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Protein Overview: gi|60471320

General Information:
Name(s) found: gi|60471320 [NCBI NR]
Description(s) found:
  • gi|60471320|gb|EAL69281.1| guanylyl cyclase [Dictyostelium discoideum] [NCBI NR]
    • Organism: Dictyostelium discoideum
    Length: 2843 amino acids

    Gene Ontology:
    Cellular Component: cell leading edge [IDA]
    actin cytoskeleton [IDA][IMP]
    cytosol [TAS]
    Biological Process: cGMP biosynthetic process [IDA][IMP]
    chemotaxis [IGI][IMP]
    myosin filament assembly or disassembly [IGI]
    negative regulation of lateral pseudopodium assembly [IGI][TAS]
    myosin II filament disassembly [TAS]
    Molecular Function: guanylate cyclase activity [IDA][IMP]


    Sequence:
    Sequence:
    [PDR BLAST]
    [ProtParam] 
          1          11         21         31         41         51         
      |          |          |          |          |          |          
    1 MENVSSPSLL SLSLNNNNNI NNNNNNNNNN NNVPFINSFN VNQLDEFERK TIEYGRSIVY  60
   61 DIARIEELIL ASEFVSELEI VMFSRRMTSK CSELSTSISP NIAVLRQQIQ ILQSTPIINT 120
  121 NNNNNSNNNS SLSSSTSSSP NQSSPQTNRR SAGLLSSYSP SSSPNLKSHQ MNNNNNNNNN 180
  181 NQLSQSLFLL DSKSIEKMVK EECFGIIDPE ELSHEEKSKL IRSTVSSVNS IIMTVKEYNK 240
  241 QHQLGKDLLP LQNEYFLHRT NILQSWKFLT IFVSKTSWKI PKLPQPPTKS CSSSSIVTTP 300
  301 VIRQIRDIKT DDISNSNSNS NSNNSNNNSI PSSPILSGSP SSSISTPPIL TSPILQPQKP 360
  361 LIPPILGSAA SNKRLSMSFN SFFDGASNGT INNNSNNNQQ QQQQQQQQQQ QQQQQQLSSS 420
  421 PENSPIVSRA KGNNIITLTK TNVSSNVNNS NSNSPTQSSK KQHKSALNVN SSNVSVNSNS 480
  481 NSSSNNSTTS VIKPDLFDQI FQLSDTLMTL MYHLKNIQKI KLKKQQQQQQ QQQQGGPITP 540
  541 RGVSTPRGNP SSVNKTTASP TNSGSTTPLT QSPPLSPISN NNNNQSSPTS PSSSSSTPKI 600
  601 GTLYIEQAKN VIIPSLLSKL LDICNHLKIK ITDESLIDHL FNLSTINSND LIEPLEIVLE 660
  661 MFQKFTFSQP TIVIENPTTS NPTSTTGLNI NSLSNSKTTK SKPPHHPKSL ESKNHDKTSS 720
  721 SPIKSIFKLN SKVKDKSDKL DSINNNNSNS SSSSKSRPTT PILSPISSPI ISPVSSPVTS 780
  781 PSSSSHSKIS PSTSLERISD LIPISSPNNN NNNNNNNNNN NNNNNTTTTT TTTTTTTTAI 840
  841 TNTTDTVQNQ NLIYDLLNTI DNNEEMDRYN NVNNNNNGNT SPMSVVVSNN DQQTVTYGFK 900
  901 VPELNISKLN DSTTTTSTST NNNSGNLGTS INNSNNKKLN QILGASEDVL SKKQLLKPKD 960
  961 LSKQNKIGLS IFSKHLRSMK QNDEHQQRNS FNQFWLEGST HRERQDQVPL DEKQRHQITS1020
 1021 LGSYVSNLVI KGLLASATPI VPPHLEKYSS CVLFADISGF TSLTERLGNH GKEGVELLTK1080
 1081 NLNSYFTILI KIVKGFGGDI VKFAGDAVLA HWPTNGELIN RVRIACECSL ALQKKLHNFP1140
 1141 VPGGFLTLHI GIGCGDISGV YVGGCKEKVE FLICGEALIQ ATLCEKEAES GEIYVSPATQ1200
 1201 EKMKPYATFS QKKQKHNYKL ESITTLLEKD LINDFDFLST MVGSQINHKF LQELPLLMDM1260
 1261 EDSLKRFVPN AVHNQFKNDY LAELRYITVL FMNLSYGTPN PDTDLDKLQN IVFESQAIVY1320
 1321 KHEGTVRQFI VDDKGCVLIA AWGVPPYSHE DDPSRAVEAA MEIVVNVFKL AVISSVGITT1380
 1381 GKCFCGDVGS DERREYAVVG DIVNLAARLM SHSQGGVLCD EETSKTAKMI EFVKLANPIK1440
 1441 VKGKVAPINV YKPIKKLQSM KNSSPRHMIK NKGIIGRHTQ LRQMANIIDQ ITSNSGPTHV1500
 1501 AIIEAEAGLG KSRLISEIKY SFCMDLKMFK ASGIQMSESI SFYIWKQILL QFLKDESING1560
 1561 YQSFSDFNFT QIQLLNQVLD INIINNNNNN GNENNEKLPI VEQNQLQTSV IKLTSEELKE1620
 1621 NRRYSAQQRA ESLQLTMMKI LTKAIPTGSI IVIDDAQFMD SASWTLTLNA VKNLANCLII1680
 1681 ISLRPSKDGI PYGFSQLPTE LVTKIQLEPL NGKVETTLLV ERMLDFPSDE SGIPDEIIEE1740
 1741 IYNRSQGNHF VIEEMVNGLI SNGLIDEASS RFINPKEAID HVRLSLPRTV TSLITSRVDR1800
 1801 LSPIQQLELK IASVIGMPFT VDSLHRILPL DAISKQDLAK DLAVLERLDF IKSTTINTQQ1860
 1861 QLLQQLQQQQ QLQKQLLNNQ ADHSSYKTNN VLLLASQPNI NNNNNNNNNN NNNNNNNNAN1920
 1921 EQPSTPTSII NNNLLYSFHH TRTQEVIYDL MLFSQRRELH QKIAKVLEDT CTPQHSLFIS1980
 1981 LVHHYHSAQN NSKTIEYATK AGVLAQAENN NKEAIKFFQL ALKCMEQEFI AEEEVKIHKK2040
 2041 LHRRSSSQNL KDAVSISSNS NNPNNISFQD LMDSNNSNLV NSNSNNNNSN NNSNNNSNNN2100
 2101 SLSNLGEDIK DKDKEKEKDK DKEKEKEKEK EKEKEKDKEK DKNNNNNNNN NNNNNTILNP2160
 2161 PTLADLVSLG FKKVPIEIIS ITRKLGLALF NVGRFRQASY HLLNALKYLG LEPPTPKDYS2220
 2221 SGASKPKLRT LAKAAVRQDS ATKFFSCNLD MLEKREAILC LFVQSKISLH DCSKTLDSWC2280
 2281 SYVSLQLSFD NSHSSIKNRL FNSLGNNNSN NNNNNNNNNN NNNNNNSSNN NELSSSSTTT2340
 2341 TTTTVQTSLT DWNLQAEAYS IGIRVLGNNG DSSTPLKYYA EVLSKMDQTN GFVYGNSHQS2400
 2401 WGIYMSGLGR WEEAESGYKK SIEASHKTGD KKLMEESNIF LSVCYLLLGS NGGKLSLIYQ2460
 2461 QTTKALESAR NRGDNHNQIL ALTVEGCALF YERQFQRCHT ILQDIERLVD LLSIKELSNS2520
 2521 AHANYTILKA QIAINEKDWQ LAYDCCRRVS IIISKCDANN FSMYEAYTGL PLVLIKILQN2580
 2581 HQHISATAVT VPKSRLVTEI NDSITILERF AETFPIGQPR LLLVKTLMFA LGYRESDDQN2640
 2641 NLSALKEAKE KCQKLGMSFD FVCIHNPNNN NNNSNNNNSG GSGSPSGNNS PINKRYSVGG2700
 2701 IGNYQQANGG QDIKSPVLSP QHSISDFHYT AADTGTTQPS VQIGSSRSRP VSVHENVNSS2760
 2761 QPLRTVSSQD LSSSSSGSNN SYNGSSDQQS PQSPQSPQSP QSPQSPQSPN SITSQQFSPP2820
 2821 NQPSNNGAKK DILKKIGIKF WKE

    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: 0.98

    Source: Reynolds et al. (2008)

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