Subcellular Localization
min:
: max
Winner_takes_all: mitochondrion, plastid, nucleus
Predictor Summary:
Predictor Summary:
- plastid 4
- mitochondrion 3
- nucleus 2
PPI
No PPI Data
Homology
Paralog
locus | Identity | Homology Identity |
---|
Ortholog
locus | Homology Species | Location | Identity | Homology Identity |
---|---|---|---|---|
Zm00001d020424_P002 | Maize | nucleus, plastid | 91.64 | 92.21 |
HORVU5Hr1G061020.11 | Barley | endoplasmic reticulum, golgi, plasma membrane | 60.74 | 76.6 |
TraesCS5D01G212500.1 | Wheat | nucleus | 66.41 | 76.1 |
TraesCS5A01G206300.1 | Wheat | mitochondrion | 75.15 | 74.3 |
Os09t0407600-01 | Rice | mitochondrion, nucleus, plastid | 39.8 | 73.0 |
GSMUA_Achr5P24510_001 | Banana | nucleus, plastid | 59.2 | 60.55 |
VIT_07s0005g01370.t01 | Wine grape | plastid | 57.13 | 57.44 |
KRG96523 | Soybean | plastid | 54.52 | 55.85 |
Solyc01g079520.2.1 | Tomato | plastid | 54.98 | 54.65 |
CDX91808 | Canola | mitochondrion, nucleus, plastid | 53.83 | 53.14 |
AT4G02070.1 | Thale cress | plastid | 53.76 | 52.95 |
CDX90956 | Canola | plastid | 53.99 | 52.66 |
Bra000896.1-P | Field mustard | plastid | 53.99 | 52.66 |
KXG31683 | Sorghum | mitochondrion, nucleus | 23.62 | 25.02 |
EES11671 | Sorghum | plastid | 20.4 | 24.18 |
EER99382 | Sorghum | cytosol | 13.5 | 21.92 |
OQU78247 | Sorghum | cytosol | 12.96 | 21.53 |
EER99643 | Sorghum | nucleus | 15.03 | 20.81 |
KXG26672 | Sorghum | mitochondrion, nucleus | 13.34 | 15.38 |
EES11666 | Sorghum | plastid | 9.05 | 12.94 |
OQU91528 | Sorghum | plastid | 7.75 | 12.15 |
EES13125 | Sorghum | cytosol | 0.0 | 0.0 |
Protein Annotations
Description
hypothetical protein
Coordinates
chr2:+:58662323..58673930
Molecular Weight (calculated)
144523.0 Da
IEP (calculated)
7.031
GRAVY (calculated)
-0.445
Length
1304 amino acids
Sequence
(BLAST)
(BLAST)
0001: MASRRASNGR SPLVRKQSQI TAFFSSSPTR SPSPSGPSPG ASKPSPSPLN PSARTRSPLA AVSPPPPKLP PPQKQKKGKK DKEDRDAVAA VPAPLAAEVV
0101: GRRLRVYWPL DDAWYKGRVA AYDAASRRHR VKYDDGDEEE VDLGKEKFEW EAAVEDSTPP PARKLRRLRR MSDTSVAKSP AVAEDSAGDS TEDEDWKRDT
0201: VVEDDSEEVE LDEEDEEEVV AVRSRKGKPK NSLLVSGSTP STLSSGLTSE SGSKVSKKRK NVDVASLDFA KRFTFEAVNT TRKVDPEVPM SCGKKGQTTG
0301: NDYTALTGDA AERFGQRDAE KFKFLGEGRK DAKGRRPGSP GFDPKTLLLP PQFLKSLTGA QRQWWEFKSH HMDKVLFFKM GKFYELFEMD AHVGAKDLDL
0401: QYMKGEQPHC GFPEKNLSVN LEKLAEKGYR VLVVEQTETP EQLELRRKEM GIKDKVVRRE ICAVVTKGTL IEGEHLLANP DPSYLLSVTE SHQQSSKKSQ
0501: ETCTIGVCIV DVSTSKFIVG QFQDDPERHG LCSILSEMRP VEIIKPGKML SPETEKALKN NTRKPLINEL LPSTEFWDAA KTIDEIKQYY SSADKQNDAD
0601: DIQDCVNCLP NLLCELIGAG DKTYALSALG GSLFYLRQTL LDDKILPFAE FEPLACSGLI NNIRKNMILD AAALENLELL ENMRTGGLSG TLYAQLNHCV
0701: TGFGKRLLKR WIAKPLYDRS AILRRQSAVA TFKGVGQDYA AQFRKDLSRL PDMERLLARL FSSCDENKRS SSVVVYEDAS KRLLQQFTAA LRGCQQMFHA
0801: CSSISTLICT EGSQLNDLLS PGKGLPDISS ILDRFRDAFD WSEADRNGRI IPCEGCDPEY DATCYAIEEI KSSLKEYLKE QRKLLRPASV NYVDVGKDMY
0901: LIEVPESLGG SVPRNYELQS TKKGFFRYWT PELKELILEL SKAESEKESK LKGILQNLIQ LFVEHHTEWR QLVSVVAELD VLISLAIASG YFEGPSCCPT
1001: IKESNGQEDT PTFHARNLGH PILRSDSLGK GSFVPNDVKI GGSGNPSFIV LTGPNMGGKS TLLRQVCLTI ILAQIGADVP AENLELSLVD RIFVRMGARD
1101: HIMAGQSTFL VELEETASVL SSATKNSLVV LDELGRGTST SDGQAIAASV LEYLVHQVQC LGLFSTHYHR LAMERKDTKV SLCHMACQVV EGEGGLEEVT
1201: FLYRLTPGAC PKSYGVNVAR LAGIPTSVLQ RANEKSSDFE ANYGKRHKMT KDKHVSAQSD DVFSAIRDLF CIVKAWPCRP EDQATSISML REVQKRAKVK
1301: AVES
0101: GRRLRVYWPL DDAWYKGRVA AYDAASRRHR VKYDDGDEEE VDLGKEKFEW EAAVEDSTPP PARKLRRLRR MSDTSVAKSP AVAEDSAGDS TEDEDWKRDT
0201: VVEDDSEEVE LDEEDEEEVV AVRSRKGKPK NSLLVSGSTP STLSSGLTSE SGSKVSKKRK NVDVASLDFA KRFTFEAVNT TRKVDPEVPM SCGKKGQTTG
0301: NDYTALTGDA AERFGQRDAE KFKFLGEGRK DAKGRRPGSP GFDPKTLLLP PQFLKSLTGA QRQWWEFKSH HMDKVLFFKM GKFYELFEMD AHVGAKDLDL
0401: QYMKGEQPHC GFPEKNLSVN LEKLAEKGYR VLVVEQTETP EQLELRRKEM GIKDKVVRRE ICAVVTKGTL IEGEHLLANP DPSYLLSVTE SHQQSSKKSQ
0501: ETCTIGVCIV DVSTSKFIVG QFQDDPERHG LCSILSEMRP VEIIKPGKML SPETEKALKN NTRKPLINEL LPSTEFWDAA KTIDEIKQYY SSADKQNDAD
0601: DIQDCVNCLP NLLCELIGAG DKTYALSALG GSLFYLRQTL LDDKILPFAE FEPLACSGLI NNIRKNMILD AAALENLELL ENMRTGGLSG TLYAQLNHCV
0701: TGFGKRLLKR WIAKPLYDRS AILRRQSAVA TFKGVGQDYA AQFRKDLSRL PDMERLLARL FSSCDENKRS SSVVVYEDAS KRLLQQFTAA LRGCQQMFHA
0801: CSSISTLICT EGSQLNDLLS PGKGLPDISS ILDRFRDAFD WSEADRNGRI IPCEGCDPEY DATCYAIEEI KSSLKEYLKE QRKLLRPASV NYVDVGKDMY
0901: LIEVPESLGG SVPRNYELQS TKKGFFRYWT PELKELILEL SKAESEKESK LKGILQNLIQ LFVEHHTEWR QLVSVVAELD VLISLAIASG YFEGPSCCPT
1001: IKESNGQEDT PTFHARNLGH PILRSDSLGK GSFVPNDVKI GGSGNPSFIV LTGPNMGGKS TLLRQVCLTI ILAQIGADVP AENLELSLVD RIFVRMGARD
1101: HIMAGQSTFL VELEETASVL SSATKNSLVV LDELGRGTST SDGQAIAASV LEYLVHQVQC LGLFSTHYHR LAMERKDTKV SLCHMACQVV EGEGGLEEVT
1201: FLYRLTPGAC PKSYGVNVAR LAGIPTSVLQ RANEKSSDFE ANYGKRHKMT KDKHVSAQSD DVFSAIRDLF CIVKAWPCRP EDQATSISML REVQKRAKVK
1301: AVES
0001: MAPSRRQISG RSPLVNQQRQ ITSFFGKSAS SSSSPSPSPS PSLSNKKTPK SNNPNPKSPS PSPSPPKKTP KLNPNPSSNL PARSPSPGPD TPSPVQSKFK
0101: KPLLVIGQTP SPPQSVVITY GDEVVGKQVR VYWPLDKKWY DGSVTFYDKG EGKHVVEYED GEEESLDLGK EKTEWVVGEK SGDRFNRLKR GASALRKVVT
0201: DSDDDVEMGN VEEDKSDGDD SSDEDWGKNV GKEVCESEED DVELVDENEM DEEELVEEKD EETSKVNRVS KTDSRKRKTS EVTKSGGEKK SKTDTGTILK
0301: GFKASVVEPA KKIGQADRVV KGLEDNVLDG DALARFGARD SEKFRFLGVD RRDAKRRRPT DENYDPRTLY LPPDFVKKLT GGQRQWWEFK AKHMDKVVFF
0401: KMGKFYELFE MDAHVGAKEL DIQYMKGEQP HCGFPEKNFS VNIEKLVRKG YRVLVVEQTE TPDQLEQRRK ETGSKDKVVK REVCAVVTKG TLTDGEMLLT
0501: NPDASYLMAL TEGGESLTNP TAEHNFGVCL VDVATQKIIL GQFKDDQDCS ALSCLLSEMR PVEIIKPAKV LSYATERTIV RQTRNPLVNN LVPLSEFWDS
0601: EKTIYEVGII YKRINCQPSS AYSSEGKILG DGSSFLPKML SELATEDKNG SLALSALGGA IYYLRQAFLD ESLLRFAKFE SLPYCDFSNV NEKQHMVLDA
0701: AALENLEIFE NSRNGGYSGT LYAQLNQCIT ASGKRLLKTW LARPLYNTEL IKERQDAVAI LRGENLPYSL EFRKSLSRLP DMERLIARMF SSIEASGRNG
0801: DKVVLYEDTA KKQVQEFIST LRGCETMAEA CSSLRAILKH DTSRRLLHLL TPGQSLPNIS SSIKYFKDAF DWVEAHNSGR VIPHEGADEE YDCACKTVEE
0901: FESSLKKHLK EQRKLLGDAS INYVTVGKDE YLLEVPESLS GSVPHDYELC SSKKGVSRYW TPTIKKLLKE LSQAKSEKES ALKSISQRLI GRFCEHQEKW
1001: RQLVSATAEL DVLISLAFAS DSYEGVRCRP VISGSTSDGV PHLSATGLGH PVLRGDSLGR GSFVPNNVKI GGAEKASFIL LTGPNMGGKS TLLRQVCLAV
1101: ILAQIGADVP AETFEVSPVD KICVRMGAKD HIMAGQSTFL TELSETAVML TSATRNSLVV LDELGRGTAT SDGQAIAESV LEHFIEKVQC RGFFSTHYHR
1201: LSVDYQTNPK VSLCHMACQI GEGIGGVEEV TFLYRLTPGA CPKSYGVNVA RLAGLPDYVL QRAVIKSQEF EALYGKNHRK TDHKLAAMIK QIISSVASDS
1301: DYSASKDSLC ELHSMANTFL RLTN
0101: KPLLVIGQTP SPPQSVVITY GDEVVGKQVR VYWPLDKKWY DGSVTFYDKG EGKHVVEYED GEEESLDLGK EKTEWVVGEK SGDRFNRLKR GASALRKVVT
0201: DSDDDVEMGN VEEDKSDGDD SSDEDWGKNV GKEVCESEED DVELVDENEM DEEELVEEKD EETSKVNRVS KTDSRKRKTS EVTKSGGEKK SKTDTGTILK
0301: GFKASVVEPA KKIGQADRVV KGLEDNVLDG DALARFGARD SEKFRFLGVD RRDAKRRRPT DENYDPRTLY LPPDFVKKLT GGQRQWWEFK AKHMDKVVFF
0401: KMGKFYELFE MDAHVGAKEL DIQYMKGEQP HCGFPEKNFS VNIEKLVRKG YRVLVVEQTE TPDQLEQRRK ETGSKDKVVK REVCAVVTKG TLTDGEMLLT
0501: NPDASYLMAL TEGGESLTNP TAEHNFGVCL VDVATQKIIL GQFKDDQDCS ALSCLLSEMR PVEIIKPAKV LSYATERTIV RQTRNPLVNN LVPLSEFWDS
0601: EKTIYEVGII YKRINCQPSS AYSSEGKILG DGSSFLPKML SELATEDKNG SLALSALGGA IYYLRQAFLD ESLLRFAKFE SLPYCDFSNV NEKQHMVLDA
0701: AALENLEIFE NSRNGGYSGT LYAQLNQCIT ASGKRLLKTW LARPLYNTEL IKERQDAVAI LRGENLPYSL EFRKSLSRLP DMERLIARMF SSIEASGRNG
0801: DKVVLYEDTA KKQVQEFIST LRGCETMAEA CSSLRAILKH DTSRRLLHLL TPGQSLPNIS SSIKYFKDAF DWVEAHNSGR VIPHEGADEE YDCACKTVEE
0901: FESSLKKHLK EQRKLLGDAS INYVTVGKDE YLLEVPESLS GSVPHDYELC SSKKGVSRYW TPTIKKLLKE LSQAKSEKES ALKSISQRLI GRFCEHQEKW
1001: RQLVSATAEL DVLISLAFAS DSYEGVRCRP VISGSTSDGV PHLSATGLGH PVLRGDSLGR GSFVPNNVKI GGAEKASFIL LTGPNMGGKS TLLRQVCLAV
1101: ILAQIGADVP AETFEVSPVD KICVRMGAKD HIMAGQSTFL TELSETAVML TSATRNSLVV LDELGRGTAT SDGQAIAESV LEHFIEKVQC RGFFSTHYHR
1201: LSVDYQTNPK VSLCHMACQI GEGIGGVEEV TFLYRLTPGA CPKSYGVNVA RLAGLPDYVL QRAVIKSQEF EALYGKNHRK TDHKLAAMIK QIISSVASDS
1301: DYSASKDSLC ELHSMANTFL RLTN
Arabidopsis Description
MSH6DNA mismatch repair protein MSH6 [Source:UniProtKB/Swiss-Prot;Acc:O04716]
SUBAcon: [plastid]
SUBAcon: [plastid]
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.