Subcellular Localization
min:
: max
Winner_takes_all: plastid
Predictor Summary:
Predictor Summary:
- plastid 4
- mitochondrion 2
- cytosol 1
- nucleus 1
Predictors | GFP | MS/MS | Papers |
---|---|---|---|
PPI
No PPI Data
Homology
Paralog
locus | Identity | Homology Identity |
---|
Ortholog
locus | Homology Species | Location | Identity | Homology Identity |
---|---|---|---|---|
TraesCS2D01G352400.1 | Wheat | cytosol | 71.55 | 80.8 |
TraesCS2B01G372400.1 | Wheat | mitochondrion, plastid | 76.27 | 79.68 |
TraesCS2B01G372300.1 | Wheat | plastid | 78.82 | 78.53 |
HORVU2Hr1G085940.21 | Barley | cytosol | 62.18 | 78.35 |
Zm00001d026647_P005 | Maize | nucleus | 91.82 | 75.49 |
VIT_16s0100g01310.t01 | Wine grape | plastid | 55.91 | 55.36 |
KRH35336 | Soybean | cytosol | 21.36 | 55.29 |
KRG91481 | Soybean | plastid | 53.73 | 55.23 |
CDY50199 | Canola | plastid | 52.82 | 54.05 |
AT4G25540.1 | Thale cress | nucleus, plastid | 53.09 | 54.02 |
CDX92716 | Canola | plastid | 53.36 | 53.75 |
Bra019156.1-P | Field mustard | plastid | 52.64 | 53.41 |
Solyc03g025890.1.1 | Tomato | nucleus | 54.0 | 53.18 |
VIT_00s0485g00020.t01 | Wine grape | mitochondrion, plastid | 20.55 | 48.09 |
VIT_00s0388g00030.t01 | Wine grape | plastid | 20.55 | 46.12 |
EER99643 | Sorghum | nucleus | 19.45 | 22.72 |
EER99382 | Sorghum | cytosol | 16.18 | 22.17 |
OQU78247 | Sorghum | cytosol | 14.82 | 20.76 |
KXG35601 | Sorghum | mitochondrion, nucleus, plastid | 24.18 | 20.4 |
KXG31683 | Sorghum | mitochondrion, nucleus | 18.91 | 16.9 |
KXG26672 | Sorghum | mitochondrion, nucleus | 13.64 | 13.26 |
EES11666 | Sorghum | plastid | 9.45 | 11.4 |
OQU91528 | Sorghum | plastid | 8.55 | 11.31 |
EES13125 | Sorghum | cytosol | 0.0 | 0.0 |
Protein Annotations
Description
hypothetical protein
Coordinates
chr6:-:60363029..60370792
Molecular Weight (calculated)
119286.0 Da
IEP (calculated)
7.370
GRAVY (calculated)
-0.085
Length
1100 amino acids
Sequence
(BLAST)
(BLAST)
0001: MGKPKQQVLS RFFSPKPGPA PAAADPPPPP PPPPNPKPSA AHPPISTVAS FSPAKRARAL SLSPKPPAAK RPNPTPPPSR DAVRRRLLEP LDPPPPRSLK
0101: PTAPGGGGKG YTPLEQQVVD LKARHPDVLL MVEVGYRFRF FGEDAAVAAA VLGIVAHPDR SFLTASIPTF RLGFHVRRLV AAGHKVGVVR QTETAAIKAA
0201: AGGAGGAPFA RGLSAVYTRA TIEAAAGELE GGGAATPEEG SSYLVCVVDK EVEAAGREGL QVKVGMVAIE VSTGEVIHGE FLDSDSRSGL EAVLLGLAPV
0301: EVILGTPLSF ATDKIMKAYL GPTSNVRVER VSCECFGEGG ALAELITLFE KSLDNASRAE DDRKLIQTND DNNNLHGIEG IMAMPELVVQ ALALSVRYLK
0401: GFGMERIICF GSSFRPFSAG TEFSLSANAL QQLEVFRNNS DGATEGSLFQ TMNNTCTSFG SRLFRNWLTH PLCDRHLICA RHDAVSEIFE SMGSQHSVNN
0501: LQDGGDRSCT ASARSDLCTV LSSVLALLGR SLDIQRGITR VFHCKATAKE FVGVIQSILT VGKQLQKLVL EDIGTVSSQH KPVHSSLLRR LISTASSPTV
0601: LNSAVKLLSC LNKDAADQGD MLNLFIASVD QFPEVTEGHV NVKMADHKLD LLIVEYRKQL GMRNLEFKTV AGTTHLIELP VDRRVPSNWI KINSTKKAIR
0701: YHTPEILKNL DNLLLAKEEL AVICRSMWHK FLTDFGEYYA QFQAVVESLA ALDCLYSFAV LAKQNNYIRP IFVHDNEPSQ IHIKDGRHPV LESLLGNNFV
0801: PNDTELHTDG EYCQIVTGPN MGGKSCYIRQ VALITMMAQV GSFVPASSAM LHVVDGIYTR MGASDSIQQG TSTFHEEMNE ASNILRNCSA RSLVIIDELG
0901: RGTSTHDGVA IAYATLHYLL KEKKCIVIFV THYPKILDIQ REFEGSVGAY HVSYLATMKL LEVTDKPVET SPEANNLGEI IFLYKLVAGA SDRSFGLNVA
1001: LLAQLPSRCI KRASVMAAKL QEELSAREEN KLRRTTDAPT VDGPSESSAE VGLLCSQPYQ QLAETCRKIL LNITLAQSNN DVVDTLPSLK NAQEIARKMI
0101: PTAPGGGGKG YTPLEQQVVD LKARHPDVLL MVEVGYRFRF FGEDAAVAAA VLGIVAHPDR SFLTASIPTF RLGFHVRRLV AAGHKVGVVR QTETAAIKAA
0201: AGGAGGAPFA RGLSAVYTRA TIEAAAGELE GGGAATPEEG SSYLVCVVDK EVEAAGREGL QVKVGMVAIE VSTGEVIHGE FLDSDSRSGL EAVLLGLAPV
0301: EVILGTPLSF ATDKIMKAYL GPTSNVRVER VSCECFGEGG ALAELITLFE KSLDNASRAE DDRKLIQTND DNNNLHGIEG IMAMPELVVQ ALALSVRYLK
0401: GFGMERIICF GSSFRPFSAG TEFSLSANAL QQLEVFRNNS DGATEGSLFQ TMNNTCTSFG SRLFRNWLTH PLCDRHLICA RHDAVSEIFE SMGSQHSVNN
0501: LQDGGDRSCT ASARSDLCTV LSSVLALLGR SLDIQRGITR VFHCKATAKE FVGVIQSILT VGKQLQKLVL EDIGTVSSQH KPVHSSLLRR LISTASSPTV
0601: LNSAVKLLSC LNKDAADQGD MLNLFIASVD QFPEVTEGHV NVKMADHKLD LLIVEYRKQL GMRNLEFKTV AGTTHLIELP VDRRVPSNWI KINSTKKAIR
0701: YHTPEILKNL DNLLLAKEEL AVICRSMWHK FLTDFGEYYA QFQAVVESLA ALDCLYSFAV LAKQNNYIRP IFVHDNEPSQ IHIKDGRHPV LESLLGNNFV
0801: PNDTELHTDG EYCQIVTGPN MGGKSCYIRQ VALITMMAQV GSFVPASSAM LHVVDGIYTR MGASDSIQQG TSTFHEEMNE ASNILRNCSA RSLVIIDELG
0901: RGTSTHDGVA IAYATLHYLL KEKKCIVIFV THYPKILDIQ REFEGSVGAY HVSYLATMKL LEVTDKPVET SPEANNLGEI IFLYKLVAGA SDRSFGLNVA
1001: LLAQLPSRCI KRASVMAAKL QEELSAREEN KLRRTTDAPT VDGPSESSAE VGLLCSQPYQ QLAETCRKIL LNITLAQSNN DVVDTLPSLK NAQEIARKMI
0001: MGKQKQQTIS RFFAPKPKSP THEPNPVAES STPPPKISAT VSFSPSKRKL LSDHLAAASP KKPKLSPHTQ NPVPDPNLHQ RFLQRFLEPS PEEYVPETSS
0101: SRKYTPLEQQ VVELKSKYPD VVLMVEVGYR YRFFGEDAEI AARVLGIYAH MDHNFMTASV PTFRLNFHVR RLVNAGYKIG VVKQTETAAI KSHGANRTGP
0201: FFRGLSALYT KATLEAAEDI SGGCGGEEGF GSQSNFLVCV VDERVKSETL GCGIEMSFDV RVGVVGVEIS TGEVVYEEFN DNFMRSGLEA VILSLSPAEL
0301: LLGQPLSQQT EKFLVAHAGP TSNVRVERAS LDCFSNGNAV DEVISLCEKI SAGNLEDDKE MKLEAAEKGM SCLTVHTIMN MPHLTVQALA LTFCHLKQFG
0401: FERILYQGAS FRSLSSNTEM TLSANTLQQL EVVKNNSDGS ESGSLFHNMN HTLTVYGSRL LRHWVTHPLC DRNLISARLD AVSEISACMG SHSSSQLSSE
0501: LVEEGSERAI VSPEFYLVLS SVLTAMSRSS DIQRGITRIF HRTAKATEFI AVMEAILLAG KQIQRLGIKQ DSEMRSMQSA TVRSTLLRKL ISVISSPVVV
0601: DNAGKLLSAL NKEAAVRGDL LDILITSSDQ FPELAEARQA VLVIREKLDS SIASFRKKLA IRNLEFLQVS GITHLIELPV DSKVPMNWVK VNSTKKTIRY
0701: HPPEIVAGLD ELALATEHLA IVNRASWDSF LKSFSRYYTD FKAAVQALAA LDCLHSLSTL SRNKNYVRPE FVDDCEPVEI NIQSGRHPVL ETILQDNFVP
0801: NDTILHAEGE YCQIITGPNM GGKSCYIRQV ALISIMAQVG SFVPASFAKL HVLDGVFTRM GASDSIQHGR STFLEELSEA SHIIRTCSSR SLVILDELGR
0901: GTSTHDGVAI AYATLQHLLA EKRCLVLFVT HYPEIAEISN GFPGSVGTYH VSYLTLQKDK GSYDHDDVTY LYKLVRGLCS RSFGFKVAQL AQIPPSCIRR
1001: AISMAAKLEA EVRARERNTR MGEPEGHEEP RGAEESISAL GDLFADLKFA LSEEDPWKAF EFLKHAWKIA GKIRLKPTCS F
0101: SRKYTPLEQQ VVELKSKYPD VVLMVEVGYR YRFFGEDAEI AARVLGIYAH MDHNFMTASV PTFRLNFHVR RLVNAGYKIG VVKQTETAAI KSHGANRTGP
0201: FFRGLSALYT KATLEAAEDI SGGCGGEEGF GSQSNFLVCV VDERVKSETL GCGIEMSFDV RVGVVGVEIS TGEVVYEEFN DNFMRSGLEA VILSLSPAEL
0301: LLGQPLSQQT EKFLVAHAGP TSNVRVERAS LDCFSNGNAV DEVISLCEKI SAGNLEDDKE MKLEAAEKGM SCLTVHTIMN MPHLTVQALA LTFCHLKQFG
0401: FERILYQGAS FRSLSSNTEM TLSANTLQQL EVVKNNSDGS ESGSLFHNMN HTLTVYGSRL LRHWVTHPLC DRNLISARLD AVSEISACMG SHSSSQLSSE
0501: LVEEGSERAI VSPEFYLVLS SVLTAMSRSS DIQRGITRIF HRTAKATEFI AVMEAILLAG KQIQRLGIKQ DSEMRSMQSA TVRSTLLRKL ISVISSPVVV
0601: DNAGKLLSAL NKEAAVRGDL LDILITSSDQ FPELAEARQA VLVIREKLDS SIASFRKKLA IRNLEFLQVS GITHLIELPV DSKVPMNWVK VNSTKKTIRY
0701: HPPEIVAGLD ELALATEHLA IVNRASWDSF LKSFSRYYTD FKAAVQALAA LDCLHSLSTL SRNKNYVRPE FVDDCEPVEI NIQSGRHPVL ETILQDNFVP
0801: NDTILHAEGE YCQIITGPNM GGKSCYIRQV ALISIMAQVG SFVPASFAKL HVLDGVFTRM GASDSIQHGR STFLEELSEA SHIIRTCSSR SLVILDELGR
0901: GTSTHDGVAI AYATLQHLLA EKRCLVLFVT HYPEIAEISN GFPGSVGTYH VSYLTLQKDK GSYDHDDVTY LYKLVRGLCS RSFGFKVAQL AQIPPSCIRR
1001: AISMAAKLEA EVRARERNTR MGEPEGHEEP RGAEESISAL GDLFADLKFA LSEEDPWKAF EFLKHAWKIA GKIRLKPTCS F
Arabidopsis Description
MSH3DNA mismatch repair protein MSH3 [Source:UniProtKB/Swiss-Prot;Acc:O65607]
SUBAcon: [plastid,nucleus]
SUBAcon: [plastid,nucleus]
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.