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Protein Overview: shot-PH

General Information:
Name(s) found: shot-PH / FBpp0086747 [FlyBase]
Description(s) found:
Found 21 descriptions.
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  • The gene short stop is referred to in FlyBase by the symbol Dmel\shot (CG18076, FBgn0013733). It is a protein_coding_gene from Drosophila melanogaster. Its sequence location is 2R:9751742..9829615. It has the cytological map location 50C6-50C9. There is experimental evidence that it has the molecular function</span>: protein binding. There is experimental evidence that it is involved in the biological process</span>: negative regulation of microtubule depolymerization; dendrite morphogenesis; oocyte fate determination; regulation of axon extension; microtubule cytoskeleton organization; mushroom body development; open tracheal system development; branch fusion, open tracheal system; lumen formation, open tracheal system; axon midline choice point recognition. 76 alleles are reported. The phenotypes of these alleles are annotated with 25 unique terms, many of which group under: organ system; multi-cell-component structure; peripheral nervous system; nervous system; anatomical structure; ectoderm derivative; embryonic/larval tracheal system; embryonic nervous system; portion of tissue; embryonic neuron. It has 15 annotated transcripts and 15 annotated polypeptides. [FlyBase]
    • Organism: Drosophila melanogaster
    Length: 8805 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 MHSSSQSTLK RTQQLVRQTN GGRGDVLSSG SEVVHSSRGP AITTNIDDSN LRYRHETKRE  60
   61 RTVEAVITDY PGVSPLGSVP HERTNFERTV TFQDPTGNSR RLSETGALVP AGAIPTSSTH 120
  121 YQQVTRNKRI STEVLGSSVE STKTSQRAPN GHRRVTTHIV RKVTTLSRAE ENAQPAEDLL 180
  181 PPAKMIRSSE LEYRRALPPA IESSSTQRRE ISDIVVGKED NVSAREALLR WARRSTARYP 240
  241 GVRVNDFTSS WRDGLAFSAL VHRNRPDLLD WRKARNDRPR ERLETAFHIV EKEYGVTRLL 300
  301 DPEDVDTNEP DEKSLITYIS SLYDVFPEPP SIHPLFDMES QRRVHEYRDL AQQFIYWCRE 360
  361 KTAYLQERSF PPTLIEMKRL LSDLQRFRSD EVSARKREKS KLIQIYKELE RYFETVGEVD 420
  421 VEAELRPDAI EKAWYRMNTA LQDREVILQQ EIERLERLQR LADKVQREIK HVDQKLTDLE 480
  481 GRIGEEGRRI ERLHPVDAKS IVEALETEIR HLEEPIQDMN QDCHVLNEGR YPHVSELHKK 540
  541 VNKLHQRWAQ LRTNFHTNLV QKLSGLKYPV HETTVTRQTR MVVESRQIDT NPHFRDLQEH 600
  601 IEWCQNKLKQ LLAADYGSDL PSVKEELDRQ QHEHKIIDQF HTKILNDERQ QTKFSGDELA 660
  661 LYQQRLNQLQ KVYAELLSTS TKRLSDLDSL QHFLGQASAE LQWLNEKEQV EITRDWADKQ 720
  721 LDLPSVHRYY ENLMSELEKR EMHFATILDR GEALLNQQHP ASKCIEAHLT ALQQQWAWLL 780
  781 QLTLCLEVHL KHATEYHQFF GEIKDAEQWL AKRDEILNSK FSQSDFGLDQ GETLLRGMQD 840
  841 LREELNAFGE TVATLQRRAQ TVVPLNKRRQ PVNRQGPVQA ICAYKQQGQL QIEKGETVTL 900
  901 LDNSGRVKWR VRTAKGQEGP IPGACLLLPP PDQEAIDAAE RLKRLFDRSV ALWQKKHLRL 960
  961 RQNMIFATIR VVKGWDFDQF LAMGPEQRTA IRRALNDDAD KLLSEGDPND PQLRRLRREM1020
 1021 DEVNRLFDEF EKRARAEEES KQASRIFTEE CLAIKSKLED MARELDQIIL APLPRDLDSL1080
 1081 EHVLEIHSDY ERRLHLLEPE LKHLQETFRT IALKTPVLKK SLDNLMELWK ELNTQSGLHK1140
 1141 DRLKLLEASL AGLEDNEHVI SELENELARH QDLPSTAEGL QQVFKQLNHM QDIITQQQPQ1200
 1201 MDKMNDAADQ LGRMGVPTKV LGDLKRLHSN VERLNTRWSA VCNQLGERMR SCETAIGLMK1260
 1261 NLQSSVQVEE SWVDGTTERL SAMPTATSAY ELDKLLGAAI ERKPKIENVN VAGGRLIREA1320
 1321 KIYDSKCLRF VDWLVEARPS FSPPRRDLRP ADSDPGATQY YSQRLDNLNT KNDRLLEQLS1380
 1381 QRLKTAIEVN GSDGLQYAES LQKPLKTFRV DFSAGSVPTG DGYAARQEDL YTTTYSTTQI1440
 1441 SSTKTTKSST KSVYSSDGLD AASQEVSTAG LPQSQIQFNE IRTLKRSQQL GGHSVLDIAG1500
 1501 IRDPRTGRVL TIGEAIQLRI LDVRTGEMLV GDRRITLEQA ADQGLIDLQL AKQLLEPGAG1560
 1561 RDASGRELSL LEVIQREISE AESGYETAEK RIKVNNTVTV EQTSGELGSP ENPRNIADAI1620
 1621 TAGSVDTKTG LYRVKSGQTI SLAEAYERGY LIRHESVTIK SNALCLSDAI AHGLVDGAGW1680
 1681 IADRNSGDKF RLDSAIANQL IDASVREVVD AKRDTKITLQ EALQSGVLNA KTGRYVNEVT1740
 1741 KEKLTFAEAR NRQLIVKPYT LKDICDLNLL DKQAQITSPM RREKLSIMQA IEAGVLDGNL1800
 1801 LKCITKRKGE LVTLQEAIAD GIVLPAECKY RDFMTGELIS IPEAVERGLI SSVAQRSIFD1860
 1861 IDGFKDLRSN DYVSFNVALS RDLLRRKSTG FALETGRDSL VPLEVAVSEG LVRQEVYEMF1920
 1921 SRGIGVQNAS GKELSVFDLV YHNLIDPKTG YLLDPKTGET VPLDTAIERK FITPEGALLL1980
 1981 SSLLNITLTT ETVTRTINRY VTIRAGSQEP VDSVLLTFTE AVRQGFIDEE RQLFKDPKTG2040
 2041 NIYSVQQALN YGLLVPDSNQ TVPEPTNRKK TKSTITIVTK QIIPEAEPIK LNTQHTKYVE2100
 2101 KSVEIPISQE LVKPHRVVSE FINLEKSSYI EQNVTERQIM ELPPGGWRLK DAIEQRLFNP2160
 2161 DTGVFHVQGT DRLVNFEECI NKQIINNLSL SVIDPNTGDK ISVQSAFERD ILDSYGNYTN2220
 2221 SRKQVQGMRS AIDESKIILE TVPATRGANQ KTILRITKVN NIPDVLEVST PLKDAPPKFV2280
 2281 EVLTCQRELA SPEPLQIAPG AIYDPSTALV IFTQTGETEN IFDAARQGLV DEQLIKIVDP2340
 2341 TTKQPISVTE AIARSIYDPK TATILDSEGQ PVDLITATKL GLLSVVGAPL VAAEGALRTV2400
 2401 RFVTDPRTGE QIPVEVAYER GIVSRDQLHR GRSFDSEPAT VEDKVVVLQR MRKVILKPKD2460
 2461 ALRKGIIDEE TCEILENTSN FTNPKGEVVN ITEALNTGLI DGRRGQVIDP QNNRVLNLRQ2520
 2521 AVEQKIIDSE QTNHILMPLA KSLSVPRLAD QGLIDPQTQT IVHPESGYPL SIHEAIVCEV2580
 2581 LDPHSKLHKP EKCTLEEAIT KGIINADDST FNYKNKTLNI TEAIEAKLFD PSYDQQKSKV2640
 2641 EIPPVGMIFP VAVEKSLVEP SKRVVLHPST KKALPIKQAI EENFIMSIPY SPKPDAIEVV2700
 2701 TAMEQDLIDV AAQTLTVPST GERIPLRQAM ENGVLVVKNL SDFVITQKPI PKTEIMETVR2760
 2761 AVHTVTTKTI ELMQGYVLIS NNEVQNVNTG EVCSLEEAKE LGILREESTT RETKAAAGES2820
 2821 PESVGDVGTS GDQTVIVEER TQTVVVSSDT RKQEMQVVST TQSTKDTSVP SVSEIETKGS2880
 2881 KEPSKTLQNV KDAAKLGALG VIAAPVLAGG AIVSGVKSLI KSVKSPTEDA KSTEKPKEPQ2940
 2941 TSFIEQERRK ELQPQQVPSE VDNLLSETEN FISSTTANFI ANEKQQDKPD TLPQESNLPL3000
 3001 EVESTSTLTT TTVTTITTSS TTTETGNLEP VVVEDVSTTV KEDKVVVKPS TVPEDKTEVS3060
 3061 KITETITTVT SNETDTVPEK ISQKSASEES AKKDPVVTKD TSSRPAETET SPKPVQKEPT3120
 3121 PDPAQNTEFP ESIKKDPTPE PDYKETATEA AQITPKEASP APTNKNEQSA EPTSKPEPMP3180
 3181 RTAKKEEISE IEPPFTAPLA PFVDQLAETK ITEIKTEFKE PVTSSQTITT ITTTVKTVDE3240
 3241 HPIVEEVDEV SKSEKIVDVE EPTVHQQEPI KVNETSDDST RTEPTNEIVH EERVVTVEEP3300
 3301 TITETTVTTT TITTTTTSSS EETLPQENTA TVKETPLNEP VPSSPAETKE IEQTTNDDQK3360
 3361 KPEEIVDTEK KTTEQKPVET IPTEPISTSE TTTVTLTTKT TIVDEGKLHP PSDIEQIIQP3420
 3421 HSTSDKHQSL VDFIEQEKGT QPAEGGSNIL QNVKDAAKLG ALAIVGAPVL AGKALVDALT3480
 3481 TEKTLKPEHS TSQVVTETVE ELPTEIITTS TATLVTKVTT TTTTTTTSTS EGTPDDEALD3540
 3541 VVKLPAELVE SSVKREVPRT LAIGDAISQK LISPDECQVI VDGEQQSQTV STLLKEEQLS3600
 3601 PLDEVQIIDD KLIVLQQVSY LVDADTELTP QNLYELNIYD PENQYFIDPS TGQKISFHTL3660
 3661 VFDMNVFNPE TILVKNFSTG KYETLTAALE RPLLDRHTGH MVDPKTGKKI PFFECVDRQW3720
 3721 IIRANPEEQK PSGIENVTID TQTGQVVLDD GRVCSIVEAI NSGKLDIQSI SVRDPVSGEV3780
 3781 IPLRMAIELG VVDMQAGTVI DIQTLKEIPM ELAFQLGFLV PGARKPISLE AAVRKGLYDP3840
 3841 ETGKLFDSES QNQVDVQKSI EIGLVDPKIS LIVDTVTKKE VKLDCAIEDD LVLPATGQIK3900
 3901 DNKNNTLVPF DVGVQQCLLK TDNVTWSLPE LLQREYYTPS TGKVLNPVTG EEILLQQAIE3960
 3961 MGFVELETTL VKDVDHDKIL PGKEAAKVGL LDTVRGTLSS PNISLDEAFV KGYLISTKKP4020
 4021 LSLVDCLLRG LYDPSTAKFT IDDKQLDLKA AIAQKLINPE ELVLLDPKTE SIISITEAIA4080
 4081 KGYLDPIEGY VINPYASTKL SLHEALENRI LIPPKRKRSL PDAVYRGLYD PKTGQFSNTV4140
 4141 TREKLTTERA IRRGILDPDS TVVNVGSGQI IPFGVATETG IVDSKHGTVR DADDHPIDFK4200
 4201 EAFDRGILVE AKKPLRLIEA VVKNVYDEVD GHFVDPKSGE KLNFAEALNT NLLDEHSVQI4260
 4261 RDFKTGLYKQ LNLTHAKDTG IIDAQNSKLL YNNQTMTLKH AFDIGILMDV NAPISIQRAI4320
 4321 HQGLFDDKTG KLSDPRTGRQ ITLLESMRSF VVNPHLPCYF DEQTEQMYTL SETCRNGIIN4380
 4381 RREGVFREPG SNSFVPLGEA LSLGLIVDIE NAGFGLYELL SMGFYETSTR KVLHPVTNRK4440
 4441 LNLNEACVED VVSLSSSLVK HHETGKYLRL ANAIKEQLVD DSRGCYNLGN EQLDLQAARA4500
 4501 RGLIVSNRRL LSLELVLRQQ LYRPETGKFC DPTTGEYLDL IEAIHSGFID PATTVFKNQL4560
 4561 TGKELPLTEA IENGDIDVSK GRVFDPKSKS AYNYDVALSR GILVTITRPL TDRNDVVRRQ4620
 4621 DSVELLNQTP VSVVISKPRE MSLEEAIRYN IIDPKTALVR DFDSFKFLPY SVAVERGLVD4680
 4681 TTKRTLVDPK ALYFAFDPTL IVYVREPVTF DQAAESKCLD LQTGLLTYVP ASVPGSATAA4740
 4741 PASDDSANDS LTVIETPKVY TLKEAASAGV VDPDSALVKD LAKAKLVRLP EAFRKGLMDA4800
 4801 NKANVLNTQT SKLCTLQEAY ESGLICTPKR SFGLLEAITF NLYNPTNGCL VDPFQMHPDI4860
 4861 IRRRKFTLAE AIGSGLVDPS STVVRDPSTG VIVPLTAAIS SGLIDATEGR LTDANEPKNN4920
 4921 IDLVKAAEKG LLLPAEQRQA VFEKFNMCEE NVNDLLKWVT TVEQKISSVG GPREKIDELR4980
 4981 NQINALKQIK DEIESQQRPV ATCLEQIRQI VLTGGDVLSA PEVTTLENSG RELRSRVDRV5040
 5041 NDRTVRLLRR LEAGRDELTK LRSELDVFSD WLQVARRTLE DKERSLSDLT RLPSQADSVR5100
 5101 EFVSDVIGHQ ADLRFITMAA QKFVDESKEF LAILNDFRTS LPERLPHVEP LSSAESPIRQ5160
 5161 EVSLVSAQYK DLLNRVNALQ DRVSGLGGRQ REYQDALDKA NEWLRSVHPR VSRIISEPIA5220
 5221 GDPKGVQDQM NEAKALHNEL LSSGRLVDNA QQALDNLLRS LGGQLSPMEI NQLELPIADL5280
 5281 KNNYQQLLDN LGEHCKTLDK TLVQSQGVQD ALDSLVGWVN QAEDKFKMNL RPASLIKERL5340
 5341 QEQIREHKVL LADLQSHQAS IDSVQVSAKH LLASASNARI AKKVESNLND VTVKFEKLYE5400
 5401 KANKRGEFLD DVYNRLSRYL DEISTVEQRM ASLQEALDSR ETSLLSTEEL ARRMNELSRD5460
 5461 KDQLAPQFED CVRSGKDLIS LRDVTDTGVL RDRIKALESQ WRNINISIDE RAKLSKQKAE5520
 5521 QQLAYEGLKD QVLSWLASTE ARVNGLPPVA IDLDRIKQQH DELKPICKDY RDYAPTIDKI5580
 5581 NDIGAQYDAL IRPESPARKR STYSPIKRTS PLRRMSGDAR SPSPTKGGIL SPLSTGSSGF5640
 5641 GSRRSSQDGF QLSELSPVQQ QLSEINNRYG LIGVRLNDRQ HELDNLNEEL RKQYENLKGL5700
 5701 AQFLERIQRQ LPKESVSNKD EAERCIKQAR KILEDMYEKQ SLLDTTKAQV KDILRRKSDV5760
 5761 PGAEQLRQEN DSIQEKWKNL NDICKNRIAF SEKLRDFLDT HGNLKSWLDS KERMLTVLGP5820
 5821 ISSDPRMVQS QVQQVQVLRE EFRTQQPQLK HFQELGHDVV DHLAGTPDAQ AVEIKLKDIL5880
 5881 GKWDDLVGKL DDRANSLGGA ADSSKEFDAA VNRLREALQN ISDNLDTLPT DGDHQENLRK5940
 5941 IENLERQLEG QRPLLADVEQ SAATLCNILG DPASRADVNS RVAALEKQYL ALQKKLDTKK6000
 6001 AETEASLRDG RHFAENCSKT LGWLGGELSN LTDRLLVSAH KPTLQHQIDT HEPIYREVMA6060
 6061 REHEVIMLIN KGKDLTDRQQ DRGVKRDLDR IQQQWEKLRR EAVDRHTRLQ TCMEHCKKYS6120
 6121 QTSETFLAWL RTAEDKLADL TPGVLSKAKL ETRLRDLQTF RSEVWKHSGE FENTKGLGET6180
 6181 FLSSCDIDKE PIKAELQDIR DRWERLNNDL IARAHEIENC SRRLDDFNDE LRNLDHSLGR6240
 6241 CEDRLAAHDA LGGAAKDPKL LERVKAIREE LTNLSKPLQS LKALAKDISA EARAAGGDAD6300
 6301 HLTSEVDGLA DRMSELQGRL DDRCGELQSA ATAVSQFNEQ MKSLGIDLND LETEIEKLSP6360
 6361 PGREIKIVQV QIDDVGKIQT KLDRLVGRLE DAERAADVLV DAGFAADTTQ TREQISTLRK6420
 6421 TLGRLDNRVR DHEDNLHSTL KALREFYDHQ SQTLDDIQDV SDEFKRMKPV GSELDQIRRQ6480
 6481 QEDFRNFRER KVEPLAINVD KVNVAGRDLV RSAGSGVSTT AIEKDLEKLN DRWNDLKERM6540
 6541 NERDRRLDVA LLQSGKFQEA LAGLSKWLSD TEEMVANQKP PSSDYKVVKA QLQEQKFLKK6600
 6601 MLLDRQNSMG SLANLGKEVA NHCEPGERAS IEKQLNDLMK RFDALTDGAE QRELDLEEAM6660
 6661 EVAKRFHDKI SPLELWLDNT ERSVKAMELI PTDEEKIQQR IREHDRLHDE ILGKKPDFSD6720
 6721 LADVTAQLMH LVSDEEAVNL GEKVRGVTER YTGLVDASDN IGALLAESRQ GLRHLVLSYQ6780
 6781 DLVAWMESME AELKRFKSVP VYAEKLLEQM DHLLELNENI AGHASNVEST VESGAELMKH6840
 6841 ISNDEAIQLK DKLDSLQRRY GDLTNRGGDL LKSAQNALPL VQQFHEAHNR LVEWMQSAEA6900
 6901 ALAPSEPRQA DVLRLEGELA DMRPILDSIN QVGPQLCQLS PGEGAATIES IVTRDNRRFD6960
 6961 SIVEQIQRKA ERLHLSNQRA KEVTGDIDEL LEWFREMDTT LREADLPAME PKLVRAQLQE7020
 7021 HRSINDDISS QKGRVRDVTA ASKKVLRESP QSENTATLRE KLDDLKEIVD TVAQLCSERL7080
 7081 GILEQALPLS EHFADSHQGL TAWLDDMEQQ ISRLSMPALR PDQITLQQDK NERLLQSIAE7140
 7141 HKPLLDKLNK TGEALGALVA DDDGAKINEI LDTDNARYAA LRLELRERQQ ALESALQESS7200
 7201 QFSDKLEGML RALANTVDQV NQLDPLSALP QKIREQIEDN DALMDDLDKR QDAFSAVQRA7260
 7261 ANDVIAKAGN KADPAVRDIK AKLEKLNNLW NDVQNATKKR GSSLDDILSV AEPFWKQLNS7320
 7321 VMKTLKDLEE TLSCQEPPAA QPQDIKKQQV ALQEIRHEID QTKPEVEQVR RHGSNLMNMC7380
 7381 GEPDKPEVKK HIEDLDNAWD NITALYAKRE ENLIDAMEKA MEFHETLQNL LKFLTKAEDK7440
 7441 FAHLGAVGSD IDAVKRQIEQ LKSFKDEVDP HMVEVEALNR QAVELTERTS PEQAASIREP7500
 7501 LSVVNRRWEA LLRGMVERQK QLEHALLHLG QFQHALNELL VWINKTDSTL DQLKPIPGDP7560
 7561 QLLEVELAKL KVLANDIQAH QNSVDTLNDA GRQLIETEKG SVEASTTQEK LRKLNNEWKQ7620
 7621 LLQKASDRQH ELEEALREAH GYIAEVQDIL GWLGDVDAVI GASKPVGGLP ETATEQLERF7680
 7681 MEVYNELDEN RPKVETIQAQ GQEYIKRQNQ MKVSSSNLQH TLRTLKQRWD AVVSRASDKK7740
 7741 IKLEIALKEA TEFHDTLQAF VEWLTQAEKL LSNAEPVSRV LETIQAQMEE HKVLQKDVST7800
 7801 HREAMLLLDK KGTHLKYFSQ KQDVILIKNL LVSVQHRWER VVSKAAERTR ALDHGYKEAR7860
 7861 EFNDAWSGMM QYLQETEQVL DQIIEEATAS KEPQKIKKYI GKLKETHRQL GAKQSVYDGT7920
 7921 MRTGKNLLER APKGDRPVLD KMLIELKEQW TRVWSKSIDR QRKLEEALLL SGQFSDALGE7980
 7981 LLDWLKKAKS RLNENGPVHG DLETVQGLCE HHKHIEQDLQ KRAAQMQGVL KTGRDLERSG8040
 8041 NNPEVGRQLD EMQSIWEEVK SAVAKRGERL QVALVDAEKL NARVQALFDW LDHAEHKLRY8100
 8101 AKNAPDDEKV SREMMDIHMD FMKDLRVRER EKTETFEYAE DIINKAYPDA IPIIKNWLSI8160
 8161 IQQRWEEVRQ WAINRESKLE QHLQSLKDLD DTIEELLAWL SGLEGTLLNL KHEQLPDEIP8220
 8221 PVEKLIEDHK EFMENTARRQ NEVDRACKPR QLPPGARKPS RSGKTPVFKG SRDQGLNARK8280
 8281 GSRITPTRDT PDRDRLPHYG PRFSPSTSGP ELEFRSPRAK LLWTKWRDVW MLSWERQRLL8340
 8341 NDHLLYLKDV ERARNFSWDD WRKRFLKYMN HKKSRLTDLF RKMDKDNNGM IPRDVFIDGI8400
 8401 LNTKFDTSGL EMKAVADLFD RNGEGLIDWQ EFIAALRPDW QERKPANDSD KIHDEVKRLV8460
 8461 MLCTCRQKFR VFQVGEGKYR FGDSQKLRLV RILRSTVMVR VGGGWVALDE FLQKNDPCRA8520
 8521 KGRTNIELRE QFILADGVSQ SMAAFTPRRS TPNAAATASS SPHAHNGGSS NLPPYMSGQG8580
 8581 PIIKVRERSV RSIPMSRPSR SSLSASTPDS LSDNEGSHGG PSGRYTPRKV TYTSTRTGLT8640
 8641 PGGSRAGSKP NSRPLSRQGS KPPSRHGSTL SLDSTDDHTP SRIPQRKPST GSTASGTTPR8700
 8701 PARLSVTTTT TPGSRLNGTS TITRKTASGS ASPAPTSNGG MSRSSSIPAL TGFGFKPIRR8760
 8761 NISGSSTPSG MQTPRKSSAE PTFSSTMRRT SRGTTPTEKR EPFRL

    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