Subcellular Localization
min:
: max
Winner_takes_all: plasma membrane
Predictor Summary:
Predictor Summary:
- plastid 3
- cytosol 1
- nucleus 1
- plasma membrane 2
| Predictors | GFP | MS/MS | Papers |
|---|---|---|---|
PPI
No PPI Data
Homology
Paralog
| locus | Identity | Homology Identity |
|---|
Ortholog
| locus | Homology Species | Location | Identity | Homology Identity |
|---|---|---|---|---|
| KRH67779 | Soybean | extracellular | 3.98 | 86.08 |
| Solyc09g008490.2.1 | Tomato | extracellular | 74.15 | 73.25 |
| Bra017223.1-P | Field mustard | cytosol | 55.96 | 71.63 |
| AT2G36810.1 | Thale cress | cytosol | 71.81 | 71.56 |
| VIT_08s0007g04630.t01 | Wine grape | nucleus, plastid | 74.5 | 66.32 |
| GSMUA_Achr1P01290_001 | Banana | peroxisome | 37.13 | 65.73 |
| KXG40179 | Sorghum | plasma membrane | 62.11 | 61.14 |
| TraesCS4D01G309500.1 | Wheat | cytosol, plastid | 61.93 | 60.97 |
| TraesCS4B01G311700.1 | Wheat | cytosol, plastid | 61.87 | 60.91 |
| TraesCS4A01G411600.1 | Wheat | plasma membrane | 61.7 | 60.56 |
| GSMUA_Achr1P01300_001 | Banana | plastid | 29.3 | 60.36 |
| HORVU4Hr1G079420.8 | Barley | plastid | 61.4 | 57.41 |
| Zm00001d027665_P004 | Maize | plasma membrane | 59.36 | 56.83 |
| HORVU3Hr1G069360.1 | Barley | extracellular | 1.81 | 49.21 |
| CDY57715 | Canola | plasma membrane | 7.72 | 39.17 |
| Zm00001d048436_P001 | Maize | cytosol | 6.78 | 34.12 |
| Os03t0146600-01 | Rice | plasma membrane | 1.11 | 28.79 |
Protein Annotations
| Gene3D:1.25.10.10 | EntrezGene:100800961 | MapMan:35.1 | EMBL:ACUP02012145 | InterPro:ARM-like | InterPro:ARM-type_fold |
| EnsemblPlantsGene:GLYMA_19G186900 | GO:GO:0003674 | GO:GO:0005215 | GO:GO:0005319 | GO:GO:0005488 | GO:GO:0006810 |
| GO:GO:0006869 | GO:GO:0008150 | InterPro:IPR011989 | UniProt:K7MZ41 | EnsemblPlants:KRG96062 | ProteinID:KRG96062 |
| ProteinID:KRG96062.1 | PANTHER:PTHR23120 | PANTHER:PTHR23120:SF0 | SUPFAM:SSF48371 | UniParc:UPI000295573C | SEG:seg |
Description
hypothetical protein
Coordinates
chr19:+:44527557..44563724
Molecular Weight (calculated)
189495.0 Da
IEP (calculated)
5.978
GRAVY (calculated)
0.150
Length
1710 amino acids
Sequence
(BLAST)
(BLAST)
0001: MASSTSIPAS EAVQVLLSLL ADDTSSVREA SMSSLKDIAA LNPLLVLDCC AVVSRGGRRR FGNMAGVFQV MAFGVRALDK KDVDSAFMAK LAKIATAELI
0101: SSKELNSDWQ RAATSLLVAI GSHLPDLMME EIYLHLSGAN SALQSMVQIL AEFASTDPLQ FIPHWKGVLS RILPILGNVR DMHRPIFANA FKCWCQAAWQ
0201: YSIDFPSHFP QDGDVMSFLN SAFELLLRVW AASRDLKVRV ASVEALGQMV GLITRTQLKT ALPRLIPTIL DLYKKDQDIA FLATCSLHNL LNASLLSESG
0301: PPMLDFEDLT LVLSTLLPVV SFNNDSKDQS DFPVGLKMYN EVQHCFLTVG LVYPDDLFLF LVNKCRLREE PLTFGSLCIL KHLLPRLSEA WHSKIPLLVE
0401: AVKSLLEEQN LGVRKALSEL IVVMASHCYL VGSSGELFIE YLVRHCAITD QNRSDLESTP NKRIEMKIGA VTPGELRAVC EKGLLLVTIT IPEMEHILWP
0501: FLLRMIIPLT YTGAVATVCR CISELWRHRS YSNDMLSECK TRPDIPSAEE LLARLLVLLH NPLAREQLAT QILTVLCLLA PLFPKNINLF WQDEIPKMKA
0601: YVSDTEDLKQ DPSYQDTWDD MIINFLAESL DVIQDADWVM SLGNVFAKHY ELYASDDQHT ALLHRCLGIL LQKVNDRAYV CDKIDWMYKQ ANIANPTNRL
0701: GLAKAMGLVA ASHLDTVLEK LKDILDNVGQ SIFQRILSLF SDSFRTEESD DIHAALALMY GYAAKYAPST VIEARINALV GTNMLSRLLH VRLPKAKQAV
0801: ITAIDLLGNA VINAAESGSP FPLKRRDQLL DYILTLMGRD DEDGFADYND LLRTQALAIS ACTTLVSVEP KLTVETRSHV MKATLGFFAI PNDPVDVVNP
0901: LIDNLITLLC AILLTGGEDG RSRAELLMLI LRQIDQFVCS PVEYQRKRGC LAVHEMLLKF RMICVSGYCA LGCRGSCAHN KQMDRTLYGN FSKLPSAFVL
1001: PSREALCLGD RVIMYLPRCA DTNSEVRKIS AQILDLLFSI SLSLPRPAGS SISAEDIELS YSALSSLEDV IAILRNDTSI DPSEVFNRIV SSLCILLTKE
1101: ELVATLHGCS VAICDKIKQS AEGAIQAVVE FVTKRGRELT EIDISRTTQS LISATVHATD KHLRVETLGA ISSLAENTSP RTVFDEVLAA AGRDTITKDI
1201: SRLRGGWPMQ DAFYAFSQHM VLSVLFLEHV ISVLSQIPIL KGDVERLEDS QVDSHTEDGK LQAAIFALTA FFRGGGKVGK RAVEQNYASV LSELTLQLGS
1301: CHGLTYSGQH EPLRNLLTAF QAFCECVGDL EMGKILARDG ELLENERWIS LIGDIAGCIS IKRPKEVQNI CLFFQNSLDR PQKYQREAAA AALSEFVRYS
1401: GGLGSLLEQM VEVLCRHVSD ESSTVRRLCL RGLVQIPLIH ILKYTAQVLG VILALLDDLD ESVQLTAVSC LLMILNSSPD DAVEPILLNL SIRLRNLQTS
1501: MNAKMRATSF AVFGALSKYG IGVLSEAFVE QVHAAVPRLV LHLHDEDFSV RLACRNTLKQ VCPLMEIEGM LAVLNTHSFL SDHRSDYEDF LRDIAKQFTQ
1601: HLPSRVDSYM ASTVQAFDAP WPIIQANAIY FCSSMLSLSD NQHILAVYHS QVFGMLVGKL SRSPDAVVRA TSSAALGLLL KSSHLCSWRA VELDRLESTS
1701: RNHDVESTKN
0101: SSKELNSDWQ RAATSLLVAI GSHLPDLMME EIYLHLSGAN SALQSMVQIL AEFASTDPLQ FIPHWKGVLS RILPILGNVR DMHRPIFANA FKCWCQAAWQ
0201: YSIDFPSHFP QDGDVMSFLN SAFELLLRVW AASRDLKVRV ASVEALGQMV GLITRTQLKT ALPRLIPTIL DLYKKDQDIA FLATCSLHNL LNASLLSESG
0301: PPMLDFEDLT LVLSTLLPVV SFNNDSKDQS DFPVGLKMYN EVQHCFLTVG LVYPDDLFLF LVNKCRLREE PLTFGSLCIL KHLLPRLSEA WHSKIPLLVE
0401: AVKSLLEEQN LGVRKALSEL IVVMASHCYL VGSSGELFIE YLVRHCAITD QNRSDLESTP NKRIEMKIGA VTPGELRAVC EKGLLLVTIT IPEMEHILWP
0501: FLLRMIIPLT YTGAVATVCR CISELWRHRS YSNDMLSECK TRPDIPSAEE LLARLLVLLH NPLAREQLAT QILTVLCLLA PLFPKNINLF WQDEIPKMKA
0601: YVSDTEDLKQ DPSYQDTWDD MIINFLAESL DVIQDADWVM SLGNVFAKHY ELYASDDQHT ALLHRCLGIL LQKVNDRAYV CDKIDWMYKQ ANIANPTNRL
0701: GLAKAMGLVA ASHLDTVLEK LKDILDNVGQ SIFQRILSLF SDSFRTEESD DIHAALALMY GYAAKYAPST VIEARINALV GTNMLSRLLH VRLPKAKQAV
0801: ITAIDLLGNA VINAAESGSP FPLKRRDQLL DYILTLMGRD DEDGFADYND LLRTQALAIS ACTTLVSVEP KLTVETRSHV MKATLGFFAI PNDPVDVVNP
0901: LIDNLITLLC AILLTGGEDG RSRAELLMLI LRQIDQFVCS PVEYQRKRGC LAVHEMLLKF RMICVSGYCA LGCRGSCAHN KQMDRTLYGN FSKLPSAFVL
1001: PSREALCLGD RVIMYLPRCA DTNSEVRKIS AQILDLLFSI SLSLPRPAGS SISAEDIELS YSALSSLEDV IAILRNDTSI DPSEVFNRIV SSLCILLTKE
1101: ELVATLHGCS VAICDKIKQS AEGAIQAVVE FVTKRGRELT EIDISRTTQS LISATVHATD KHLRVETLGA ISSLAENTSP RTVFDEVLAA AGRDTITKDI
1201: SRLRGGWPMQ DAFYAFSQHM VLSVLFLEHV ISVLSQIPIL KGDVERLEDS QVDSHTEDGK LQAAIFALTA FFRGGGKVGK RAVEQNYASV LSELTLQLGS
1301: CHGLTYSGQH EPLRNLLTAF QAFCECVGDL EMGKILARDG ELLENERWIS LIGDIAGCIS IKRPKEVQNI CLFFQNSLDR PQKYQREAAA AALSEFVRYS
1401: GGLGSLLEQM VEVLCRHVSD ESSTVRRLCL RGLVQIPLIH ILKYTAQVLG VILALLDDLD ESVQLTAVSC LLMILNSSPD DAVEPILLNL SIRLRNLQTS
1501: MNAKMRATSF AVFGALSKYG IGVLSEAFVE QVHAAVPRLV LHLHDEDFSV RLACRNTLKQ VCPLMEIEGM LAVLNTHSFL SDHRSDYEDF LRDIAKQFTQ
1601: HLPSRVDSYM ASTVQAFDAP WPIIQANAIY FCSSMLSLSD NQHILAVYHS QVFGMLVGKL SRSPDAVVRA TSSAALGLLL KSSHLCSWRA VELDRLESTS
1701: RNHDVESTKN
0001: MASSSLGSSI PAPEAVQLLV SSLADDSSVV REASMASLRD IASLNPLLVL DCCYAVSRGG RRRFGNMAGV FQVMAFSVGA LEKGESDSVF MGKLAKIATA
0101: EIISSKELNA DWQRQASGLL VSIGTHFPDL MMEEIFLHLS GPATAAPAMV QILADFASSD ALQFTPRLKG VLSKVSPILG NVRDIHRPIF ANAFKCWSQA
0201: VWLYITDLTS DSPLDSDVMS FLNSVFELLL RVWAVSRDHK VRVSTVDALG QMVGLITRTQ LKSALPRLIP AILELYKKDH DDALLATCSL HNLLNASLLS
0301: ESGPPLLDFE DLTIVLSTLL PVIGINNERK RFSDISVGRK TYNEVQRCFL TVGLVYPEDL FTFLLNKCKL KEDPLTFGAL CILKHLLPRL FEAWHSKRPL
0401: LVDTASSLLD EQSLAVRKAL SELIVVMASH CYLVGPSGEL FVEYLVRHSA IGESDHLKAK GELVSPTQLR AVCGKGLLLL TVTIPEMEYI LWPFLLKMII
0501: PKVYTGAVAS VCRCITELCR RRSSTTPMLI ECKARADIPN PEELFTRLVV LLHNPLAKEQ LASQILTVLG YLSPLFPKNI SMFWQDEIPK MKAYVYDTED
0601: LKLDPTYQET WDDMIINFLA ESLDVTQDAD WVISLGNSFA KQYILYAPDD DHAALLHRCI GILLQKVNDR AYVRDKIDWM YEQADISIPA NRLGLAKAMG
0701: LVAASHLDTV LEKLKIIVDN VGQSIFQRIL SLFSESYKTE DSDDIHAALA LMYGYAAKYA PSSVIEARID ALVGTNMLSR LLHVRQQTAK QAVITAIDLL
0801: GRAVINAAET GATFPLKRRD QMLDYILTLM GRDENEGFAE SSLEVLHTQA LALNACTTLV SVEPKLTIET RNRVMKATLG FFALPNDPSD VISPLIDNLV
0901: TLLCAILLTS GEDGRSRAEQ LLHLLRQLDQ YVSSPIDYQR KRGCVAVHEM LLKFRKLCVG GYCALGCSGD CPHRKYADRS MQGNFSNLPS VFLFPDREVL
1001: CLGDRVITYL PRCADTNSEV RKISAQILDQ FFSISLSLPK AVLTSGLDSE DSYKALSSLE DVIAILKSDA SIDPSEVFNR IVSSICSLLT EHELVAALHS
1101: CTAAICDKIR QSAEGAIQAV TEFVSRRGSQ LSDNDISRTT HSLLSAAVHI TDKNLRVEAI GAISALAENT QSSIVFNEVL ATAGKDIVTK DITRMRGGWP
1201: MQDAFYAFSQ HTELSVLFME HLISILNRSS LVKSDSHKGE NTSSSSETHV EDDILQAAIF ALTAFFRGGG KIGKKAVEKS YSSVVGALTL QLGSCHGLAS
1301: SGQQDPLRVL LTSFQAFCEC VGDLEMGKIL ARNGEQIEKE KWVGLIGDIA GCISIKRPKE VRHICMILTK ALNRPQRFQR EAAAAALSEF IRYSGDFSSV
1401: MEEMVEALCR HVSDDSPTVR RLCLRGLVQM PSACMSHYTT QVIGVILALL DDLDESVQLT AVSCLLMVTE SASNDAVEPI LLNLSVRLRN LQVSMDPKMR
1501: ANAFSALGAL SKYATGGQRE GFVEQIHSTL PRLVVHLHDD DPSIRQACRV TLKRFAPLVD IINYSTLYDS RAFGSEDRTD YENFVRDLSK HLVQESERVD
1601: TYMASTIQAF DAPWPVIQAN AIHFSTTMLS LSEDQHIISL YYPQVFETLV SKMTRSQDSV VRAACSSAFG LLLRSSKSTL WRGARLDGTD SGRKANDLES
1701: VKK
0101: EIISSKELNA DWQRQASGLL VSIGTHFPDL MMEEIFLHLS GPATAAPAMV QILADFASSD ALQFTPRLKG VLSKVSPILG NVRDIHRPIF ANAFKCWSQA
0201: VWLYITDLTS DSPLDSDVMS FLNSVFELLL RVWAVSRDHK VRVSTVDALG QMVGLITRTQ LKSALPRLIP AILELYKKDH DDALLATCSL HNLLNASLLS
0301: ESGPPLLDFE DLTIVLSTLL PVIGINNERK RFSDISVGRK TYNEVQRCFL TVGLVYPEDL FTFLLNKCKL KEDPLTFGAL CILKHLLPRL FEAWHSKRPL
0401: LVDTASSLLD EQSLAVRKAL SELIVVMASH CYLVGPSGEL FVEYLVRHSA IGESDHLKAK GELVSPTQLR AVCGKGLLLL TVTIPEMEYI LWPFLLKMII
0501: PKVYTGAVAS VCRCITELCR RRSSTTPMLI ECKARADIPN PEELFTRLVV LLHNPLAKEQ LASQILTVLG YLSPLFPKNI SMFWQDEIPK MKAYVYDTED
0601: LKLDPTYQET WDDMIINFLA ESLDVTQDAD WVISLGNSFA KQYILYAPDD DHAALLHRCI GILLQKVNDR AYVRDKIDWM YEQADISIPA NRLGLAKAMG
0701: LVAASHLDTV LEKLKIIVDN VGQSIFQRIL SLFSESYKTE DSDDIHAALA LMYGYAAKYA PSSVIEARID ALVGTNMLSR LLHVRQQTAK QAVITAIDLL
0801: GRAVINAAET GATFPLKRRD QMLDYILTLM GRDENEGFAE SSLEVLHTQA LALNACTTLV SVEPKLTIET RNRVMKATLG FFALPNDPSD VISPLIDNLV
0901: TLLCAILLTS GEDGRSRAEQ LLHLLRQLDQ YVSSPIDYQR KRGCVAVHEM LLKFRKLCVG GYCALGCSGD CPHRKYADRS MQGNFSNLPS VFLFPDREVL
1001: CLGDRVITYL PRCADTNSEV RKISAQILDQ FFSISLSLPK AVLTSGLDSE DSYKALSSLE DVIAILKSDA SIDPSEVFNR IVSSICSLLT EHELVAALHS
1101: CTAAICDKIR QSAEGAIQAV TEFVSRRGSQ LSDNDISRTT HSLLSAAVHI TDKNLRVEAI GAISALAENT QSSIVFNEVL ATAGKDIVTK DITRMRGGWP
1201: MQDAFYAFSQ HTELSVLFME HLISILNRSS LVKSDSHKGE NTSSSSETHV EDDILQAAIF ALTAFFRGGG KIGKKAVEKS YSSVVGALTL QLGSCHGLAS
1301: SGQQDPLRVL LTSFQAFCEC VGDLEMGKIL ARNGEQIEKE KWVGLIGDIA GCISIKRPKE VRHICMILTK ALNRPQRFQR EAAAAALSEF IRYSGDFSSV
1401: MEEMVEALCR HVSDDSPTVR RLCLRGLVQM PSACMSHYTT QVIGVILALL DDLDESVQLT AVSCLLMVTE SASNDAVEPI LLNLSVRLRN LQVSMDPKMR
1501: ANAFSALGAL SKYATGGQRE GFVEQIHSTL PRLVVHLHDD DPSIRQACRV TLKRFAPLVD IINYSTLYDS RAFGSEDRTD YENFVRDLSK HLVQESERVD
1601: TYMASTIQAF DAPWPVIQAN AIHFSTTMLS LSEDQHIISL YYPQVFETLV SKMTRSQDSV VRAACSSAFG LLLRSSKSTL WRGARLDGTD SGRKANDLES
1701: VKK
Arabidopsis Description
SGR6Protein SHOOT GRAVITROPISM 6 [Source:UniProtKB/Swiss-Prot;Acc:F4IP13]
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.