※ dbPPT Protein Information

TagContent
UniProt Accession
Theoretical PI
5.86 
Molecular Weight
423208.77 
Genbank Protein ID
Genbank Nucleotide ID
Protein Name
Rpp4 candidate 3 
Gene Name
 
Created Date
2009-05-05 
Organism
Glycine max(Soybean Glycine hispida) 
NCBI Taxa ID
3847 
Phosphorylation Sites
Position
Peptide
Source
References
3598
LVYLFTSSTAKSLGQ
dbPPT, P3DB
[1, 2]
3596
HGLVYLFTSSTAKSL
dbPPT, P3DB
[1, 2]
3602
FTSSTAKSLGQLKHM
dbPPT, P3DB
[1, 2]
3581
TVSFSNLTSLNVEEC
dbPPT, P3DB
[1, 2]
3582
VSFSNLTSLNVEECH
dbPPT, P3DB
[1, 2]
3599
VYLFTSSTAKSLGQL
dbPPT, P3DB
[1, 2]
Functional Description
 
Sequence Annotation
Keyword
ATP-binding,Nucleotide-binding 
Sequence Source
UniProt 
Protein Sequence
MDPITSATAQ SALQIAEHVV KRQVGYIFNY KDKFKEVEQY IERLDDTRKR VQNEVNDAEK 60
NGEEINDEVQ HWLKQVDEKI KKYECFIDDE RHAQTRCSIR LIFPNNLSLR YRLGRKATKI 120
VEEIKADGHS NKKFDKVSYR LGPSSDAALL NTGYVSFGSR NETMEKIMKA LEDSTVNIVG 180
VYGAGGVGKT TLVKEVANKA REKKLFNMVV MANVTRIPDI EKIQGQIAEM LGMRLEEESE 240
IVRADRIRKR LMNEKENTLI ILDDLWDGLN LNILGIPRSE DDDGSQQDVN DLSDFGYHKM 300
EKEVFSADFH TMKKDKLAVD FNTMKKGKLS VDSNMIKKEK LSGDHKGCKI LLTSRSKEVI 360
CNKMDVQERS TFSVGVLDEN EAKSFLKKLA GIRAQSFEFD EKVIEIAKMC DGLPMALVSI 420
GRALKNKSSF VWQDVCQRIK RQSFTEGHES IEFSVNLSFE HLKNEQLKHI FLLCARMGND 480
ALIMDLVKFC IGLGLLQGVH TIREARNKVN MLIEELKEST LLVESLSHDR FNMHDIVRDV 540
ALSISSKEKH VFFMKNGIVD EWPHKDELER YTAICLHFCD INDGLPESIH CPRLEVLHID 600
SKDDFLKIPD DFFKDMIELR VLILTGVNLS CLPSSIKCLK KLRMLSLERC TLGENLSIIG 660
ELKKLRILTL SGSNIESLPL EFGQLDKLQL FDISNCSKLR VIPSNTISRM NSLEEFYMRD 720
SLILWEAEEN IQSQKAILSE LRHLNQLQNL DVHIQSVSHF PQNLFLDMLD SYKIVIGEFN 780
MLKEGEFKIP DMYDQAKFLA LNLKEGIDIH SETWVKMLFK SVEYLLLGEL NDVHDVFYEL 840
NVEGFPYLKH LSIVNNFGIQ YIINSVERFH PLLAFPKLES MCLYKLDNLE KICGNNHLEE 900
ASFCRLKVIK IKTCDKLENI FPFFMVGLLT MLETIEVCDC DSLKEIVSIE RQTHTINDDK 960
IEFPQLRLLT LKSLPAFACL YTNDKMPCSA QSLEVQVQNR NKDIITEVEQ GATSSCISLF 1020
NEKVSIPKLE WLELSSINIQ KIWSDQSQHC FQNLLTLNVT DCGDLKYLLS FSMAGSLMNL 1080
QSLFVSACEM MEDIFCPEHA EQNIDVFPKL KKMEIIGMEK LNTIWQPHIG LHSFHSLDSL 1140
IIGECHKLVT IFPSYMGQRF QSLQSLTITN CQLVENIFDF EIIPQTGVRN ETNLQNVFLK 1200
ALPNLVHIWK EDSSEILKYN NLKSISINES PNLKHLFPLS VATDLEKLEI LDVYNCRAMK 1260
EIVAWGNGSN ENAITFKFPQ LNTVSLQNSF ELMSFYRGTH ALEWPSLKKL SILNCFKLEG 1320
LTKDITNSQG KSIVSATEKV IYNLESMEIS LKEAEWLQKY IVSVHRMHKL QRLVLYGLKN 1380
TEILFWFLHR LPNLKSLTLG SCQLKSIWAP ASLISRDKIG VVMQLKELEL KSLLSLEEIG 1440
FEHHPLLQRI ERLVISRCMK LTNLASSIVS YNYITHLEVR NCRSLRNLMT SSTAKSLVQL 1500
TTMKVFLCEM IVEIVAENEE EKVQEIEFRQ LKSLELVSLK NLTSFCSSEK CDFKFPLLES 1560
LVVSECPQMK KFSRVQSAPN LKKVHVVAGE KDKWYWEGDL NGTLQKHFTD QVFFEYSKHM 1620
ILLDYLEATG VRHGKPAFLK NIFGSLKKLE FDGAIKREIV IPSHVLPYLK TLEELNVHSS 1680
DAAQVIFDID DTDANPKGIV FRLKKLTLKR LPNLKCVWNK TPQGILSFSN LQDVDVTECR 1740
SLATLFPLSL ARNLGKLKTL QIFICQKLVE IVGKEDVTEH ATTVMFEFPC LWNLLLYKLS 1800
LLSCFYPGKH HLECPFLTSL RVSYCPKLKL FTSEFRDSPK QAVIEAPISQ LQQQPLFSVE 1860
KIAINLKELT LNEENIMLLS DGHLPQDLLF KLRFLHLSFE NDDNKIDTLP FDFLQKVPSL 1920
EHLLVQRCYG LKEIFPSQKL QVHDRSLPAL KQLILYNLGE LESIGLEHPW VQPYSQKLQL 1980
LHLINCSQLE KLVSCAVSFI NLKELQVTCC NRMEYLLKFS TAKSLLQLET LSIEKCESMK 2040
EIVKKEEEDA SDEIIFGRLR RIMLDSLPRL VRFYSGNATL HLKCLEEATI AECQNMKTFS 2100
EGIIDAPLLE GIKTSTEDTD LTSHHDLNTT IQTLFHQQVF FEYSKQMILV DYLETTGVRR 2160
AKPAFLKNFF GSLKKLEFDG AIKREIVIPS HVLPYLKTLE EFNVHSSDAA QVIFDIDDTD 2220
ANTKGMLLPL KKLTLESLSN LKCVWNKTSR GILSFPDLQY VDVQVCKNLV TLFPLSLARN 2280
VGKLQTLVIQ NCDKLVEIIG KEDATEHATT EMFEFPFLLK LLLFKLSLLS CFYPGKHHLE 2340
CPVLESLGVS YCPKLKLFTS EFHNDHKEAV TEAPISRLQQ QPLFSVDKIV PNLKSLTLNE 2400
ENIMLLSDAR LPQDLLFKLT CLDLSFDNDG IKKDTLPFDF LQKVPSLEHL RVERCYGLKE 2460
IFPSQKLQVH DRSLPALKQL TLLDLGELES IGLEQHPWVK PYSEKLQILT LWGCPRLEKL 2520
VSCAVSFINL KDLEVIDCNG MEYLLKCSTA KSLMQLESLS IRECESMKEI VKKEEEDGSD 2580
EIIFGGLRRI MLDSLPRLVG FYSGNATLHF KCLEEATIAE CQNMKTFSEG IIDAPLLEGI 2640
KTSTDDTDHL TSHHDLNTTI QTLFHQQVFF EYSKHMILVD YLETTGVRHG KPAFLKNFFG 2700
GLKKLEFDGE IKREIVIPSH VLPYLKTLEE LNVHSSDAVQ VIFDIDDSDA NTKGMVLPLK 2760
KLTLKGLSNL KCVWNKTLRR ILSFPNLQVV FVTKCRSLAT LFPLSLAKNL VNLETLTVWR 2820
CDKLVEIVGK EDAMELGRTE IFEFPCLSKL YLYKLSLLSC FYPGKHHLEC PVLECLDVSY 2880
CPKLKLFTSE FHNSHREAVI EQPLFMVEKV DPKLKELTLN EENIILLRDA HLPQDFLCKL 2940
NILDLSFDDY ENKKDTLPFD FLHKVPRVEC LRVQRCYGLK EIFPSQKLQV HHGILARLNE 3000
LYLFKLKELE SIGLEHPWVK PYSAKLETLE IRKCSRLEKV VSCAVSFSSL KELQVSECER 3060
MEYLFTSSTA KSLVQLKMLY IEKCESIKEI VRKEDESDAS EEMIFGRLTK LRLESLGRLV 3120
RFYSGDGTLQ FSCLEEATIA ECPNMNTFSE GFVNAPMFEG IKTSREDSDL TFHHDLNSTI 3180
KKLFHQHVEK SACDIEHLKF DDHHHLEEIW LGAVPIPSKN CFNSLKSLTV VEFESLPNVI 3240
PFYLLRFLCN LKEIEVSNCH SVKAIFDMKG AEADMKPASQ ISLPLKKLIL NQLPNLEHIW 3300
NPNPDEILSL QEVCISNCQS LKSLFPTSVA NHLAKLDVRS CATLEEIFLE NEAALKGETK 3360
PFNFHCLTSL TLWELPELKY FYNGKHSLEW PMLTQLDVYH CDKLKLFTTE HHSGEVADIE 3420
YPLRASIDQQ AVFSVEKVMP SLEHQATTCE DNMIGQGQFV ANAAHLLQNL KVLKLMCYHE 3480
DDESNIFSSG LLEEISSIEN LEVFCSSFNE IFSSQIPSTN YTKVLSKLKK LHLKSLQQLN 3540
SIGLEHSWVE PLLKTLETLE VFSCPNMKNL VPSTVSFSNL TSLNVEECHG LVYLFTSSTA 3600
KSLGQLKHMS IRDCQAIQEI VSREGDHESN DEEITFEQLR VLSLESLPSI VGIYSGKYKL 3660
KFPSLDQVTL MECPQMKYSY VPDLHQFKLL EQI 3693 
Gene Ontology
GO:0043531; F: ADP binding; IEA: InterPro
GO:0005524; F: ATP binding; IEA: UniProtKB-KW
GO:0017111; F: nucleoside-triphosphatase activity; IEA: InterPro
GO:0006952; P: defense response; IEA: InterPro 
Interpro
InterPro; IPR003593; AAA+_ATPase
InterPro; IPR000767; Disease_R
InterPro; IPR002182; NB-ARC
InterPro; IPR027417; P-loop_NTPase
Pfam
Pfam; PF00931; NB-ARC 
SMART
SMART; SM00382; AAA 
PROSITE
 
PRINTS
PR00364; DISEASERSIST