Subcellular Localization
min:
: max
Winner_takes_all: cytosol
Predictor Summary:
Predictor Summary:
- plastid 2
- cytosol 2
- mitochondrion 1
- nucleus 1
Predictors | GFP | MS/MS | Papers | ||||||||||||||||
---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|
PPI
Inferred distinct locusB in Crop
Inferred from Arabidopsis experimental PPI
Homology
Paralog
locus | Identity | Homology Identity |
---|
Ortholog
locus | Homology Species | Location | Identity | Homology Identity |
---|---|---|---|---|
CDY64943 | Canola | cytosol | 86.26 | 96.83 |
AT3G08850.1 | Thale cress | cytosol | 90.42 | 90.55 |
Bra001342.1-P | Field mustard | plastid | 88.56 | 87.78 |
VIT_08s0058g00890.t01 | Wine grape | cytosol | 74.0 | 73.07 |
KRH40797 | Soybean | nucleus | 73.63 | 72.18 |
PGSC0003DMT400043895 | Potato | cytosol | 72.14 | 72.09 |
Solyc09g014780.2.1 | Tomato | nucleus | 72.36 | 71.99 |
KRH00387 | Soybean | nucleus | 72.96 | 71.94 |
GSMUA_AchrUn_... | Banana | cytosol | 64.78 | 71.07 |
Os11t0109933-01 | Rice | cytosol | 60.62 | 67.0 |
GSMUA_Achr5P14390_001 | Banana | cytosol | 68.65 | 66.33 |
Os12t0110000-01 | Rice | cytosol, plastid | 65.68 | 65.05 |
TraesCS5D01G143600.3 | Wheat | plastid | 65.82 | 64.96 |
TraesCS5A01G149200.2 | Wheat | plastid | 65.82 | 64.91 |
TraesCS5B01G147900.4 | Wheat | plastid | 65.75 | 64.88 |
OQU82706 | Sorghum | cytosol, plastid | 64.26 | 64.12 |
EES16504 | Sorghum | plastid | 64.49 | 63.45 |
KRH40804 | Soybean | cytosol | 6.32 | 62.04 |
Zm00001d005064_P002 | Maize | plastid | 9.51 | 51.41 |
GSMUA_AchrUn_... | Banana | cytosol | 6.76 | 43.13 |
Protein Annotations
Gene3D:1.25.10.10 | Gene3D:2.130.10.10 | MapMan:27.7.1.2 | InterPro:ARM-like | InterPro:ARM-type_fold | EnsemblPlantsGene:Bra029726 |
EnsemblPlants:Bra029726.1 | EnsemblPlants:Bra029726.1-P | GO:GO:0003674 | GO:GO:0005488 | GO:GO:0005515 | GO:GO:0005575 |
GO:GO:0005622 | GO:GO:0005623 | GO:GO:0007154 | GO:GO:0007165 | GO:GO:0008150 | GO:GO:0009987 |
GO:GO:0031929 | GO:GO:0031931 | InterPro:IPR001680 | InterPro:IPR011989 | InterPro:IPR015943 | InterPro:IPR017986 |
UniProt:M4ELQ7 | PFAM:PF14538 | PRINTS:PR01547 | PFscan:PS50294 | PANTHER:PTHR12848 | PANTHER:PTHR12848:SF16 |
InterPro:Raptor | InterPro:Raptor_N | SMART:SM00320 | SMART:SM01302 | SUPFAM:SSF48371 | SUPFAM:SSF50978 |
UniParc:UPI0002547CEF | InterPro:WD40/YVTN_repeat-like_dom_sf | InterPro:WD40_repeat | InterPro:WD40_repeat_dom | InterPro:WD40_repeat_dom_sf | SEG:seg |
Description
AT3G08850 (E=0.0) RAPTOR1B, ATRAPTOR1B, RAPTOR1 | RAPTOR1; nucleotide binding / protein binding
Coordinates
chrA05:+:22497126..22504195
Molecular Weight (calculated)
148608.0 Da
IEP (calculated)
6.593
GRAVY (calculated)
-0.136
Length
1346 amino acids
Sequence
(BLAST)
(BLAST)
0001: MALGDLMVSR FSQSSVSLAS NHRYNEDDDD CVSSSAPGDS SVPSRTKDSE ATTSSIYGNG TEERDATATA TSMAYLPQTI VLREVRHNAS EVSAPLGTSD
0101: GIALAPKWRL KERMKTGCVA LVLCLNITVD PPDVIKISPC ARIEAWIDPF SMAPPKALEA IGKNLSTQYE RWQPRARYKV QLDPTLDEVR KLCLTCRKYA
0201: KTERVLFHYN GHGVPKPTAN GEIWVFNKHY TQYIPLPISE LDSWLKTPSI YVFDCSAARM ILNAFAELHD WGSSGSSGSS RDCILLAACD VHETLPQSVE
0301: FPADVFTACL TTPIKMALKW FCRRSLLKEI IDESLIDMIP GRQNDRKTLL GELNWIFTAV TDTIAWNVLP HELFQRLFRQ DLLVASLFRN FLLAERIMRS
0401: ANCNPISHPM LPPTHQHHMW DAWDMAAEIC LSRLPQLVRD PNTEFEPSPF FTDQLTAFEV WLDHGSELKK PPEQLPIVLQ VLLSQCHRYR ALVLLGRFLD
0501: MGSWAVDQAL SVGIFPYVLK LLQTTTNELR QILVFIWTKI LALDKSCQID LVKDGGHTYF IRFLDSLDAI PDQRAMAAFV LSVILDGLRR GQEACLEANL
0601: IGVCLGHLEL SRPNDSQQEK FLQWLCLCLG KLWEDFTEAQ IMGREANAFK KLAPLLSEPQ PEVRAAAVFA LGTLLDIGFG SSKSSLEDEF DDDEKIRAEE
0701: AIIKNLLDVV SDGSPLVRSE VAVALARFAF GHKKHLKLAA ASYWKPQSSS LLTSLPSIAK LHEAGNATIV SLHMSPLTRA STESQPVARE ARISSSPLSS
0801: SGLMHGSPLS DDGIMHDSVS NGAVHQQRLF DNAVYSQCVR SMFALAKDPS PRIASLGRRV LSIIGIEQVV AKPSKTIGRL GEAATTSNTP LAGLSRSSSW
0901: FDMHAGNMPL SFRTPPVSPP RTNYLPGLRR VCSLEFRPHL TGSPDSGLAD SFLGASGSER SFLPLSTIYN WSCGHFSKPL LSEADDSQEI DTKREEKEKF
1001: ALEHIAKCQH SSISKLNNNP IANWDTRFET GTKTALLHPF TPIVVAADEN ERIRVWNYEE GTLLNGFDNH DFPDKGISKL CLVNELDDSL LLVASCDGSV
1101: RIWKNYATKG KQKLVTGFSS IQGHKPGARD LNAVVDWQQQ SGCLYASGEV STVSLWDLDK EQLVRSIPSE SECGVTALSA SQVHGSQLVA GFADGSLRLY
1201: DVRSPEPLVL ATRPHQKVER VVGLSFQPGL DPSKVVSASQ AGDIQFLDLR TSRDTYLTID AHRGSLTALA VHRHAPIIAS GSAKQLIKVF SLEGEQLGRI
1301: LYYPSFMGQK IGSVSCLAFH PYQVLLAAGA VDSLVSVYTH DNSPAR
0101: GIALAPKWRL KERMKTGCVA LVLCLNITVD PPDVIKISPC ARIEAWIDPF SMAPPKALEA IGKNLSTQYE RWQPRARYKV QLDPTLDEVR KLCLTCRKYA
0201: KTERVLFHYN GHGVPKPTAN GEIWVFNKHY TQYIPLPISE LDSWLKTPSI YVFDCSAARM ILNAFAELHD WGSSGSSGSS RDCILLAACD VHETLPQSVE
0301: FPADVFTACL TTPIKMALKW FCRRSLLKEI IDESLIDMIP GRQNDRKTLL GELNWIFTAV TDTIAWNVLP HELFQRLFRQ DLLVASLFRN FLLAERIMRS
0401: ANCNPISHPM LPPTHQHHMW DAWDMAAEIC LSRLPQLVRD PNTEFEPSPF FTDQLTAFEV WLDHGSELKK PPEQLPIVLQ VLLSQCHRYR ALVLLGRFLD
0501: MGSWAVDQAL SVGIFPYVLK LLQTTTNELR QILVFIWTKI LALDKSCQID LVKDGGHTYF IRFLDSLDAI PDQRAMAAFV LSVILDGLRR GQEACLEANL
0601: IGVCLGHLEL SRPNDSQQEK FLQWLCLCLG KLWEDFTEAQ IMGREANAFK KLAPLLSEPQ PEVRAAAVFA LGTLLDIGFG SSKSSLEDEF DDDEKIRAEE
0701: AIIKNLLDVV SDGSPLVRSE VAVALARFAF GHKKHLKLAA ASYWKPQSSS LLTSLPSIAK LHEAGNATIV SLHMSPLTRA STESQPVARE ARISSSPLSS
0801: SGLMHGSPLS DDGIMHDSVS NGAVHQQRLF DNAVYSQCVR SMFALAKDPS PRIASLGRRV LSIIGIEQVV AKPSKTIGRL GEAATTSNTP LAGLSRSSSW
0901: FDMHAGNMPL SFRTPPVSPP RTNYLPGLRR VCSLEFRPHL TGSPDSGLAD SFLGASGSER SFLPLSTIYN WSCGHFSKPL LSEADDSQEI DTKREEKEKF
1001: ALEHIAKCQH SSISKLNNNP IANWDTRFET GTKTALLHPF TPIVVAADEN ERIRVWNYEE GTLLNGFDNH DFPDKGISKL CLVNELDDSL LLVASCDGSV
1101: RIWKNYATKG KQKLVTGFSS IQGHKPGARD LNAVVDWQQQ SGCLYASGEV STVSLWDLDK EQLVRSIPSE SECGVTALSA SQVHGSQLVA GFADGSLRLY
1201: DVRSPEPLVL ATRPHQKVER VVGLSFQPGL DPSKVVSASQ AGDIQFLDLR TSRDTYLTID AHRGSLTALA VHRHAPIIAS GSAKQLIKVF SLEGEQLGRI
1301: LYYPSFMGQK IGSVSCLAFH PYQVLLAAGA VDSLVSVYTH DNSPAR
0001: MALGDLMVSR FSQSSVSLVS NHRYDEDCVS SHDDGDSRRK DSEAKSSSSY GNGTTEGAAT ATSMAYLPQT IVLCELRHDA SEASAPLGTS EIVLVPKWRL
0101: KERMKTGCVA LVLCLNITVD PPDVIKISPC ARIEAWIDPF SMAPPKALET IGKNLSTQYE RWQPRARYKV QLDPTVDEVR KLCLTCRKYA KTERVLFHYN
0201: GHGVPKPTAN GEIWVFNKSY TQYIPLPISE LDSWLKTPSI YVFDCSAARM ILNAFAELHD WGSSGSSGSS RDCILLAACD VHETLPQSVE FPADVFTSCL
0301: TTPIKMALKW FCRRSLLKEI IDESLIDRIP GRQNDRKTLL GELNWIFTAV TDTIAWNVLP HELFQRLFRQ DLLVASLFRN FLLAERIMRS ANCNPISHPM
0401: LPPTHQHHMW DAWDMAAEIC LSQLPQLVLD PSTEFQPSPF FTEQLTAFEV WLDHGSEHKK PPEQLPIVLQ VLLSQCHRFR ALVLLGRFLD MGSWAVDLAL
0501: SVGIFPYVLK LLQTTTNELR QILVFIWTKI LALDKSCQID LVKDGGHTYF IRFLDSSGAF PEQRAMAAFV LAVIVDGHRR GQEACLEANL IGVCLGHLEA
0601: SRPSDPQPEP LFLQWLCLCL GKLWEDFMEA QIMGREANAF EKLAPLLSEP QPEVRAAAVF ALGTLLDIGF DSNKSVVEDE FDDDEKIRAE DAIIKSLLDV
0701: VSDGSPLVRA EVAVALARFA FGHKQHLKLA AASYWKPQSS SLLTSLPSIA KFHDPGSATI VSLHMSPLTR ASTDSQPVAR ESRISSSPLG SSGLMQGSPL
0801: SDDSSLHSDS GMMHDSVSNG AVHQPRLLDN AVYSQCVRAM FALAKDPSPR IASLGRRVLS IIGIEQVVAK PSKPTGRPGE AATTSHTPLA GLARSSSWFD
0901: MHAGNLPLSF RTPPVSPPRT NYLSGLRRVC SLEFRPHLLG SPDSGLADPL LGASGSERSL LPLSTIYGWS CGHFSKPLLG GADASQEIAA KREEKEKFAL
1001: EHIAKCQHSS ISKLNNNPIA NWDTRFETGT KTALLHPFSP IVVAADENER IRVWNYEEAT LLNGFDNHDF PDKGISKLCL INELDDSLLL VASCDGSVRI
1101: WKNYATKGKQ KLVTGFSSIQ GHKPGARDLN AVVDWQQQSG YLYASGETST VTLWDLEKEQ LVRSVPSESE CGVTALSASQ VHGGQLAAGF ADGSLRLYDV
1201: RSPEPLVCAT RPHQKVERVV GLSFQPGLDP AKVVSASQAG DIQFLDLRTT RDTYLTIDAH RGSLTALAVH RHAPIIASGS AKQLIKVFSL QGEQLGIIRY
1301: YPSFMAQKIG SVSCLTFHPY QVLLAAGAAD SFVSIYTHDN SQAR
0101: KERMKTGCVA LVLCLNITVD PPDVIKISPC ARIEAWIDPF SMAPPKALET IGKNLSTQYE RWQPRARYKV QLDPTVDEVR KLCLTCRKYA KTERVLFHYN
0201: GHGVPKPTAN GEIWVFNKSY TQYIPLPISE LDSWLKTPSI YVFDCSAARM ILNAFAELHD WGSSGSSGSS RDCILLAACD VHETLPQSVE FPADVFTSCL
0301: TTPIKMALKW FCRRSLLKEI IDESLIDRIP GRQNDRKTLL GELNWIFTAV TDTIAWNVLP HELFQRLFRQ DLLVASLFRN FLLAERIMRS ANCNPISHPM
0401: LPPTHQHHMW DAWDMAAEIC LSQLPQLVLD PSTEFQPSPF FTEQLTAFEV WLDHGSEHKK PPEQLPIVLQ VLLSQCHRFR ALVLLGRFLD MGSWAVDLAL
0501: SVGIFPYVLK LLQTTTNELR QILVFIWTKI LALDKSCQID LVKDGGHTYF IRFLDSSGAF PEQRAMAAFV LAVIVDGHRR GQEACLEANL IGVCLGHLEA
0601: SRPSDPQPEP LFLQWLCLCL GKLWEDFMEA QIMGREANAF EKLAPLLSEP QPEVRAAAVF ALGTLLDIGF DSNKSVVEDE FDDDEKIRAE DAIIKSLLDV
0701: VSDGSPLVRA EVAVALARFA FGHKQHLKLA AASYWKPQSS SLLTSLPSIA KFHDPGSATI VSLHMSPLTR ASTDSQPVAR ESRISSSPLG SSGLMQGSPL
0801: SDDSSLHSDS GMMHDSVSNG AVHQPRLLDN AVYSQCVRAM FALAKDPSPR IASLGRRVLS IIGIEQVVAK PSKPTGRPGE AATTSHTPLA GLARSSSWFD
0901: MHAGNLPLSF RTPPVSPPRT NYLSGLRRVC SLEFRPHLLG SPDSGLADPL LGASGSERSL LPLSTIYGWS CGHFSKPLLG GADASQEIAA KREEKEKFAL
1001: EHIAKCQHSS ISKLNNNPIA NWDTRFETGT KTALLHPFSP IVVAADENER IRVWNYEEAT LLNGFDNHDF PDKGISKLCL INELDDSLLL VASCDGSVRI
1101: WKNYATKGKQ KLVTGFSSIQ GHKPGARDLN AVVDWQQQSG YLYASGETST VTLWDLEKEQ LVRSVPSESE CGVTALSASQ VHGGQLAAGF ADGSLRLYDV
1201: RSPEPLVCAT RPHQKVERVV GLSFQPGLDP AKVVSASQAG DIQFLDLRTT RDTYLTIDAH RGSLTALAVH RHAPIIASGS AKQLIKVFSL QGEQLGIIRY
1301: YPSFMAQKIG SVSCLTFHPY QVLLAAGAAD SFVSIYTHDN SQAR
Arabidopsis Description
RAPTOR1RAPTOR1B [Source:UniProtKB/TrEMBL;Acc:A0A178V9S6]
SUBAcon: [cytosol]
SUBAcon: [cytosol]
Hydropathy Plot
About CropPAL
The Protein Annotated Locations Database (CropPAL) houses large scale proteomic and GFP localization data from published experimental studies in Soybean (Glycine max), Maize (Zea mays), Wheat (Triticum aestivum), Barley (Hordeum vulgare), Rice (Oryza sativa), Field mustard (Brassica rapa), Canola (Brassica napus), Sorghum (Sorghum bicolor), Potato (Solanum tuberosum), Tomato (Solanum lycopersicum), Banana (Musa acuminata) and Wine grape (Vitis vinifera) as well as precomputed predictions for protein subcellular localizations using protein sequences.