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Protein Overview: gi|110764378

General Information:
Name(s) found: gi|110764378 [NCBI NR]
Description(s) found:
Found 2 descriptions.
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  • gi|110764378|ref|XP_395007.3| PREDICTED: similar to hect (homologous to the E6-AP (UBE3A) carboxyl terminus) domain and RCC1 (CHC1)-like domain (RLD) 2, partial [Apis mellifera] [NCBI NR]
    • Organism: Apis mellifera
    Length: 4791 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 MNIQLDITMR PEIRLDAKWL KTDLKRLLYR DGLAELWNEM VRDGEIIGSF SDSLVNTAGI  60
   61 IARKGESGHY YCNMGVLTCP CCNGICGPQH GCNCGPCQKL DEEEAARTSA FIEKNMIAEH 120
  121 VMDSWLWGSQ PSIHDLTTCI KLLIKEQRKL CYEVANNTLS AIRLRQRLVI ARRYFMAHSR 180
  181 HKPQEIKDIS TTSKPTINVR SNEKPTLGLA RVGSRAALNF SFAYLRRAWR SGEDVEFCSE 240
  241 LLSESLEALQ SLPEATLFDE TNVSQVWLEV VERSAKFLRQ VVTGDIVSGR SWCPIPIADQ 300
  301 HTALCLLLEL VTQRATLSSL LDSVCLLLHL SGKHKHQDNR VMPPGSMAPL VPLLRRLNMI 360
  361 PASKSYRIDT NIAPGPCEVL LKYLRLPEDD STSVDLRKAA VIIMCNLNRL AVPLLPPIIA 420
  421 DRFQKNHNQT FQEVIAWGSV VTFNGPSPVY YDTISELGIK QLCCTERAVI ILSVNGNVYM 480
  481 MYYGSETQRV YGFSEKPITM IASHSDGTHY LALTQDNSVY SWGNGECGRL GHGNMTWYDE 540
  541 PKLIEALVEK NITFIACGST YSAALSSNGE LYTWGRGNYG KLGHGNSDKD VMIPTLVTAL 600
  601 NGHMVVYVAC GGGRDPQTLC VTASGIVFSW GDGNHGKLGR GGCDGSKTPK IVDKLLDINV 660
  661 AKVYCGQQFS AALTAYGEVY TWGKGEDYKL GHGNEDHVRY PKIIDILKTK KIKDLYIGHL 720
  721 HVLALTEDQL VYGWGRNDHG QIDPALGTIV PEPTLCPTFS GKNVIGLACG PTQSFAWCTA 780
  781 AWSVANRVAF VVDICEETFR LLDTLLNKAC EGLPSTRPPT QDRECLAVAT LNLIRLQLHT 840
  841 MITHNIDSKS VGLANTPLLN SLKQRCVMLA SSIDILATIQ EAAQAVLQTG WSILLPTANE 900
  901 RAKTLSNFLS KTNYNNFEQI NGNNGQQFMA DLLVSSLMAD GGLELALKIA VKAETSELAD 960
  961 EKEFSVNNNA SKSTDTKQAK ELNSEKNNTS ISLLQLVKQL IKNGTCITQS KLLIAHQLAR1020
 1021 NFEESQRSDN SPSLNLLLKF QRLLIAQLYE CIDDVGTKKL HDQEMLGAEL LLKKYLSQIC1080
 1081 IHVTEIMSFA VELANTCIKQ FILVTTVLKS DIISVLLPEL ITCLILLQHD YPLLLLNMNW1140
 1141 MEVMVPILDA LNRFNKLIPT IEKSETDDLS WPGIIAPQHG NKISISDEPT TIRWADLENH1200
 1201 NRDGGLWVVV NNNVYDIQDV RFDERSNSLE GLQRTATSWD INSGGETNVS FSRDQVSRNM1260
 1261 MDSYFVGYYC HSEPENTEVK IDVMDVCSCL LDTERALGFL LGLHAHRMRQ SLPLQTAEEE1320
 1321 AGRWLNANFF RGGLQILQPP NPYEEEKGEA RSNTSTAANS PTEPPLPTRI KNELQKNERR1380
 1381 EDDRVTAFIY ALAETHKTDA QVQSFLTIID KYSKANNLLA HTEFCGDHPV EEVSRLLMAV1440
 1441 IIKHLALGYQ VINLIDHQET GNENSPKLTK QLAEMIRTIH QTKWNLIRIR QQQNRSYKEV1500
 1501 CAPAQEKCRF LLHEVRSATS YEIKGLHDLK LLYTVAKFRK TVKTIIRDIR KNRDSLSKPE1560
 1561 DILNASIQNA KMKNKSDEDV SITMIITTTT TTTTMASTPV MATIASTMMT SIMTTTISTM1620
 1621 TTMTMTLTTM TTTSTPTPTP TTTLTINERK TFKTLNIDSS ELMINIINFV ITEDSGDVET1680
 1681 LRRAMYCQMQ RAKLREQGIV MMQQLLQKDY LITSVKYSLL NGWLGFSHEN KSLANGIMHC1740
 1741 LENIQSVTPY QKSKIILAEA EIISWAVQAL RAYVIQAEIP TKPKISDKSS LNQGTYTWLR1800
 1801 KLPRARFLLT ILGMLSNYQH ANEIGLLINS GCVSSILTLL RQIGPSMSTE PGVDTDMNID1860
 1861 AKPKDIPVNV IYEDNFEKNK PQTVQLTGAE LAALMKIGTR VVRGVDWKWG DQDGPPPGEG1920
 1921 RVIGELGEDG WIRVQWDNGT TNSYRMGKEG KYDLKLAEPP TPPETDSEID SPQDLAKIDK1980
 1981 GNEFVDVHPT TCLKSASITV LRVILLCCGI EADRVTPSAI KILASVLRDI LSLAYKSDFN2040
 2041 THSQLAKEHH ETWATLGLLR AIAKSTELCK SLSTKAWIDF LLNIIAEQRN PDLEKQIMTV2100
 2101 RLLTAVLPSW STDNPSQIMD KRPNGMPVIA GSVNASILRN QQQQLAALNA GKIILNYQTK2160
 2161 LRKILKYIID KNISNNSNNN NNHNQQNHHY SHHYYYRHHY HQRQIDIGDH INDENNCEVD2220
 2221 GRRWDKINRI NRAYEDHGEN NDNNDIEENE EENEDDEDND DDDEDDNARV IVIDSTRNND2280
 2281 ISSEDNYEET NVDGREDCRN KRTTLFQEML TRATKPQPLK PIFKHKELEE AALTVSQYLA2340
 2341 SELKHSLIQV TNIIITGTAS GSASVRGVAT TAGPFSEPES PVSDCSLISL TSSQKKHCKS2400
 2401 TGRKSPLPMS PLVTQLIEMG FPKKSVEFAI KSLSSAVGFI TAESVVAWLL ENPDATLSDS2460
 2461 ETLSSIYGLS DPEDSTSENI DESPSTHEAI SSSIIPPNYM KRSDFLSVDE YAIYVRDNLI2520
 2521 PGMLVRCCKS YEEVEYGDIG QVIKIDPEGL HDLNVQVAWQ RKGGTYWVRF IHIELLGHPP2580
 2581 IIPGPATLKI GDKVRVKASV TVPKYKWGSV NHQSIGIVTG IINNGKDVAI DFPQQNNWTG2640
 2641 CAIEMERVPS CHHSVSCNSC HLLPISGPRF KCKYCENYNL CENCFYTKRC HRHGFNRIVE2700
 2701 PGSAAVYAGK PGRYHRQDYI ESSLIDDWSK CIRTLRVSSP QSWATRLFDG TGLYWQSPQG2760
 2761 KHWIRMEMLS GILVHSLKII VNPQDGSYMP SLIAINVGES FNSLVELATI SVRHTDTSVL2820
 2821 LLQDMKEYYP CIEIAIKQCR NGGIDCKIRG LQIIGKRKVF ENQLATSISF LASDWEIIQE2880
 2881 QMNSQRGSEP QPQHSAVYVW GLNDKDQLGG LKGSKIKLPV YSEVLSKLKP VHIAGGSKTL2940
 2941 FVVSQEGKLY ACGEGTNGRL GLGDDSNVCE PKPIPFLSQY VIKKVAVHSG GKHALALTQD3000
 3001 GKVFSWGEGE DGKLGHGNSI SLDKPRLIES LKSKRIRDIA CGSGHSAAIT SSGELYTWGL3060
 3061 GEYGRLGHGD TATQSKPKLV QSLVGQRVIQ IACGSRDAQT MALTADGLVY SWGDGDFGKL3120
 3121 GRGGSDGCYT PLLIDRLNGL GVVQIECGAQ FSLALTKYGE VWTWGKGDYF RLGHGNDHHV3180
 3181 RKPTLVEGLR GKKIIHVAVG ALHCLAVTDI GQVYAWGDND HGQQGNGTTI VNKKPSLVHE3240
 3241 LDDARVNRVS CGSSHSIAWV LTDQPAINNQ EPVTFPTTKD PLGQINYPIP SCSKTSTVSQ3300
 3301 INGGDIINNG DIILNMSTFS SGNRPSLSSI ILSLESNVAK QQALQHVINA LRIIQARIIV3360
 3361 VTALQSHSTL KLANSNGNIN NSKCCPITEI MVPDGTITGS NIIGGGEAPA NAELINLVNN3420
 3421 SPRTSPESED YPLATVFPSM SSSASLSSRA SKMSSSAMSV IAATLTSNAQ IVGEGVTSDR3480
 3481 NLDDFTCSLT EEDGRMLIDL LKLAVANRVC KGAKETISSV LIALAKVNHS IRNIVLEICI3540
 3541 TELEDTVANS NNRSNVPQPI VQESPHPYID GTTLTGHVKI SGAEALRVEF DRRCSTERRH3600
 3601 DPLTIMDSNN RVVAVKSGRE WSEWAAEIRI PGDELRWRFS SDGSVNGWGW RFTVYPVLAS3660
 3661 LAPHDLISDR AVLSQPSIAL AESLLDNTLI TLDRNIATRL TTTLAQCSQL SVLSAQQRMW3720
 3721 ALKKLQVVYS SGPGIRPEIA LSSLLGSLPQ ALLKQYTYED PLVRGGKQLM HSDFFKVLVA3780
 3781 LACDLELDGM QCCSEIHKWS WFRRYCLSVR VAKSLINRTS LPKPFCLEVT KQINEMITDK3840
 3841 EGNTKDHENH ELFKQEHDEQ LLQWLNRRPE DWMLSWDGSG AIYGWGHNHR GQLGGLEGAK3900
 3901 VKLPVLCESL SALRPVQLTG GEQTLFAVTA DGKVYATGYG AVGRLGIGGT DSVMVPTLLE3960
 3961 SIQHVFVKKV AVNSGGKHCL ALSSEGHVYS WGEGDDGKLG HGNRLSYDRP KLIEELLGTE4020
 4021 IVDIACGGHH SAAITSAGWL YTWGKGRYGR LGHGDSEDQL TPKLIEALQD YKVIDVACGS4080
 4081 GDAQTLCVTD DDNVWSWGDG DYGKLGRGGS DGCKIPMKIE SLAGLGVIKV ECGSQFSVAL4140
 4141 TRSGAIYTWG KGDYHRLGHG TDDHVRRPRK VAALQGKKII SIATGSLHCV ACTDKGEVFT4200
 4201 WGDNDEGQLG DGTTSALQRP RLVHALQGKK ITRVACGSAH TLAWSTMKAT QSKMPATTPM4260
 4261 EYDLVKDLPF PVLHNRLVLL HHFAELLCPC LPMYPITGPV SLSKLAPILV YSIKEATFRK4320
 4321 VVQATMVRDR QHGPVIELNR IQVKRARSKG GLAGPDGIKS VFGQMVSKIS LLTQDVLFFP4380
 4381 HRIWKVKFIG ESVDDCGGGY SESIAEMCDE LQNGSLPLLI PTPNGRDDNG TNRDCFLLNP4440
 4441 IADSPLHMNM FRFLGILMGI AIRTGSPLSL NLAEPVWKQL AGISLTPADL TEIDRDYVPG4500
 4501 LLCIRDMDPD EKMFQTLEMP FSTPSAIGHD VSLSSRYRKI TPENKHEYVQ LALNYRLHEF4560
 4561 DTQVSAVREG MSKVIPVPFL ALFSGPELET MVCGSPDIPL TLLKSVATYK GIEATAPLIQ4620
 4621 WFWEVMEEFS NQERSLFLRF VWGRTRLPRT IADFRGRDFV LQVMDKYNPP DHFLPESYTC4680
 4681 FFLLKMPRYS CKAVLRQKLK YAIHFCKSID TDEYARVQAA TNSDTEETDS LLHINYTRLN4740
 4741 LSAIKLPDVI IGKGSAGCNA LYYLGKYNAN TIILDKLKLI SILSTYGTLL V

    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: 0.85

    Source: Reynolds et al. (2008)

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