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Protein Overview: gi|125811286, gi...

General Information:
Name(s) found: gi|54636996 [NCBI NR]
gi|125811286 [NCBI NR]
Description(s) found:
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  • gi|54636996|gb|EAL26399.1| GA12101-PA [Drosophila pseudoobscura] [NCBI NR]
  • gi|125811286|ref|XP_001361820.1| GA12101-PA [Drosophila pseudoobscura] [NCBI NR]
  • GA12101-PA [Drosophila pseudoobscura] [nrdb_11152004_Chlamydomonas]
    • Organism: Drosophila pseudoobscura
    Length: 5382 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 MEVNASKLRF CAQRLLQLTA NEPQDNLFVQ NVQKFIRKKK YVPQDVERLF CSLSEQLACP  60
   61 AYTVPLAVSF EEQLLLLLSM ALRWDSAGDD IHQYHKECIA LSKLMDFSVD AQRFAKSYFH 120
  121 NKPAPFEKSQ SNSSSVPSKR AKNAKASQKL DELELLKCCY QLLRSDTSYF RELWDWSGFI 180
  181 ATYSQLETPC PMIQLYCNYI MAMLTNMSPT QLNAQNAMIS TEAQLRFERE KEQSWAVARQ 240
  241 AEGCCYSNED ETPEQILSLS SDQSVTNIEG VLLPTFNKQN QEFYGSTDGC YDRIVKVDST 300
  301 VVNLRSIALG VAAAKPICLS GPVGCGKTTL IEYLARKTGR ICPKPKEIET REKALRKAEE 360
  361 EDKLLTPKKG KKGKEKKRKL EEDLPIDQAL LDLGEMSQKH GFLRIQLGDQ TDSKMLLGQY 420
  421 RCTDVPGEFV WLPGVLTQAV MHGYWLLLED LDAATQDTYT ILSSLLERQC LSVPGFRDSV 480
  481 KIEPGFQLFV TVRTNKSASN SGQKSLYSLL DKYLYTINVL PLSRNELCKV VSTNYPKLAT 540
  541 VANRVVDVFL TFSSGNHMAA DNLRQQESND KADNTEKYVA LPFEQVTLSS SPNSGRLVST 600
  601 RDLVKLEKIT LITSIGAKLG IIRSRCEHFA NEYKPDVDFG LEIIKIGRAS LLAKSELLSN 660
  661 NENGEQLSEQ DLKRQKLTEQ TRRAIGQTSV KRTTFSFTRL ASCILERIAV CVSHSEPVLL 720
  721 VGETGVGKTS SVQYLAERTE HKLVVVNMNN QSDVSDLVGG FKPVELNYVL SPLRCEFEHL 780
  781 LCETFNAEKN MQFLRIFATH YNSGRHSVII RTMISLCHQV FRNKDLKSHQ MVPRWRTLCE 840
  841 KLQKLQTQLD KSINISFAFI PGSLVNCISK GEWVLLDEIN LASAETLECL STILEPEGSV 900
  901 VLLERGDFTP VKRHPDFRIF ACMNPNTDIG KKDLPVGIRN RFTEFFVDEL TTDADLSLLV 960
  961 SDYLANTGIQ RKSVHSIVQL YKSLRRLSEL QLNDGLGNRP VYSLRTLCRS LRICARNLCG1020
 1021 SIERNLYESF CLSFLTQLDP ESHHVVLLLI RNALLSNAKA VLSKQLPRLG ENYLQFEGYW1080
 1081 IQLGGLEQQS CSHYILTESV QKNLQDLARI ISIGKLPILL QGPTSAGKTS LIDYVARRSG1140
 1141 NRCLRINNHE HTDLQEYIGT YAADLEGKLT FQEGVLVQAM RQGFWIILDE LNLASTDILE1200
 1201 ALNRVLDDNR ELYIAETQTL VKAHPNFMLF ATQNPPGLYG GRKTLSRAFK NRFIELHFAD1260
 1261 IPRVELETIL EKRCLIPPSY ARKMVQCMTQ LQHHRKNTSK QVFTLRDLFR WGNRYTHADK1320
 1321 SLHDDPRYDW NQHLVEEGYL VLSAKVRTSD EHQLIERTLY SNFKKTIDHQ LLFDIQTASE1380
 1381 SCSPVSRRIL QAIRNFKLRG DIVWTRNMTR MAVLTAKALE FDEPVLLVGP TGCGKTTVCQ1440
 1441 LLASIADVQL RILNCHMHTE GADFLGGLRP CRGQDSTQLF EWADGPLIYA MQEGSYFMAD1500
 1501 EISLAEDSVL ERLNCILETE RTVLLAEKGG VNPDSDSASD FVVQAKAGFQ FLATMNPGGD1560
 1561 FGKKELSPAL RNRFTEIWCL PSDNKADLIE IAHNCMSRQD NGSSRKVAEY LVEIVLHMRQ1620
 1621 SNDKFRFSVR DILAWANYIA SNRHLSFAER AIFGLETIFL DALEMLLHEP QAQVEQLKRR1680
 1681 IIEEAIKQAA LILDEHFTLE DVTQKRGDQV EMDAASFGLR PFYIAVNQER LSPAKQDVPF1740
 1741 FFDAPTTKQN LFRLLSALSL QKPVLLEGPP GVGKTSIVES IAAAIGYQIV RINLCEHTDL1800
 1801 ADLFGTDLPA EDNLLESSRQ EESKAAIGSF VWRDGPLLAA LKAHNTWILL DELNLAPQSV1860
 1861 LEGLNAVLDH RGEVYIPELN KSFHLAGSTR IFACQNPLKQ GGGRKGLPQS FLNRFTKVYL1920
 1921 RKLTTEDLLH VVQVKYGAYF EQLGSHFHSL LDQEANPVRG NLFDLYNGKG TEEESRKAFD1980
 1981 LAARLVRFSE QLDGGVATME FAYRGGPYEF NLRDILRWCD LLHNPQTGYI IKPAATQTTF2040
 2041 RVAFRDFLLT LYERMQLVYY QRMRCDQDKI YIRNAFASVF QCDADQLNAV AEDVALYWTA2100
 2101 DRVYLNDVVL QREQDDSPDM DMAVQQQEHT APLLLQSQRQ LLKEIVETVH MEKPLLLCGA2160
 2161 TDSGKTKLID ALCVLSNRVC NTDIIDDSVT GSFQQVQYAD QGDRSSVADE LQFFGVRLHA2220
 2221 LGQIIQKLEA TPQSCQVEAF QQMGEIGSQF MLLQGYIKSA ESLNTGGSFE WVDSRIVTAL2280
 2281 KCGQFMLLEH VNLCSSAVLD RLNPVFEPNG NLLIAEKGIS AQDTAEVVEK SPNFRAFLTI2340
 2341 DPKNGELSRA MRNRCVELSL CRNEYTTDDM RAFVHGQGVH QTEAIDCILD IHRAISGLTE2400
 2401 FNGYSISHLT QLAFLSAAYR RIGYHLKRAI YVAAMEVYVY AASTDLMGYG LSYYQNKLRE2460
 2461 VVLARTELYK GEATEGNEED LLSDTIISTG NLSSLKLIKL QAVALRVLLR ALSLEETELP2520
 2521 QQQLAALFHR MAALDLSGLN LQEVCRHFIY MLYESSSSGD LQMRHLYLQP WLTEQSTEVQ2580
 2581 DLANKLYTCL GEQAAGAPAT PLSNLPWNMK LFPRLRDYAT AGELASSADS LTISASLLAR2640
 2641 LLLRDLPSPS QGNVAPRVQL MDALQYSQAL QEQKVTENGQ PALAESVQKL LGYVEETRRP2700
 2701 LNISCKIYSK QFTQFQPHYL DSQIKLHLDL EQLERDLSVV PRYGNLEETV WLRRWLVLQS2760
 2761 DEAHKWRSFQ RSHTQGIALK AFELSESLVD ANVGLQSSLQ KLQMILKEAT ENTEETGLSI2820
 2821 DMDLDGLKAL LNAEEQEEEQ VEQKSQADIG SPQLLMAALR EFFMERLLTG TLREDSEDQV2880
 2881 NPMYTDQLLT LNSHLWQCLN TLNKVTHVQI RSVWRELWQE LDHLKDSQDF ASVLEKMGGS2940
 2941 YKGLRTYQRQ YRNALQCYQL DNLSTRLDCV RGPSSDEEKE LSSRYSYQGP ALTSVLLSLI3000
 3001 CQKNGQLRSV PISDLQTWRS SLQQTRQLLW GNAPLLAPRY SGRANNYRQT LESGSQLLKE3060
 3061 LDYVTQLSAG AQKSDAGFEN CRVELRAMLG QLQSRSDDAS FPEDSLTAAF DVAFTNALVG3120
 3121 ALELCLLTHA PLIDPVEKNR LKNQYITEDI SCLRNLTTAY DFMGIIMDYR HFGEEIHTEL3180
 3181 VTRLQAARQR QQQLSQKLAL RPEQCLYAGL VQDLTHFLQS NGDCQTLYNM LRVVRSDWIG3240
 3241 FTGAQMASSG QQKSSSETLG KLQLWLANAQ RFVHHTLSRY TAYYQDFVEP IKCAVNQLRF3300
 3301 GLETLKVIFA RVQKAGNVAQ AEQLQQTIGE IVQFPSQQPL RIRNSHLYGL LAELPHSEHE3360
 3361 YFRLLKAKLS ELRNYIALAS SIDEESFAAY DDALSICNQT WQQEEQRRCQ LKAEAESLYV3420
 3421 TKTRGGVDSE ELVELQEIEQ NFPTNLEEDF AEFLAQPTLE QVLKLDKKAD SKAKLSQIVA3480
 3481 EQDYSFLARN FIEVMARHTP VYYREQPKDI AAAAAELHFL SPYQARFQVF AHLHGHYRTA3540
 3541 LGAALDERAC NGLAFGLALQ QRQLRDIDLQ EETGAQKPYD YYKDSNIAEV QGCMDVLGRI3600
 3601 DRRVVEQLEL YPEHAGLADI RLVIARIRKL PAHACVVRFN TGFQLLRQKV ALWNEVAHRK3660
 3661 NNLVAEETEV AEFVQRWTKL ELQHWRQCLN QTAEQVELQA HRYWFFIYNL LQQFIQQKKL3720
 3721 DQSYTDIRFA EQRFGQDQLL DAQDLGEASR VELPQMIRIL RQFVEASSYG DFHVRLQLLH3780
 3781 GFEMYLHNVE RAGKIEGLPP LIAALHNLQL YFSQFAGEVA ESVKARRAPI EKKLREFVKI3840
 3841 QSYSKDLSYF SMRNNVASVH RNLNKFLKEY KLALLAKISE VFQPKDATAK DYSFGNDKAK3900
 3901 NQRHLNKIKS LLADQPACFL ASEQLSDSFS IRSEHVADNA LLQRLEKHFA TARHVVEETL3960
 3961 AHVPYGELIT ELDELLSAQL ERCEHLRALN VDRSKERPQQ KLQAKQILQQ KRKALTDLFK4020
 4021 TLHRLGISYK TGLMELSLRT EFEDFRVPPY CIRAMLPRLH PSWQHLNENL DLYFMKSVFK4080
 4081 LKLLQNIMLT PLSELGPPNI ERIKGFAVDM FLLVQQQRQQ LSDGTRQLHE LRNALASLRQ4140
 4141 VADARERAES DLQSLDFSRS ADVSAEMRQK LCQIHYVFRQ WQLLLSCAPP ILSSAEVNEH4200
 4201 RALDRAVPLA LSEVLQLSGQ ILGSSQKLLH ELNSSTLEYV STDKMEHYQK GYRQILETIE4260
 4261 KILALLRTEQ NALLPVAQPL VELLSRLKAE TSTELSPEEQ EPIDVANADT ELANIAHCVL4320
 4321 LSLQKIYKQH AQAQENGKEQ QEEQQSEALQ EQHLKKCLTS DLATDWQLLS LPRVLEKLSN4380
 4381 VLLVLKHAHP SAEKLLCLRR AVSLIPILDQ YQLLADYLLL QQLGTHKVSA KMMSVMLTIF4440
 4441 VEIGSRGFCV PKDLMQDEEG QSQQDSKNGE GFGLEDGTGE NDASDKIESE DQLDDAKRPE4500
 4501 DRKDEGDKQE PDCKEEKGID MSDNFDAEMQ DVEKPEEDDS GESEEEEELN KEMGETEEGA4560
 4561 EKLDEQIWGD DEEKPEEEEP ELNEEDQGKG SKDEKDTHND LDTKNEAAKE DGRDEHEKDG4620
 4621 LDATNEPGDS EDKRKEQAKD IEDMKDPEMD EEQTNAMHNE LEEPPEPEEM DLGDMNNVDE4680
 4681 GHDEAEEPTD ENPFDIDAMK ENMQPAEDAD GDAEEDPKEE DAHPESDDSD SEEETEAGKD4740
 4741 AADAGQNGPE DEGEDASPED EKQEPETQTR GELEPEEEET PGDAEDPEEG EKREEKPEQH4800
 4801 AQSQDKSSKE ENVQSVPETE KSSSADQVQQ PQDQDVKQEQ KMDEQETGEE KDGVGQAEND4860
 4861 TNDGGHQGVA ETQETVSQEE RKNEKQTQEK RKQGRTNEER TLGREAEKNK LKQLKTIDQM4920
 4921 KESKETEESE QQQPDQTDPA EAEEYQHVKD PKNSDKTTLD NATEEQSKKI QHQEEDEVPN4980
 4981 EETEAENADE LMETEEPAPD QEEDAQLEQL GAEKTEQKSD KPSKTEQSKD RLETPEGMEI5040
 5041 EGEVVPTMTV PRSAETTAHS NIELLMDKSA QAEELSTGQQ MELRQMYQQQ LTTFRGTQPQ5100
 5101 HEDYENWQSI SSRMTQNARE LCEQLRLILE PTKCTRLKGD YRTGRRINMK KIIPYIASQF5160
 5161 RKDKIWLRRT KPAQRDYKIT IAIDDSKSMH HNNSKTLTLE AISLVSQALT LLESGRLSIV5220
 5221 SFGEAPQIIL NHTEQFDGPR LVNSLNFSQD KTKIAGLLDF MRTANAEESG LGGDNGLFEN5280
 5281 LLLILSDGRN IFSEGAQKVK SAIKLARLQR IFLVYIIIDN PDNKNSILDI QHVVVNADGS5340
 5341 VNISSYLDSF PFPYYVIVRD LNQLPLVLSE AMRQWFELVN SE

    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: 0.97

    Source: Reynolds et al. (2008)

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