Subcellular Localization
min:
: max
Winner_takes_all: endoplasmic reticulum
Predictor Summary:
Predictor Summary:
- nucleus 1
- cytosol 2
- plastid 2
- mitochondrion 3
Predictors | GFP | MS/MS | Papers |
---|---|---|---|
endoplasmic reticulum:
27224218
|
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 |
---|---|---|---|---|
KRH43411 | Soybean | endoplasmic reticulum | 97.71 | 97.71 |
Os03t0328000-01 | Rice | plasma membrane | 14.77 | 96.44 |
Solyc08g016050.2.1 | Tomato | nucleus | 42.78 | 86.64 |
GSMUA_Achr10P... | Banana | extracellular | 50.08 | 86.62 |
VIT_11s0016g00100.t01 | Wine grape | mitochondrion | 86.43 | 85.87 |
Solyc08g016060.1.1 | Tomato | extracellular | 13.19 | 84.91 |
AT4G16340.1 | Thale cress | cytosol | 79.24 | 79.45 |
CDY32235 | Canola | cytosol | 78.86 | 79.33 |
KXG39465 | Sorghum | cytosol | 76.78 | 76.62 |
HORVU4Hr1G051250.3 | Barley | cytosol | 75.97 | 76.01 |
CDY34451 | Canola | endoplasmic reticulum | 78.09 | 75.9 |
TraesCS4B01G173500.4 | Wheat | cytosol | 75.59 | 75.59 |
TraesCS4D01G175600.4 | Wheat | cytosol | 75.48 | 75.48 |
TraesCS4A01G131100.1 | Wheat | cytosol | 75.48 | 75.48 |
Zm00001d047540_P001 | Maize | cytosol, mitochondrion | 75.86 | 75.41 |
Zm00001d029004_P004 | Maize | cytosol | 76.62 | 75.39 |
Bra038448.1-P | Field mustard | cytosol | 78.8 | 69.79 |
Solyc08g016070.1.1 | Tomato | mitochondrion | 22.72 | 67.92 |
GSMUA_Achr10P... | Banana | cytosol | 28.77 | 65.35 |
Zm00001d024153_P001 | Maize | cytosol | 4.96 | 59.87 |
Zm00001d012342_P001 | Maize | cytosol, endoplasmic reticulum, extracellular, golgi, nucleus, plasma membrane, plastid, vacuole | 6.59 | 52.16 |
Zm00001d035539_P001 | Maize | cytosol | 5.5 | 49.27 |
Zm00001d042645_P001 | Maize | cytosol, nucleus, peroxisome | 12.81 | 40.03 |
TraesCS5D01G127700.1 | Wheat | cytosol | 2.78 | 35.66 |
TraesCS5A01G195400.1 | Wheat | cytosol | 2.45 | 33.09 |
Zm00001d007384_P003 | Maize | cytosol, endoplasmic reticulum, peroxisome | 6.05 | 31.01 |
Zm00001d035534_P003 | Maize | cytosol | 7.08 | 27.48 |
Zm00001d046856_P002 | Maize | endoplasmic reticulum, nucleus, peroxisome | 7.68 | 26.45 |
Zm00001d038664_P001 | Maize | cytosol, nucleus, plastid | 6.7 | 22.99 |
Protein Annotations
Gene3D:1.20.58.740 | Gene3D:1.25.40.410 | EntrezGene:100812785 | MapMan:27.4.3.2 | EMBL:ACUP02009529 | InterPro:ARM-type_fold |
ncoils:Coil | InterPro:DHR-1_domain | InterPro:DHR-2 | InterPro:DOCK | InterPro:DOCK_C | EnsemblPlantsGene:GLYMA_15G212800 |
GO:GO:0003674 | GO:GO:0005085 | GO:GO:0005488 | GO:GO:0005515 | GO:GO:0005575 | GO:GO:0005622 |
GO:GO:0005623 | GO:GO:0007154 | GO:GO:0007165 | GO:GO:0007264 | GO:GO:0008150 | GO:GO:0009987 |
GO:GO:0065009 | InterPro:IPR027007 | InterPro:IPR027357 | UniProt:K7MCT0 | EnsemblPlants:KRH13046 | ProteinID:KRH13046 |
ProteinID:KRH13046.1 | PFAM:PF06920 | PFAM:PF14429 | PFscan:PS51650 | PFscan:PS51651 | PANTHER:PTHR23317 |
PANTHER:PTHR23317:SF76 | SUPFAM:SSF48371 | UniParc:UPI000233B428 | SEG:seg | : | : |
Description
hypothetical protein
Coordinates
chr15:+:33408140..33467420
Molecular Weight (calculated)
207824.0 Da
IEP (calculated)
6.135
GRAVY (calculated)
-0.226
Length
1835 amino acids
Sequence
(BLAST)
(BLAST)
0001: MLHLRQRRDA VAPATTRWRN TFEENLEQWP HLNELVHCYT TDWVKDENKY GHYDSVGTPS FHNQIYEGPD TDIETEMRLA GARQTKGDDI SEDDIPSTSG
0101: RQFMEGADGD LLPSDVPKHI GQSLLPAYEP AFDWENERAL IFGQRIPETP VLHGMKISVK VQSLQFQAGL AEPFYGTMCL YNRERREKLS EDFYFHVLPT
0201: EMQNAKITCE PRAVFYLDAP SASVCLLIQL EKHATEEGGV TASVYSRKDP VHLTEREKQK LQVWSKIMPY KESFTWTIVS LFDSSIGAAS VGPASPSSPL
0301: APSISGSSSH EGVFDTSAKI SLDGKLSYSN GNSVVVEVSN LNKVKESYTE ESLQDPKRKM HKPIKGVLRL EIEKHQISLA DLENVSESGS ITNDSVDPGD
0401: RIVDSLSGKY PSNGCDDPQG SNLRVVSPVL GNGANQHGNS DFNADDFHAF DFRTTTRNEP FLQLFHCLYV YPLTVSLGRK RNLFIRVELR EDDGDIRRQP
0501: LEAIYPRDPG LDASFQKWGH TQVAVGARVA CYHDEIKLSL PAMWTPMHHL LFTLFHVDLQ TKLDAPKPVV IGYAALPLSS HAQLRSEINL PIMRELVPHY
0601: LQDAGRERLD YLEDGKSVFR LRLRLCSSLY PINERIRDFF LEYDRHTLRT SPPWGSELLE AINSLKNVDS TALLQFLHPI LNMLLHLIGN GGETLQVAAF
0701: RAMVNIVTRV QQESVDDAER NHFLVNYVDC AFDDFGGRQP PVYPGLSTVW GSLARSKAKG YRVGPVYDDV LAMAWFFLEL IVKSMALEKT RLFYHSLPIG
0801: EDIPPMQLKD GVFRCILQLY DCLLTEVHER CKKGLSLAKR LNSSLAFFCY DLLSIIEPRQ VFELVSLYLD KFSGVCQSVL HECKLTFLQI ICDHDLFVEM
0901: PGRDPSDRNY LSSVLIQELF VTWDHEDLSL RAKAARILVV LLCKHEFDVR YQKPEDKLYI AQLYFPLVGQ ILDEMPVFYN LNSVEKREVS IVILQIVRNL
1001: DDASLVKAWQ QSIARTRLFF KLMEECLLLF EHKKPADGML LGSSSRNPVG EAPASPKYSD RLSPAINNYL SEASRQEVRP QGTPDNGYLW QRVNSQLSSP
1101: SQPYSLREAL AQAQSSRIGA SAQALRESLH PLLRQKLELW EENLSAFISL QVLEVTEKFS MMAASHSIAT DYGKLDCITA VFMSFLSRNQ PLTFWKAFFP
1201: VFNSVFDLHG ATLMARENDR FLKQVTFHLL RLAVFQNENI RQRAVVGLQI LVRSSFHYFM QTARLRVMLI ITLSELMSDV QVTQMRSDGS LEESGEARRL
1301: RKSVDEMKDE TKNAYLLKEC GLPENALVTV PEKMTENRWS WSEVKYLSDS LLLALDGSLE HALLAPMMTM DRYAAAESFY KLAMAFAPVP DLHIMWLLHL
1401: CDAHQEMQSW AEAAQCAVAV AGVVMQALVA RNDGVWSKDH VSALRKICPM VSNEITSEAS AAEVEGYGAS KLTVDSAVKY LQLANKLFSQ AELFHFCASI
1501: LELVIPVYKS RRAYGQLAKC HTLLTNIYES ILEQESSPIP FTNATYYRVG FYGVRFGKLD KKEYVYREPR DVRLGDIMEK LSHTYESRMD GNHTLHIIPD
1601: SRQVKAEELQ PGVCYLQITA VDPVMEDEDL GSRRERIFSL STGSVRARVF DRFLFDTPFT KNGKTQGGLE DQWKRRTVLR TEGSFPALVN RLLVIKSESL
1701: EFSPVENAIG MIETRTAALR NELEEPRSSE GDQLPRLQSL QRILQGSVAV QVNSGVLSVC TAFLSGEPAT RLRSQELQQL IAALLEFMAV CKRAIRVHFR
1801: LIGEEDQDFH TQLVNGFQSL TAELSHYIPA ILSEL
0101: RQFMEGADGD LLPSDVPKHI GQSLLPAYEP AFDWENERAL IFGQRIPETP VLHGMKISVK VQSLQFQAGL AEPFYGTMCL YNRERREKLS EDFYFHVLPT
0201: EMQNAKITCE PRAVFYLDAP SASVCLLIQL EKHATEEGGV TASVYSRKDP VHLTEREKQK LQVWSKIMPY KESFTWTIVS LFDSSIGAAS VGPASPSSPL
0301: APSISGSSSH EGVFDTSAKI SLDGKLSYSN GNSVVVEVSN LNKVKESYTE ESLQDPKRKM HKPIKGVLRL EIEKHQISLA DLENVSESGS ITNDSVDPGD
0401: RIVDSLSGKY PSNGCDDPQG SNLRVVSPVL GNGANQHGNS DFNADDFHAF DFRTTTRNEP FLQLFHCLYV YPLTVSLGRK RNLFIRVELR EDDGDIRRQP
0501: LEAIYPRDPG LDASFQKWGH TQVAVGARVA CYHDEIKLSL PAMWTPMHHL LFTLFHVDLQ TKLDAPKPVV IGYAALPLSS HAQLRSEINL PIMRELVPHY
0601: LQDAGRERLD YLEDGKSVFR LRLRLCSSLY PINERIRDFF LEYDRHTLRT SPPWGSELLE AINSLKNVDS TALLQFLHPI LNMLLHLIGN GGETLQVAAF
0701: RAMVNIVTRV QQESVDDAER NHFLVNYVDC AFDDFGGRQP PVYPGLSTVW GSLARSKAKG YRVGPVYDDV LAMAWFFLEL IVKSMALEKT RLFYHSLPIG
0801: EDIPPMQLKD GVFRCILQLY DCLLTEVHER CKKGLSLAKR LNSSLAFFCY DLLSIIEPRQ VFELVSLYLD KFSGVCQSVL HECKLTFLQI ICDHDLFVEM
0901: PGRDPSDRNY LSSVLIQELF VTWDHEDLSL RAKAARILVV LLCKHEFDVR YQKPEDKLYI AQLYFPLVGQ ILDEMPVFYN LNSVEKREVS IVILQIVRNL
1001: DDASLVKAWQ QSIARTRLFF KLMEECLLLF EHKKPADGML LGSSSRNPVG EAPASPKYSD RLSPAINNYL SEASRQEVRP QGTPDNGYLW QRVNSQLSSP
1101: SQPYSLREAL AQAQSSRIGA SAQALRESLH PLLRQKLELW EENLSAFISL QVLEVTEKFS MMAASHSIAT DYGKLDCITA VFMSFLSRNQ PLTFWKAFFP
1201: VFNSVFDLHG ATLMARENDR FLKQVTFHLL RLAVFQNENI RQRAVVGLQI LVRSSFHYFM QTARLRVMLI ITLSELMSDV QVTQMRSDGS LEESGEARRL
1301: RKSVDEMKDE TKNAYLLKEC GLPENALVTV PEKMTENRWS WSEVKYLSDS LLLALDGSLE HALLAPMMTM DRYAAAESFY KLAMAFAPVP DLHIMWLLHL
1401: CDAHQEMQSW AEAAQCAVAV AGVVMQALVA RNDGVWSKDH VSALRKICPM VSNEITSEAS AAEVEGYGAS KLTVDSAVKY LQLANKLFSQ AELFHFCASI
1501: LELVIPVYKS RRAYGQLAKC HTLLTNIYES ILEQESSPIP FTNATYYRVG FYGVRFGKLD KKEYVYREPR DVRLGDIMEK LSHTYESRMD GNHTLHIIPD
1601: SRQVKAEELQ PGVCYLQITA VDPVMEDEDL GSRRERIFSL STGSVRARVF DRFLFDTPFT KNGKTQGGLE DQWKRRTVLR TEGSFPALVN RLLVIKSESL
1701: EFSPVENAIG MIETRTAALR NELEEPRSSE GDQLPRLQSL QRILQGSVAV QVNSGVLSVC TAFLSGEPAT RLRSQELQQL IAALLEFMAV CKRAIRVHFR
1801: LIGEEDQDFH TQLVNGFQSL TAELSHYIPA ILSEL
0001: MENNNLGLRF RKLPRQPLAL PKLDPLLDEN LEQWPHLNQL VQCYGTEWVK DVNKYGHYEN IRPDSFQTQI FEGPDTDTET EIRLASARSA TIEEDVASIS
0101: GRPFSDPGSS KHFGQPPLPA YEPAFDWENE RAMIFGQRTP ESPAASYSSG LKISVRVLSL AFQSGLVEPF FGSIALYNQE RKEKLSEDFY FQIQPTEMQD
0201: AKLSSENRGV FYLDAPSASV CLLIQLEKTA TEEGGVTSSV YSRKEPVHLT EREKQKLQVW SRIMPYRESF AWAVVPLFDN NLTTNTGESA SPSSPLAPSM
0301: TASSSHDGVY EPIAKITSDG KQGYSGGSSV VVEISNLNKV KESYSEESIQ DPKRKVHKPV KGVLRLEIEK HRNGHGDFED LSENGSIIND SLDPTDRLSD
0401: LTLMKCPSSS SGGPRNGCSK WNSEDAKDVS RNLTSSCGTP DLNCYHAFDF CSTTRNEPFL HLFHCLYVYP VAVTLSRKRN PFIRVELRKD DTDIRKQPLE
0501: AIYPREPGVS LQKWVHTQVA VGARAASYHD EIKVSLPATW TPSHHLLFTF FHVDLQTKLE APRPVVVGYA SLPLSTYIHS RSDISLPVMR ELVPHYLQES
0601: TKERLDYLED GKNIFKLRLR LCSSLYPTNE RVRDFCLEYD RHTLQTRPPW GSELLQAINS LKHVDSTALL QFLYPILNML LHLIGNGGET LQVAAFRAMV
0701: DILTRVQQVS FDDADRNRFL VTYVDYSFDD FGGNQPPVYP GLATVWGSLA RSKAKGYRVG PVYDDVLSMA WFFLELIVKS MALEQARLYD HNLPTGEDVP
0801: PMQLKESVFR CIMQLFDCLL TEVHERCKKG LSLAKRLNSS LAFFCYDLLY IIEPCQVYEL VSLYMDKFSG VCQSVLHECK LTFLQIISDH DLFVEMPGRD
0901: PSDRNYLSSI LIQELFLSLD HDELPLRAKG ARILVILLCK HEFDARYQKA EDKLYIAQLY FPFVGQILDE MPVFYNLNAT EKREVLIGVL QIVRNLDDTS
1001: LVKAWQQSIA RTRLYFKLME ECLILFEHKK AADSILGGNN SRGPVSEGAG SPKYSERLSP AINNYLSEAS RQEVRLEGTP DNGYLWQRVN SQLASPSQPY
1101: SLREALAQAQ SSRIGASAQA LRESLHPILR QKLELWEENV SATVSLQVLE ITENFSSMAA SHNIATDYGK LDCITTILTS FFSRNQSLAF WKAFFPIFNR
1201: IFDLHGATLM ARENDRFLKQ IAFHLLRLAV YRNDSVRKRA VIGLQILVKS SLYFMQTARL RALLTITLSE LMSDVQVTHM KSDNTLEESG EARRLQQSLS
1301: EMADEAKSVN LLRECGLPDD TLLIIPEKFT ENRWSWAEVK HLSDSLVLAL DASLGHALLG SVMAMDRYAA AESFYKLGMA FAPVPDLHIM WLLHLCDAHQ
1401: EMQSWAEAAQ CAVAVAGVIM QALVARNDGV WSKDHVSALR KICPMVSGEF TTEASAAEVE GYGASKLTVD SAVKYLQLAN KLFSQAELYH FCASILELVI
1501: PVYKSRKAYG QLAKCHTLLT NIYESILDQE SNPIPFIDAT YYRVGFYGEK FGKLDRKEYV YREPRDVRLG DIMEKLSHIY ESRMDSNHIL HIIPDSRQVK
1601: AEDLQAGVCY LQITAVDAVM EDEDLGSRRE RIFSLSTGSV RARVFDRFLF DTPFTKNGKT QGGLEDQWKR RTVLQTEGSF PALVNRLLVT KSESLEFSPV
1701: ENAIGMIETR TTALRNELEE PRSSDGDHLP RLQSLQRILQ GSVAVQVNSG VLSVCTAFLS GEPATRLRSQ ELQQLIAALL EFMAVCKRAI RVHFRLIGEE
1801: DQEFHTQLVN GFQSLTAELS HYIPAILSEL
0101: GRPFSDPGSS KHFGQPPLPA YEPAFDWENE RAMIFGQRTP ESPAASYSSG LKISVRVLSL AFQSGLVEPF FGSIALYNQE RKEKLSEDFY FQIQPTEMQD
0201: AKLSSENRGV FYLDAPSASV CLLIQLEKTA TEEGGVTSSV YSRKEPVHLT EREKQKLQVW SRIMPYRESF AWAVVPLFDN NLTTNTGESA SPSSPLAPSM
0301: TASSSHDGVY EPIAKITSDG KQGYSGGSSV VVEISNLNKV KESYSEESIQ DPKRKVHKPV KGVLRLEIEK HRNGHGDFED LSENGSIIND SLDPTDRLSD
0401: LTLMKCPSSS SGGPRNGCSK WNSEDAKDVS RNLTSSCGTP DLNCYHAFDF CSTTRNEPFL HLFHCLYVYP VAVTLSRKRN PFIRVELRKD DTDIRKQPLE
0501: AIYPREPGVS LQKWVHTQVA VGARAASYHD EIKVSLPATW TPSHHLLFTF FHVDLQTKLE APRPVVVGYA SLPLSTYIHS RSDISLPVMR ELVPHYLQES
0601: TKERLDYLED GKNIFKLRLR LCSSLYPTNE RVRDFCLEYD RHTLQTRPPW GSELLQAINS LKHVDSTALL QFLYPILNML LHLIGNGGET LQVAAFRAMV
0701: DILTRVQQVS FDDADRNRFL VTYVDYSFDD FGGNQPPVYP GLATVWGSLA RSKAKGYRVG PVYDDVLSMA WFFLELIVKS MALEQARLYD HNLPTGEDVP
0801: PMQLKESVFR CIMQLFDCLL TEVHERCKKG LSLAKRLNSS LAFFCYDLLY IIEPCQVYEL VSLYMDKFSG VCQSVLHECK LTFLQIISDH DLFVEMPGRD
0901: PSDRNYLSSI LIQELFLSLD HDELPLRAKG ARILVILLCK HEFDARYQKA EDKLYIAQLY FPFVGQILDE MPVFYNLNAT EKREVLIGVL QIVRNLDDTS
1001: LVKAWQQSIA RTRLYFKLME ECLILFEHKK AADSILGGNN SRGPVSEGAG SPKYSERLSP AINNYLSEAS RQEVRLEGTP DNGYLWQRVN SQLASPSQPY
1101: SLREALAQAQ SSRIGASAQA LRESLHPILR QKLELWEENV SATVSLQVLE ITENFSSMAA SHNIATDYGK LDCITTILTS FFSRNQSLAF WKAFFPIFNR
1201: IFDLHGATLM ARENDRFLKQ IAFHLLRLAV YRNDSVRKRA VIGLQILVKS SLYFMQTARL RALLTITLSE LMSDVQVTHM KSDNTLEESG EARRLQQSLS
1301: EMADEAKSVN LLRECGLPDD TLLIIPEKFT ENRWSWAEVK HLSDSLVLAL DASLGHALLG SVMAMDRYAA AESFYKLGMA FAPVPDLHIM WLLHLCDAHQ
1401: EMQSWAEAAQ CAVAVAGVIM QALVARNDGV WSKDHVSALR KICPMVSGEF TTEASAAEVE GYGASKLTVD SAVKYLQLAN KLFSQAELYH FCASILELVI
1501: PVYKSRKAYG QLAKCHTLLT NIYESILDQE SNPIPFIDAT YYRVGFYGEK FGKLDRKEYV YREPRDVRLG DIMEKLSHIY ESRMDSNHIL HIIPDSRQVK
1601: AEDLQAGVCY LQITAVDAVM EDEDLGSRRE RIFSLSTGSV RARVFDRFLF DTPFTKNGKT QGGLEDQWKR RTVLQTEGSF PALVNRLLVT KSESLEFSPV
1701: ENAIGMIETR TTALRNELEE PRSSDGDHLP RLQSLQRILQ GSVAVQVNSG VLSVCTAFLS GEPATRLRSQ ELQQLIAALL EFMAVCKRAI RVHFRLIGEE
1801: DQEFHTQLVN GFQSLTAELS HYIPAILSEL
Arabidopsis Description
SPK1Guanine nucleotide exchange factor SPIKE 1 [Source:UniProtKB/Swiss-Prot;Acc:Q8SAB7]
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.