Subcellular Localization
min:
: max
Winner_takes_all: cytosol
Predictor Summary:
Predictor Summary:
- nucleus 2
- cytosol 3
- plasma membrane 1
- 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 |
|---|---|---|---|---|
| KRH44880 | Soybean | golgi | 1.51 | 2.81 |
| Os07t0438550-01 | Rice | cytosol | 0.09 | 1.33 |
| Os11t0678000-01 | Rice | cytosol | 0.19 | 0.82 |
| Os07t0438500-01 | Rice | plasma membrane | 0.28 | 0.35 |
| Os12t0594300-00 | Rice | cytosol | 0.38 | 0.35 |
| CDX88629 | Canola | cytosol, plastid | 0.09 | 0.31 |
| Os06t0181200-01 | Rice | cytosol | 0.09 | 0.21 |
| Os10t0430900-01 | Rice | cytosol | 0.19 | 0.21 |
| KRH44883 | Soybean | cytosol | 0.09 | 0.2 |
| Os03t0160100-01 | Rice | nucleus | 0.19 | 0.2 |
| Os02t0743500-02 | Rice | plasma membrane | 0.19 | 0.18 |
| Os04t0610900-01 | Rice | mitochondrion | 0.09 | 0.13 |
| Os02t0527600-01 | Rice | cytosol | 0.09 | 0.13 |
| Os02t0241600-01 | Rice | plasma membrane | 0.09 | 0.13 |
| Os02t0220700-01 | Rice | plasma membrane | 0.09 | 0.13 |
| Os01t0674100-02 | Rice | cytosol | 0.09 | 0.12 |
| Os06t0646400-01 | Rice | plasma membrane | 0.09 | 0.09 |
| Os03t0401100-01 | Rice | plasma membrane | 0.0 | 0.0 |
| Os06t0181100-01 | Rice | nucleus | 0.0 | 0.0 |
| Os02t0786200-01 | Rice | plasma membrane | 0.0 | 0.0 |
| Os06t0232100-02 | Rice | plasma membrane | 0.0 | 0.0 |
| Os09t0566550-01 | Rice | cytosol, plastid | 0.0 | 0.0 |
| Os12t0562500-00 | Rice | cytosol, plasma membrane | 0.0 | 0.0 |
| Os12t0562600-01 | Rice | cytosol | 0.0 | 0.0 |
| CDX88630 | Canola | cytosol | 0.0 | 0.0 |
Protein Annotations
| MapMan:35.2 | UniProt:A0A0P0YBS9 | ProteinID:BAT17901.1 | ncoils:Coil | GO:GO:0000166 | GO:GO:0003674 |
| GO:GO:0003824 | GO:GO:0004672 | GO:GO:0005488 | GO:GO:0005524 | GO:GO:0006464 | GO:GO:0006468 |
| GO:GO:0008150 | GO:GO:0008152 | GO:GO:0009987 | GO:GO:0016301 | GO:GO:0016740 | GO:GO:0019538 |
| EnsemblPlantsGene:Os12g0594200 | EnsemblPlants:Os12t0594200-00 | PANTHER:PTHR16166 | PANTHER:PTHR16166:SF98 | UniParc:UPI0003938FB7 | InterPro:VPS13 |
| SEG:seg | : | : | : | : | : |
Description
Hypothetical conserved gene. (Os12t0594200-00)
Coordinates
chr12:+:24926341..24930364
Molecular Weight (calculated)
119698.0 Da
IEP (calculated)
6.577
GRAVY (calculated)
-0.029
Length
1062 amino acids
Sequence
(BLAST)
(BLAST)
0001: MLHGKIEDLV SSLEDKFTSV FSTALLNCSK VRFDDVTVQV RYLDDSHLVI LRTHDLQFGP ELVFRCSLFR GLVGSYMPSR KKNHMFVKCD HFEFLLKGND
0101: HTDCTVSLTG TTASVRLDNL HLTAFGIHVA SAFWEIAPKF IPSLMVILEI TSQKEDYEVR SGRELWKIAA QKLENSIACR RFSLRKAMSC ASFWQHYVHT
0201: YILLLSLLGY PSGEVIKRNC SRVQSTRKVR ETIRNHLKTV SELEEKIPVE AIARGRSAAR SKLTVSQQQS EQELSKALLV SNTLKFLSPL LYVWKFLVFI
0301: CWSLWRFMSS RSRGCKSSVQ NFPCASDDSE IKVQFSICLG ELSVTFLPLS DHHFTGTPKL NNGNKAYHID TPSVHLVIKS SSILYTDGFT TQSFFFVIGE
0401: LKADVSGIPK LLQAANGSIT RRNSSFGTEE FSEDINSKTI LWSDSASMHP FSGKQPDESF SYNGDSSIAL LQSDMEELWS FWTVVSTFYN DSGVMHHEKP
0501: SVIFEFKSFL IDPYKSTSGF QQCRFTVGRV NLDVDYLCAS STYLLYRQFV HYKELKELTE KSAEFSNRSD SCATRTSGIA DKLRSFNQRL KFLIADAIPI
0601: NTLQISALIA GPSIRLIFDK NSLLQNSKNK QVPLFSQMNN TSCITLSLAY VECVIWPASL SSLTQKADLH AKESHDTFDG VEEQLESHRL ALDSAGHVYS
0701: GTVVLDSCFK FADLTLLVDH IEANQQFHIF GPMSANFQLS TSRKYASSFF VTRNILSINL GGRIVGCMAF LFMDDLFPIF QVIKGMQMLA LNSELGDIKY
0801: SQCFIGRLAS FCNRHMDGST MGTAVEYIIH EETVDCYTEL VAEMKLDLEP THIIVSASRD GLIFNPAMFS NSDINYISSS TVFEGVAALE SLDILALGIW
0901: FSSRSSSLKL LLDGECTDLL VNLSGIQSVV FENQPQMSIC DDILQYSTVL SSSPYDKSQF ILSDCVFHLC AGPNKDSLMN DKMQVESISG CSTDSSGIYY
1001: FIELEFTEVY IGDYNMHNFL IEVNKPSKQK IALLIHDDLQ IVKCKIKVHH PFFNFFNTSR QM
0101: HTDCTVSLTG TTASVRLDNL HLTAFGIHVA SAFWEIAPKF IPSLMVILEI TSQKEDYEVR SGRELWKIAA QKLENSIACR RFSLRKAMSC ASFWQHYVHT
0201: YILLLSLLGY PSGEVIKRNC SRVQSTRKVR ETIRNHLKTV SELEEKIPVE AIARGRSAAR SKLTVSQQQS EQELSKALLV SNTLKFLSPL LYVWKFLVFI
0301: CWSLWRFMSS RSRGCKSSVQ NFPCASDDSE IKVQFSICLG ELSVTFLPLS DHHFTGTPKL NNGNKAYHID TPSVHLVIKS SSILYTDGFT TQSFFFVIGE
0401: LKADVSGIPK LLQAANGSIT RRNSSFGTEE FSEDINSKTI LWSDSASMHP FSGKQPDESF SYNGDSSIAL LQSDMEELWS FWTVVSTFYN DSGVMHHEKP
0501: SVIFEFKSFL IDPYKSTSGF QQCRFTVGRV NLDVDYLCAS STYLLYRQFV HYKELKELTE KSAEFSNRSD SCATRTSGIA DKLRSFNQRL KFLIADAIPI
0601: NTLQISALIA GPSIRLIFDK NSLLQNSKNK QVPLFSQMNN TSCITLSLAY VECVIWPASL SSLTQKADLH AKESHDTFDG VEEQLESHRL ALDSAGHVYS
0701: GTVVLDSCFK FADLTLLVDH IEANQQFHIF GPMSANFQLS TSRKYASSFF VTRNILSINL GGRIVGCMAF LFMDDLFPIF QVIKGMQMLA LNSELGDIKY
0801: SQCFIGRLAS FCNRHMDGST MGTAVEYIIH EETVDCYTEL VAEMKLDLEP THIIVSASRD GLIFNPAMFS NSDINYISSS TVFEGVAALE SLDILALGIW
0901: FSSRSSSLKL LLDGECTDLL VNLSGIQSVV FENQPQMSIC DDILQYSTVL SSSPYDKSQF ILSDCVFHLC AGPNKDSLMN DKMQVESISG CSTDSSGIYY
1001: FIELEFTEVY IGDYNMHNFL IEVNKPSKQK IALLIHDDLQ IVKCKIKVHH PFFNFFNTSR QM
0001: MTFLRNWVRR RLRTLLLPFS RDEPDLQVEL GFTDTLITLR SFRFDVSQLN QLFDESNFQF EKFTVDQLVV SFSVWSAPAI KFEIRGVNVK LSARGTDEGS
0101: SRRKRASSDT VANEIKKVLS SIDPKGCVLH DILEKMLGRS TSQISKLKTS FSNLILRHFR IQIHGINVQV CLPGSSDLSC LMEINELRSD SENFGNLSLV
0201: RSSAAAVLFP LRRSSFTLSC FGFNIGYKRD NEIVDLCGFD SLVMLITLHN LQLVDLVVRV PELSFSFRPT DLPVLMGLAN LSSKDSNYVR NGRYLWKVAA
0301: RRTGLMISPH SVSFQNLVSV VILWLRYVNA YEYLLSLAGY SRKMPEKSLL WKFSENKRHF VTARRKWEMI CNIEKELPAE AIARARRVAR YRACLNSQDA
0401: DDDYDESSLY GHFKYLSKTT WVLAYIWRLI SRTFWSIACF LWLNKLLTQE LQTDRNNEDD SECVSLEFHA VVNLGKLSVT CYPEKIISSF MTSKDSTGHV
0501: DSNIVMLCLS VDEFLVLYTV GCLTQYLSAS CGKLKVESSS FKNTSRFMKS TKDPSSSSEG NKKHMREDVK TILDMDPAQQ ISKTVNNHGS DQHEGMLHLQ
0601: NLLREMWLNW NSNCMKLDKS TFTISDKPCL LVDIKSCMAY EVVGNQDSEF WKCSMVLGKL DIVFEYSSLF SLALLIWQIE WAQKLLVDDY TGEVHSSSLV
0701: TGGVDPEMAS YDEYGIYRRS IELSLHRVHP ERQIQVGILL GGPQIKLLVE KAEEVNTLIG KKDILLFDFH DFEFVIWPTY KSDVVSSRMF QGPDNIRTDR
0801: PLLQELGLSD TVIPSYEKYV SQGWNSLSSH LRFSGFDCSF CKMAVKNWSQ VFVVRPVTIC FSSLRENVYS FSEAIMDFSI GLDVFVLGLT IVTKPDDLNA
0901: YFQMLLSLVS GLSRGLSGLS SGGHSSGQEF LRSDAVNVEH EIERNPCKTL FVVKASIKLK DIDVIFDVPA VDDKFERLVE LDDTKIWSSV QEACIELSVE
1001: EHKCLINVDL CKLQSVLFKF EGNIWKSSGN FITESLLFRS HDILFEACLS SCLLSVSMDC SSPSALGDAS TANEPSTNNV QVQREVKTLD SASDLLPSNS
1101: IRWMHINLAL TDLLVAKGST KNVLVDVRRS SKFVTSVSIG RRFQSISCSV EGVLFVLEPK ALIGLIHGYS TYLYLISSKV SVIQNSAPVL EKFEADSSVT
1201: EISIPSQQEN GYPVEAFSID VAQFALGFVC DDEYGAIREI VLEITLHSSL DSAGGEQKFL CEVSRLSVLS KILESVERDI NITQFSSPAF SSESSSFLPG
1301: TPLETSFQQS DVISSGDSTS VSGDFNSLRE FSANSNLQEE FHSRYNNYIL EDLRVSASVK KRENTGHQFS QAWAGACSVL GFDITISLSE LQMVLSMLSL
1401: FAAIPGGDSA HASLERPSSF NSESERSFES VVPDGAIVAI QDINQHMFVT VEDGGNKCVV TGTLHYSLVG ERALFRVSYH RHQGWNSSTL WFSLTSLYAK
1501: NNKGEPLRLN YHSSSDIVNV SGLYDNAPTL FRASSGESEN YKGDIDWETY RKLVKDTFYL VNKKSDSAVA FIDGFPEFVR KPGNPFKFKV FHESLATRSL
1601: TPVVPSEIHE SETHSVMVDS SPPSITVTID GVSLTIVHEL SETRDRFPLF RGSVNITQLT VQMLSSKVRI MSTSNILVLY FDAQTNQWRE FIHPVEVSAF
1701: YRSTFQTRDL NNTMHKVPTH IYCRIGKLEV FLTELSLDML LFLLGKLEFA GPFSVKTSAI LSNCCKIENL SGLDLICRFN EKQTATVGRK QTAAIFLRHS
1801: MNHQQEASPV AAVQLSSGKF ITSSINVSLL EARTLAWRTR IISLLDSRSH PGPFVVVDIK KGLEDGLSIS VSPLTRIHNE TSLPIEIRFQ RSKQKRDEFA
1901: SVPLKPGGSI DDSVAAFNAI SSSGDMKKAL TSLAVGNFSL SFRPESFETL FEGEKSLGSE WSEELEGGKA VRLTGIFDKL SYGVKKALSI ESVKVSLTTT
2001: YCSVTSESQC VGKVHFLIHS IRREVSIIRP DASSDVLEKQ KACIALREQK EIFLLPTVQV SNFLSSEAAI LLTETDQNTS MERHSIGKHA TIQSGKTIDF
2101: YVNPDMIYFR VTLTTSQASC KPVNSGQWVK KLQKQKNDAQ CLDVDLDFSG GKYCASLRLS LGKRGILEAA VFTSYILKND SDCTLFFFPP DQKPLSREDM
2201: EKLDHIVPPE FGLYLPPKTE GSWFLRSRKV GVILADGHGA TEAVLDLDAL SGLTEISLGT KDESGFRYVT RFGLSVRSIS SKMLVPSRIV TFVPRHLVIN
2301: ESEETINIRQ HYFQDDSVGI ITIKSKQRAA LRLQEETIQK KELHLFENFI KKHGSDSANS LIFIQFRLNK ANWSWSGPLC ITSIGCFFIK FRKQSGEAGR
2401: GAIEFASVNV TEEGSTLAVH FQKPPNTPPP YRIENFLHSA SLTYYQKDSS EIEVLGPGSG ADYAWDDMTL PHKLVVIVDG MIPLREVSLD KVRPWKPLFK
2501: ATQHRSIASH LMMKKKAKDH KTADKELSRI PMVKVGYEVY ADGLTRVIRI CEVSESLKGD SAFQSRSKIQ FRVTHLGVHL LEKVKQNAEE KTVVSYSPIL
2601: VARLENVGLH SMFTDQQKFN QLCIEALNVD HKWAGAPFAA MLRQHQSSSS DANGCLFKCV FILVSSGSSV TQVKHSSIVL QPVNLNLDEE TLMRVVAFWR
2701: SSLSTNTQSS QYYFDHFEIH PIKITANFVP GSSYSSYNSA QETLRSLLHS VVKVPHIKNM VVELNGVLVT HALITVRELL LRCVKHYSWY AMRAIYIAKG
2801: SPLLPPAFAS MFDDFSSSSL DAFFDPSRGL VNVPGLTVGT FKLLSKLIDN KGLSGTRRYF GDLGKTLRTA GSNVVFVALT EISDSVLRGA EMKGVDGLVS
2901: GFHHGILKLA MEPSVIGTAL MEGGPDRTIK LDRNPGIDEL YIEGYLQAML DTMYRQEYLR VKVIDDQVFL KNLPPSNSLI DEMIDRVKDF LESRGLLKGD
3001: PSSSRPRRRL HGDKEWKIGP TVLTLCEHLF VSFAIRILKQ HATKAITSLR PKKEEAEAET SDSGSNTAMV PVVSDNKKKK MKFMWKAGIG NFVASGIVAY
3101: IDGRLCRQIP NPIARRIVSG FLLSFLDKSS EQ
0101: SRRKRASSDT VANEIKKVLS SIDPKGCVLH DILEKMLGRS TSQISKLKTS FSNLILRHFR IQIHGINVQV CLPGSSDLSC LMEINELRSD SENFGNLSLV
0201: RSSAAAVLFP LRRSSFTLSC FGFNIGYKRD NEIVDLCGFD SLVMLITLHN LQLVDLVVRV PELSFSFRPT DLPVLMGLAN LSSKDSNYVR NGRYLWKVAA
0301: RRTGLMISPH SVSFQNLVSV VILWLRYVNA YEYLLSLAGY SRKMPEKSLL WKFSENKRHF VTARRKWEMI CNIEKELPAE AIARARRVAR YRACLNSQDA
0401: DDDYDESSLY GHFKYLSKTT WVLAYIWRLI SRTFWSIACF LWLNKLLTQE LQTDRNNEDD SECVSLEFHA VVNLGKLSVT CYPEKIISSF MTSKDSTGHV
0501: DSNIVMLCLS VDEFLVLYTV GCLTQYLSAS CGKLKVESSS FKNTSRFMKS TKDPSSSSEG NKKHMREDVK TILDMDPAQQ ISKTVNNHGS DQHEGMLHLQ
0601: NLLREMWLNW NSNCMKLDKS TFTISDKPCL LVDIKSCMAY EVVGNQDSEF WKCSMVLGKL DIVFEYSSLF SLALLIWQIE WAQKLLVDDY TGEVHSSSLV
0701: TGGVDPEMAS YDEYGIYRRS IELSLHRVHP ERQIQVGILL GGPQIKLLVE KAEEVNTLIG KKDILLFDFH DFEFVIWPTY KSDVVSSRMF QGPDNIRTDR
0801: PLLQELGLSD TVIPSYEKYV SQGWNSLSSH LRFSGFDCSF CKMAVKNWSQ VFVVRPVTIC FSSLRENVYS FSEAIMDFSI GLDVFVLGLT IVTKPDDLNA
0901: YFQMLLSLVS GLSRGLSGLS SGGHSSGQEF LRSDAVNVEH EIERNPCKTL FVVKASIKLK DIDVIFDVPA VDDKFERLVE LDDTKIWSSV QEACIELSVE
1001: EHKCLINVDL CKLQSVLFKF EGNIWKSSGN FITESLLFRS HDILFEACLS SCLLSVSMDC SSPSALGDAS TANEPSTNNV QVQREVKTLD SASDLLPSNS
1101: IRWMHINLAL TDLLVAKGST KNVLVDVRRS SKFVTSVSIG RRFQSISCSV EGVLFVLEPK ALIGLIHGYS TYLYLISSKV SVIQNSAPVL EKFEADSSVT
1201: EISIPSQQEN GYPVEAFSID VAQFALGFVC DDEYGAIREI VLEITLHSSL DSAGGEQKFL CEVSRLSVLS KILESVERDI NITQFSSPAF SSESSSFLPG
1301: TPLETSFQQS DVISSGDSTS VSGDFNSLRE FSANSNLQEE FHSRYNNYIL EDLRVSASVK KRENTGHQFS QAWAGACSVL GFDITISLSE LQMVLSMLSL
1401: FAAIPGGDSA HASLERPSSF NSESERSFES VVPDGAIVAI QDINQHMFVT VEDGGNKCVV TGTLHYSLVG ERALFRVSYH RHQGWNSSTL WFSLTSLYAK
1501: NNKGEPLRLN YHSSSDIVNV SGLYDNAPTL FRASSGESEN YKGDIDWETY RKLVKDTFYL VNKKSDSAVA FIDGFPEFVR KPGNPFKFKV FHESLATRSL
1601: TPVVPSEIHE SETHSVMVDS SPPSITVTID GVSLTIVHEL SETRDRFPLF RGSVNITQLT VQMLSSKVRI MSTSNILVLY FDAQTNQWRE FIHPVEVSAF
1701: YRSTFQTRDL NNTMHKVPTH IYCRIGKLEV FLTELSLDML LFLLGKLEFA GPFSVKTSAI LSNCCKIENL SGLDLICRFN EKQTATVGRK QTAAIFLRHS
1801: MNHQQEASPV AAVQLSSGKF ITSSINVSLL EARTLAWRTR IISLLDSRSH PGPFVVVDIK KGLEDGLSIS VSPLTRIHNE TSLPIEIRFQ RSKQKRDEFA
1901: SVPLKPGGSI DDSVAAFNAI SSSGDMKKAL TSLAVGNFSL SFRPESFETL FEGEKSLGSE WSEELEGGKA VRLTGIFDKL SYGVKKALSI ESVKVSLTTT
2001: YCSVTSESQC VGKVHFLIHS IRREVSIIRP DASSDVLEKQ KACIALREQK EIFLLPTVQV SNFLSSEAAI LLTETDQNTS MERHSIGKHA TIQSGKTIDF
2101: YVNPDMIYFR VTLTTSQASC KPVNSGQWVK KLQKQKNDAQ CLDVDLDFSG GKYCASLRLS LGKRGILEAA VFTSYILKND SDCTLFFFPP DQKPLSREDM
2201: EKLDHIVPPE FGLYLPPKTE GSWFLRSRKV GVILADGHGA TEAVLDLDAL SGLTEISLGT KDESGFRYVT RFGLSVRSIS SKMLVPSRIV TFVPRHLVIN
2301: ESEETINIRQ HYFQDDSVGI ITIKSKQRAA LRLQEETIQK KELHLFENFI KKHGSDSANS LIFIQFRLNK ANWSWSGPLC ITSIGCFFIK FRKQSGEAGR
2401: GAIEFASVNV TEEGSTLAVH FQKPPNTPPP YRIENFLHSA SLTYYQKDSS EIEVLGPGSG ADYAWDDMTL PHKLVVIVDG MIPLREVSLD KVRPWKPLFK
2501: ATQHRSIASH LMMKKKAKDH KTADKELSRI PMVKVGYEVY ADGLTRVIRI CEVSESLKGD SAFQSRSKIQ FRVTHLGVHL LEKVKQNAEE KTVVSYSPIL
2601: VARLENVGLH SMFTDQQKFN QLCIEALNVD HKWAGAPFAA MLRQHQSSSS DANGCLFKCV FILVSSGSSV TQVKHSSIVL QPVNLNLDEE TLMRVVAFWR
2701: SSLSTNTQSS QYYFDHFEIH PIKITANFVP GSSYSSYNSA QETLRSLLHS VVKVPHIKNM VVELNGVLVT HALITVRELL LRCVKHYSWY AMRAIYIAKG
2801: SPLLPPAFAS MFDDFSSSSL DAFFDPSRGL VNVPGLTVGT FKLLSKLIDN KGLSGTRRYF GDLGKTLRTA GSNVVFVALT EISDSVLRGA EMKGVDGLVS
2901: GFHHGILKLA MEPSVIGTAL MEGGPDRTIK LDRNPGIDEL YIEGYLQAML DTMYRQEYLR VKVIDDQVFL KNLPPSNSLI DEMIDRVKDF LESRGLLKGD
3001: PSSSRPRRRL HGDKEWKIGP TVLTLCEHLF VSFAIRILKQ HATKAITSLR PKKEEAEAET SDSGSNTAMV PVVSDNKKKK MKFMWKAGIG NFVASGIVAY
3101: IDGRLCRQIP NPIARRIVSG FLLSFLDKSS EQ
Arabidopsis Description
Vacuolar protein sorting-associated protein, putative (DUF1162) [Source:UniProtKB/TrEMBL;Acc:A0A1I9LQ65]
SUBAcon: [mitochondrion,plasma membrane]
SUBAcon: [mitochondrion,plasma membrane]
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.