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Protein Overview: gi|7511874, gi|4...

General Information:
Name(s) found: gi|7511874 [NCBI NR]
gi|4185884 [NCBI NR]
Description(s) found:
Found 5 descriptions.
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  • pir||T13734 groovin gene protein - fruit fly (Drosophila melanogaster) (fragment) [NCBI NR]
  • gi|4185884|emb|CAA70581.1| Kakapo [Drosophila melanogaster] [NCBI NR]
    • Organism: Drosophila melanogaster
    Length: 4151 amino acids

    Gene Ontology:
    Cellular Component: growth cone [IDA]
    adherens junction [IDA][TAS]
    cytoskeleton [NAS]
    fusome [IDA]
    astral microtubule [IDA]
    microtubule [IDA][TAS]
    Biological Process: cell cycle arrest [IEA]
    mushroom body development [IMP]
    negative regulation of microtubule depolymerization [IMP]
    apposition of dorsal and ventral imaginal disc-derived wing surfaces [TAS]
    microtubule cytoskeleton organization [IMP][TAS]
    sensory organ development [TAS]
    microtubule-based process [ISS][NAS]
    dendrite morphogenesis [IMP][TAS]
    open tracheal system development [IMP][TAS]
    muscle organ development [NAS]
    regulation of axon extension [IMP]
    oocyte fate determination [IMP]
    axonogenesis [TAS]
    axon midline choice point recognition [IMP]
    branch fusion, open tracheal system [IEP][IMP][TAS]
    actin cytoskeleton organization [TAS]
    muscle attachment [NAS][TAS]
    lumen formation, open tracheal system [IMP]
    determination of muscle attachment site [TAS]
    Molecular Function: protein binding [IPI]
    actin binding [ISS][TAS]
    calcium ion binding [IEA]
    cytoskeletal protein binding [ISS]
    microtubule binding [ISS][TAS]


    Sequence:
    Sequence:
    [PDR BLAST]
    [ProtParam] 
          1          11         21         31         41         51         
      |          |          |          |          |          |          
    1 GDPNDPQLRR LRREMDEVNR LFDEFEKRAR AEEESKQASR IFTEECLAIK SKLEDMAREL  60
   61 DQIILAPLPR DLDSLEHVLE IHSDYERRLH LLEPELKHLQ ETFRTIALKT PVLKKSLDNL 120
  121 MELWKELNTQ SGLHKDRLKL LEASLAGLED NEHVISELEN ELARHQDLPS TAEGLQQVFK 180
  181 QLNHMQDIIT QQQPQMDKMN DAADQLGRMG VPTKVLGDLK RLHSNVERLN TRWSAVCNQL 240
  241 GERMRSCETA IGLMKNLQSS VQVEESWVDG TTERLSAMPT ATSAYELDQA VFEKFNMCEE 300
  301 NVNDLLKWVT TVEQKISSVG GPREKIDELR NQINALKQIK DEIESQQRPV ATCLEQIRQI 360
  361 VLTGGDVLSA PEVTTLENSG RELRSRVDRV NDRTVRLLRR LEAGRDELTK LRSELDVFSD 420
  421 WLQVARRTLE DKERSLSDLT RLPSQADSVR EFVSDVIGHQ ADLRFITMAA QKFVDESKEF 480
  481 LAILNDFRTS LPERLPHVEP LSSAESPIRQ EVSLVSAQYK DLLNRVNALQ DRVSGLGGRQ 540
  541 REYQDALDKA NEWLRSVHPR VSRIISEPIA GDPKGVQDQM NEAKALHNEL LSSGRLVDNA 600
  601 QQALDNLLRS LGGQLSPMEI NQLELPIADL KNNYQQLLDN LGEHCKTLDK TLVQSQGVQD 660
  661 ALDSLVGWVN QAEDKFKMNL RPASLIKERL QEQIREHKVL LADLQSHQAS IDSVQVSAKH 720
  721 LLASASNARI AKKVESNLND VTVKFEKLYE KANKRGEFLD DVYNRLSRYL DEISTVEQRM 780
  781 ASLQEALDSR ETSLLSTEEL ARRMNELSRD KDQLAPQFED CVRRGKDLIS LRDVTDTGVL 840
  841 RDRIKALESQ WRNINISIDE RAKLSKQKAE QQLAYEGLKD QVLSWLASTE ARVNGLPPVA 900
  901 IDLDRIKQQH DELKPICKDY RDYAPTIDKI NDIGAQYDAL IRPESPARKR STYSPIKRTS 960
  961 PLRRMSGDAR SPSPTKGGIL SPLSTGSSGF GSRRSSQDGF QLSELSPVQQ QLSEINNRYG1020
 1021 LIGVRLNDRQ HELDNLNEEL RKQYENLKGL AQFLERVQRQ LPKESVSNKD EAERCIKQAR1080
 1081 KILEDMYEKQ SLLDTTKAQV KDILRRKSDV PGAEQLRQEN DSIQEKWKNL NDICKNRIAF1140
 1141 SEKLRDFLDT HGNLKSWLDS KERMLTVLGP ISSDPRMVQS QVQQVQVLRE EFRTQQPQLK1200
 1201 HFQELGHDVV DHLAGTPDAQ AVEIKLKDIL GKWDDLVGKL DDRANSLGGA ADSSKEFDAA1260
 1261 VNRLREALQN ISDNLDTLPT DGDHQENLRK IENLERQLEG QRPLLADVEQ SAATLCNILG1320
 1321 DPASRADVNS RVAALEKQYL ALQKKLDTKK AETEASLRDG RHFAENCSKT LGWLGGELSN1380
 1381 LTDRLLVSAH KPTLQHQIDT HEPIYREVMA REHEVIMLIN KGKDLTDRQQ DRGVKRDLDR1440
 1441 IQQQWEKLRR EAVDRHTRLQ TCMEHCKKYS QTSETFLAWL RTAEDKLADL TPGVLSKAKL1500
 1501 ETRLRDLQTF RSEVWKHSGE FENTKGLGET FLSSCDIDKE PIKAELQDIR DRWERLNNDL1560
 1561 IARAHEIENC SRRLGDFNDE LRNLDHSLGR CEDRLAAHDA LGGAAKDPKL LERVKAIREE1620
 1621 LTNLSKPLQS LKALAKDISA EARAAGGDAD HLTSEVDGLA DRMSELQGRL DDRCGELQSA1680
 1681 ATAVSQFNEQ MKSLGIDLND LETEIEKLSP PGREIKIVQV QIDDVGKIQT KLDRLVGRLE1740
 1741 DAERAADVLV DAGFAADTTQ TREQISTLRK TLGRLDNRVR DHEDNLHSTL KALREFYDHQ1800
 1801 SQTLDDIQDV SDEFKRMKPV GSELDQIRRQ QEDFRNFRER KVEPLAINVD KVNVAGRDLV1860
 1861 RSAGSGVSTT AIEKDLEKLN DRWNDLKERM NERDRRLDVA LLQSGKFQEA LAGLSKWLSD1920
 1921 TEEMVANQKP PSSDYKVVKA QLQEQKFLKK MLLDRQNSMG SLANLGKEVA NHCEPGERAS1980
 1981 IEKQLNDLMK RFDALTDGAE QRELDLEEAM EVAKRFHDKI SPLELWLDNT ERSVKAMELI2040
 2041 PTDEEKIQQR IREHDRLHDE ILGKKPDFSD LADVAAQLMH LVSDEEAVNL GEKVRGVTER2100
 2101 YTGLVDASDN IGALLAESRQ GLRHLVLSYQ DLVAWMESME AELKRFKSVP VYAEKLLEQM2160
 2161 DHLLELNENI AGHASNVEST VESGAELMKH ISNDEAIQLK DKLDSLQRRY GDLTNRGGDL2220
 2221 LKSAQNALPL VQQFHEAHNR LVEWMQSAEA ALAPSEPRQA DVLRLEGELA DMRPILDSIN2280
 2281 QVGPQLCQLS PGEGAATIES IVTRDNRRFD SIVEQIQRKA ERLHLSNQRA KEVTGDIDEL2340
 2341 LEWFREMDTT LREADLPAME PKLVRAQLQE HRSINDDISS QKGRVRDVTA ASKKVLRESP2400
 2401 QSENTATLRE KLDDLKEIVD TVAQLCSERL GILEQALPLS EHFADSHQGL TAWLDDMEQQ2460
 2461 ISRLSMPALR PDQITLQQDK NERLLQSIAE HKPLLDKLNK TGEALGALVA DDDGAKINEI2520
 2521 LDTDNARYAA LRLELRERQQ ALESALQESS QFSDKLEGML RALANTVDQV NQLDPLSALP2580
 2581 QKIREQIEDN DALMDDLDKR QDAFSAVQRA ANDVIAKAGN KADPAVRDIK AKLEKLNNLW2640
 2641 NDVQNATKKR GSSLDDILSV AEPFWKQLNS VMKTLKDLEE TLSCQEPPAA QPQDIKKQQV2700
 2701 ALQEIRHEID QTKPEVEQVR RHGSNLMNMC GEPDKPEVKK HIEDLDNAWD NITALYAKRE2760
 2761 ENLIDAMEKA MEFHETLQNL LKFLTKAEDK FAHLGAVGSD IDAVKRQIEQ LKSFKDEVDP2820
 2821 HMVEVEALNR QAVELTERTS PEQAASIREP LSVVNRRWEA LLRGMVERQK QLEHALLHLG2880
 2881 QFQHALNELL VWINKTDSTL DQLKPIPGDP QLLEVELAKL KVLANDIQAH QNSVDTLNDA2940
 2941 GRQLIETEKG SVEASTTQEK LRKLNNEWKQ LLQKASDRQH ELEEALREAH GYIAEVQDIL3000
 3001 GWLGDVDAVI GASKPVGGLP ETATEQLERF MEVYNELDEN RPKVETIQAQ GQEYIKRQNQ3060
 3061 MKVSSSNLQH TLRTLKQRWD AVVSRASDKK IKLEIALKEA TEFHDTLQAF VEWLTQAEKL3120
 3121 LSNAEPVSRV LETIQAQMEE HKVLQKDVST HREAMLLLDK KGTHLKYFSQ KQDVILIKNL3180
 3181 LVSVQHRWER VVSKAAERTR ALDHGYKEAR EFNDAWSGMM QYLQETEQVL DQIIEEATAS3240
 3241 KEPQKIKKYI GKLKETHRQL GAKQSVYDGT MRTGKNLLER APKGDRPVLD KMLIELKEQW3300
 3301 TRVWSKSIDR QRKLEEALLL SGQFSDALGE LLDWLKKAKS RLNENGPVHG DLETVQGLCE3360
 3361 HHKHIEQDLQ KRAAQMQGVL KTGRDLERSG NNPEVGRQLD EMQSIWEEVK SAVAKRGERL3420
 3421 QVALVDAEKL NARVQALFDW LDHAEHKLRY AKNAPDDEKV SREMMDIHMD FMKDLRVRER3480
 3481 EKTETFEYAE DIINKAYPDA IPIIKNWLSI IQQRWEEVRQ WAINRESKLE QHLQSLKDLD3540
 3541 DTIEELLAWL SGLEGTLLNL KHEQLPDEIP PVEKLIEDHK EFMENTARRQ NEVDRACKPR3600
 3601 QLPPGARKPS RSGKTPVFKG SRDQGLNARK GSRITPTRDT PDRDRLPHYG PRFSPSTSGP3660
 3661 ELEFRSPRAK LLWTKWRDVW MLSWERQRLL NDHLLYLKDV ERARNFSWDD WRKRFLKYMN3720
 3721 HKKSRLTDLF RKMDKDNNGM IPRDVFIDGI LNTKFDTSGL EMKAVAGFVR IAMAEGLIDW3780
 3781 QEFIAALRPD WQERKPANDS DKIHDEVKRL VMLCTCRQKF RVFQVGEGKY RFGDSQKLRL3840
 3841 VRILRSTVMV RVGGGWVALD EFLQKNDPCR ADEHLAELMP IFEKIRAQDQ VPCAFPIHMG3900
 3901 AGGTVFVRCN TSRSVPLSPH VLHCHPTTHW VRERSVRSIP MSRPSRSSLS ASTPDSLSDN3960
 3961 EGSHGGPSGR YTPRKVTYTS TRTGLTPGGS RAGSKPNSRP LSRQGSKPPS RHGSTLSLDS4020
 4021 TDDHTPSRIP QRKPSTGSTA SGTTPRPARL SVTTTTTPGS RLNGTSTITR KTASGSASPA4080
 4081 PTSNGGMSRS SSIPALTGFG FKPIRRNISG SSTPSGMQTP RKSSAEPTFS STMRRTSRGT4140
 4141 TPTEKREPFR L

    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: 0.99

    Source: Reynolds et al. (2008)

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