Subcellular Localization
min:
: max
Winner_takes_all: cytosol
Predictor Summary:
Predictor Summary:
- nucleus 1
- cytosol 3
- mitochondrion 1
| Predictors | GFP | MS/MS | Papers | ||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|
PPI
No PPI Data
Homology
Paralog
| locus | Identity | Homology Identity |
|---|
Ortholog
| locus | Homology Species | Location | Identity | Homology Identity |
|---|---|---|---|---|
| GSMUA_Achr9P16290_001 | Banana | endoplasmic reticulum, golgi | 61.68 | 66.95 |
| KRH62822 | Soybean | mitochondrion | 59.48 | 64.39 |
| CDY02357 | Canola | cytosol | 7.23 | 40.29 |
| CDX70509 | Canola | cytosol | 82.97 | 39.64 |
| Bra023157.1-P | Field mustard | cytosol | 8.26 | 26.56 |
| CDX68827 | Canola | cytosol | 10.06 | 12.72 |
| CDX75229 | Canola | cytosol | 10.06 | 12.72 |
| CDY61393 | Canola | cytosol | 6.97 | 12.16 |
| CDY53700 | Canola | cytosol, peroxisome, plasma membrane | 9.55 | 11.4 |
| CDY53702 | Canola | cytosol | 4.9 | 8.37 |
| CDX78527 | Canola | cytosol | 4.65 | 4.36 |
Protein Annotations
| EnsemblPlants:CDX78528 | EnsemblPlantsGene:GSBRNA2T00129930001 | PANTHER:PTHR22967 | PANTHER:PTHR22967:SF70 | ProteinID:CDX78528 | ProteinID:CDX78528.1 |
| SEG:seg | UniParc:UPI0004EEF879 | MapMan:11.1.2.5 | : | : | : |
Description
BnaA03g04400D
Coordinates
chrLK031815:+:1162596..1165535
Molecular Weight (calculated)
86427.3 Da
IEP (calculated)
6.854
GRAVY (calculated)
-0.317
Length
775 amino acids
Sequence
(BLAST)
(BLAST)
001: MEALLKRGVH LSPTIYEIGD WVKFKRGITT PLHGWQGAKP KSVGFVQTIL EKEDMIVAFC SGEARVLASE VVKLIPLDRG QHVRLRKDVK EPRFGWRGQS
101: RDSVGTVLCV DEDGILRVGF PGASRGWKAD PAEMERVEEF KVGDWVRIRQ NLTSAKHGFG SVVPGSMGIV YCVRPDSSLL VELSYLPNPW HCEPEEVEPA
201: TPFRIGDRVC VKRSVAEPRY AWGGETHHSV GKISEIENDG LLIIEIPNRP IPWQADPSDM EKIDDFKVGD WVRVKASVSS PKYGWEDITR NSIGVMHSLD
301: EDGDVGIAFC FRSKPFSCSV TDVEKVVPFH VGQEIHMIPS IAQPRLGWSN ETPATIGKIM RIDMDGTLSA QVTGRQTLWK VSPGDAEMLS GFEVGDWVRS
401: KPSLGSRPSY DWFSVGRDSI AVVHSIQEAG YLELACCFRK GRWSTHYTDL EKIPSLKAGQ FVRFQKGLTE PRWGWRGAKP DTRGIITTVH ADGEVRVAFF
501: GLPGLWKGDP ADLEVERMFE VGEWVRLKEG VPSWKSIGPG SVGVVHGVGY EGDEWDGTIS VSFCGEQERW TGSFTHLEKA KKLVVGQKTR VKLAVKQPRF
601: GWSGHSHGSV GTIAAIDADG KLRIYTPAGS KTWMLDPSEV ETIEEEELKI GDWVRVKPSI TTPTYQWGEV NPSSIGVVHR MEDGDLWVSF CFLDRLWLCK
701: AVEMERIRPF GIGDKVKIKN GLVTPRWGWG METHASKGHV VGVDANGKLR IKFLWREGRP WIGDPADIVL DEPSG
101: RDSVGTVLCV DEDGILRVGF PGASRGWKAD PAEMERVEEF KVGDWVRIRQ NLTSAKHGFG SVVPGSMGIV YCVRPDSSLL VELSYLPNPW HCEPEEVEPA
201: TPFRIGDRVC VKRSVAEPRY AWGGETHHSV GKISEIENDG LLIIEIPNRP IPWQADPSDM EKIDDFKVGD WVRVKASVSS PKYGWEDITR NSIGVMHSLD
301: EDGDVGIAFC FRSKPFSCSV TDVEKVVPFH VGQEIHMIPS IAQPRLGWSN ETPATIGKIM RIDMDGTLSA QVTGRQTLWK VSPGDAEMLS GFEVGDWVRS
401: KPSLGSRPSY DWFSVGRDSI AVVHSIQEAG YLELACCFRK GRWSTHYTDL EKIPSLKAGQ FVRFQKGLTE PRWGWRGAKP DTRGIITTVH ADGEVRVAFF
501: GLPGLWKGDP ADLEVERMFE VGEWVRLKEG VPSWKSIGPG SVGVVHGVGY EGDEWDGTIS VSFCGEQERW TGSFTHLEKA KKLVVGQKTR VKLAVKQPRF
601: GWSGHSHGSV GTIAAIDADG KLRIYTPAGS KTWMLDPSEV ETIEEEELKI GDWVRVKPSI TTPTYQWGEV NPSSIGVVHR MEDGDLWVSF CFLDRLWLCK
701: AVEMERIRPF GIGDKVKIKN GLVTPRWGWG METHASKGHV VGVDANGKLR IKFLWREGRP WIGDPADIVL DEPSG
0001: MVGRVKVPCC SVCHTRYNED ERVPLLLQCG HGFCKDCLSK MFSTSSDTTL TCPRCRHVSV VGNSVQGLRK NYAMLALIHA ASGGANFDCD YTDDEDDDDE
0101: EDGSDEDGAR AARGFHASSS INSLCGPVIE VGAHPEMKLV RQIGEESSSG GFGGVEMWDA TVAGGGGRCK HRVAVKKMTL TEDMDVEWMQ GQLESLRRAS
0201: MWCRNVCTFH GVVKMDGSLC LLMDRCFGSV QSEMQRNEGR LTLEQILRYG ADVARGVAEL HAAGVICMNI KPSNLLLDAS GNAVVSDYGL APILKKPTCQ
0301: KTRPEFDSSK VTLYTDCVTL SPHYTAPEAW GPVKKLFWED ASGVSPESDA WSFGCTLVEM CTGSTPWDGL SREEIFQAVV KARKVPPQYE RIVGVGIPRE
0401: LWKMIGECLQ FKPSKRPTFN AMLATFLRHL QEIPRSPSAS PDNGIAKICE VNIVQAPRAT NIGVFQDNPN NLHRVVLEGD FEGVRNILAK AAAGGGGSSV
0501: RSLLEAQNAD GQSALHLACR RGSAELVEAI LEYGEANVDI VDKDGDPPLV FALAAGSPQC VHVLIKKGAN VRSRLREGSG PSVAHVCSYH GQPDCMRELL
0601: VAGADPNAVD DEGETVLHRA VAKKYTDCAI VILENGGSRS MTVSNAKCLT PLHMCVATWN VAVIKRWVEV SSPEEISQAI NIPSPVGTAL CMAASIRKDH
0701: EKGRELVQIL LAAGADPTAQ DAQHGRTALH TAAMANNVEL VRVILDAGVN ANIRNVHNTI PLHMALARGA NSCVSLLLES GSDCNIQDDE GDNAFHIAAD
0801: AAKMIRENLD WLIVMLRSPD AAVDVRNHSG KTVRDFLEAL PREWISEDLM EALLKRGVHL SPTIYEVGDW VKFKRGITTP LHGWQGAKPK SVGFVQTILE
0901: KEDMIIAFCS GEARVLANEV VKLIPLDRGQ HVRLRADVKE PRFGWRGQSR DSVGTVLCVD EDGILRVGFP GASRGWKADP AEMERVEEFK VGDWVRIRQN
1001: LTSAKHGFGS VVPGSMGIVY CVRPDSSLLV ELSYLPNPWH CEPEEVEPVA PFRIGDRVCV KRSVAEPRYA WGGETHHSVG KISEIENDGL LIIEIPNRPI
1101: PWQADPSDME KIDDFKVGDW VRVKASVSSP KYGWEDITRN SIGVMHSLDE DGDVGIAFCF RSKPFSCSVT DVEKVTPFHV GQEIHMTPSI TQPRLGWSNE
1201: TPATIGKVMR IDMDGTLSAQ VTGRQTLWRV SPGDAELLSG FEVGDWVRSK PSLGNRPSYD WSNVGRESIA VVHSIQETGY LELACCFRKG RWSTHYTDLE
1301: KIPALKVGQF VHFQKGITEP RWGWRAAKPD SRGIITTVHA DGEVRVAFFG LPGLWRGDPA DLEVEPMFEV GEWVRLREGV SCWKSVGPGS VGVVHGVGYE
1401: GDEWDGTTSV SFCGEQERWA GPTSHLEKAK KLVVGQKTRV KLAVKQPRFG WSGHSHGSVG TISAIDADGK LRIYTPAGSK TWMLDPSEVE TIEEEELKIG
1501: DWVRVKASIT TPTYQWGEVN PSSTGVVHRM EDGDLCVSFC FLDRLWLCKA GELERIRPFR IGDRVKIKDG LVTPRWGWGM ETHASKGHVV GVDANGKLRI
1601: KFLWREGRPW IGDPADIVLD ETSG
0101: EDGSDEDGAR AARGFHASSS INSLCGPVIE VGAHPEMKLV RQIGEESSSG GFGGVEMWDA TVAGGGGRCK HRVAVKKMTL TEDMDVEWMQ GQLESLRRAS
0201: MWCRNVCTFH GVVKMDGSLC LLMDRCFGSV QSEMQRNEGR LTLEQILRYG ADVARGVAEL HAAGVICMNI KPSNLLLDAS GNAVVSDYGL APILKKPTCQ
0301: KTRPEFDSSK VTLYTDCVTL SPHYTAPEAW GPVKKLFWED ASGVSPESDA WSFGCTLVEM CTGSTPWDGL SREEIFQAVV KARKVPPQYE RIVGVGIPRE
0401: LWKMIGECLQ FKPSKRPTFN AMLATFLRHL QEIPRSPSAS PDNGIAKICE VNIVQAPRAT NIGVFQDNPN NLHRVVLEGD FEGVRNILAK AAAGGGGSSV
0501: RSLLEAQNAD GQSALHLACR RGSAELVEAI LEYGEANVDI VDKDGDPPLV FALAAGSPQC VHVLIKKGAN VRSRLREGSG PSVAHVCSYH GQPDCMRELL
0601: VAGADPNAVD DEGETVLHRA VAKKYTDCAI VILENGGSRS MTVSNAKCLT PLHMCVATWN VAVIKRWVEV SSPEEISQAI NIPSPVGTAL CMAASIRKDH
0701: EKGRELVQIL LAAGADPTAQ DAQHGRTALH TAAMANNVEL VRVILDAGVN ANIRNVHNTI PLHMALARGA NSCVSLLLES GSDCNIQDDE GDNAFHIAAD
0801: AAKMIRENLD WLIVMLRSPD AAVDVRNHSG KTVRDFLEAL PREWISEDLM EALLKRGVHL SPTIYEVGDW VKFKRGITTP LHGWQGAKPK SVGFVQTILE
0901: KEDMIIAFCS GEARVLANEV VKLIPLDRGQ HVRLRADVKE PRFGWRGQSR DSVGTVLCVD EDGILRVGFP GASRGWKADP AEMERVEEFK VGDWVRIRQN
1001: LTSAKHGFGS VVPGSMGIVY CVRPDSSLLV ELSYLPNPWH CEPEEVEPVA PFRIGDRVCV KRSVAEPRYA WGGETHHSVG KISEIENDGL LIIEIPNRPI
1101: PWQADPSDME KIDDFKVGDW VRVKASVSSP KYGWEDITRN SIGVMHSLDE DGDVGIAFCF RSKPFSCSVT DVEKVTPFHV GQEIHMTPSI TQPRLGWSNE
1201: TPATIGKVMR IDMDGTLSAQ VTGRQTLWRV SPGDAELLSG FEVGDWVRSK PSLGNRPSYD WSNVGRESIA VVHSIQETGY LELACCFRKG RWSTHYTDLE
1301: KIPALKVGQF VHFQKGITEP RWGWRAAKPD SRGIITTVHA DGEVRVAFFG LPGLWRGDPA DLEVEPMFEV GEWVRLREGV SCWKSVGPGS VGVVHGVGYE
1401: GDEWDGTTSV SFCGEQERWA GPTSHLEKAK KLVVGQKTRV KLAVKQPRFG WSGHSHGSVG TISAIDADGK LRIYTPAGSK TWMLDPSEVE TIEEEELKIG
1501: DWVRVKASIT TPTYQWGEVN PSSTGVVHRM EDGDLCVSFC FLDRLWLCKA GELERIRPFR IGDRVKIKDG LVTPRWGWGM ETHASKGHVV GVDANGKLRI
1601: KFLWREGRPW IGDPADIVLD ETSG
Arabidopsis Description
KEGE3 ubiquitin-protein ligase KEG [Source:UniProtKB/Swiss-Prot;Acc:Q9FY48]
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.