWRPIVESS RIKFVQDGPF LCSLIINDPM WRDSGIYSCV6540
 6541 AINDAGQATT SCTVTVEGRF D

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.

Protein predicted to be:	GLOBULAR (No transmembrane regions or signal peptide)
Confidence of classification:	0.99

Protein Overview: gi|39586313, gi|...

Protein Complex Data

Mass Spectrometry Data

Yeast Two-Hybrid Data

Microscopy / Localization Data

Protein Structure Data

Philius Transmembrane Prediction: