Subcellular Localization
min:
: max
Winner_takes_all: cytosol
Predictor Summary:
Predictor Summary:
- nucleus 3
- cytosol 3
- mitochondrion 1
Predictors | GFP | MS/MS | Papers | ||||||||||||||||||
---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|
PPI
Inferred distinct locusB in Crop
locusB | locations |
---|---|
VIT_02s0012g01790.t01 |
Inferred from Arabidopsis experimental PPI
Ath locusA | locusB | Ath locusB | Paper |
---|---|---|---|
AT1G13980.1 | VIT_02s0012g01790.t01 | AT1G13980.1 | 10715321 |
AT1G13980.1 | VIT_02s0012g01790.t01 | AT1G13980.1 | 18203920 |
Homology
Paralog
locus | Identity | Homology Identity |
---|
Ortholog
locus | Homology Species | Location | Identity | Homology Identity |
---|---|---|---|---|
KRH31013 | Soybean | cytosol | 75.03 | 87.4 |
PGSC0003DMT400072858 | Potato | cytosol | 82.45 | 83.64 |
AT1G13980.1 | Thale cress | cytosol | 82.45 | 83.53 |
Solyc05g013040.2.1 | Tomato | cytosol | 82.04 | 83.23 |
Solyc04g005560.2.1 | Tomato | nucleus | 81.63 | 83.16 |
CDX98140 | Canola | cytosol | 81.09 | 82.32 |
Bra019694.1-P | Field mustard | cytosol | 81.02 | 82.25 |
CDY36422 | Canola | cytosol | 81.02 | 82.19 |
KRH73064 | Soybean | cytosol | 78.23 | 78.12 |
KRH15072 | Soybean | cytosol | 78.44 | 78.01 |
Os03t0666100-00 | Rice | extracellular, golgi | 62.65 | 76.05 |
GSMUA_Achr6P22810_001 | Banana | golgi | 59.86 | 75.99 |
GSMUA_Achr6P03140_001 | Banana | cytosol, nucleus, plastid | 41.97 | 75.24 |
KRG97865 | Soybean | cytosol | 75.31 | 75.15 |
CDY69502 | Canola | cytosol | 13.4 | 74.34 |
KRH31014 | Soybean | nucleus | 74.49 | 74.34 |
Zm00001d013590_P001 | Maize | mitochondrion | 69.25 | 71.94 |
KXG37878 | Sorghum | cytosol | 69.05 | 71.93 |
TraesCS4D01G016900.1 | Wheat | cytosol | 67.55 | 70.23 |
TraesCS4B01G018700.1 | Wheat | cytosol | 67.42 | 70.04 |
TraesCS4A01G294900.1 | Wheat | cytosol | 67.35 | 69.92 |
Os02t0326600-01 | Rice | cytosol, plasma membrane | 45.51 | 67.17 |
TraesCS5A01G361300.1 | Wheat | cytosol | 57.21 | 65.6 |
HORVU4Hr1G002880.3 | Barley | cytosol | 62.52 | 64.63 |
TraesCS5D01G370200.1 | Wheat | cytosol | 59.86 | 64.19 |
TraesCS5B01G363900.1 | Wheat | cytosol, plasma membrane | 61.43 | 63.86 |
EER91946 | Sorghum | plastid | 61.5 | 63.39 |
HORVU3Hr1G017750.4 | Barley | cytosol | 42.38 | 63.06 |
Zm00001d047092_P001 | Maize | mitochondrion, plastid | 60.68 | 62.73 |
Zm00001d029910_P001 | Maize | plastid | 60.82 | 62.69 |
HORVU5Hr1G088970.4 | Barley | plastid | 55.92 | 62.56 |
TraesCS3A01G098600.1 | Wheat | cytosol, plastid | 57.41 | 60.85 |
TraesCS3B01G114200.1 | Wheat | plastid | 57.62 | 60.24 |
VIT_11s0016g04100.t01 | Wine grape | cytosol | 41.29 | 43.67 |
VIT_15s0048g00800.t01 | Wine grape | cytosol | 22.72 | 18.77 |
VIT_03s0038g04090.t01 | Wine grape | mitochondrion, plasma membrane, plastid | 21.7 | 18.74 |
VIT_11s0016g00170.t01 | Wine grape | cytosol, plastid | 19.59 | 16.03 |
Protein Annotations
Description
No Description!
Coordinates
chr2:+:8205082..8210973
Molecular Weight (calculated)
164349.0 Da
IEP (calculated)
5.926
GRAVY (calculated)
-0.090
Length
1470 amino acids
Sequence
(BLAST)
(BLAST)
0001: MGRLKLQSGI KSIEEEPEDC ESTSSNKAAL ACMINSEVGA VLAVMRRNVR WGGRYMSGDD HLEHSLIQSL KALRKQIFSW QHQWHTINPA VYLQPFLDVI
0101: RSDETGAPIT GVALSSVYKI VTLDVLCLNT VNVEDAMHLV VDAVTSCRFE VTDPASEELV LMKILQVLLA CMKSKVSVML SNQHVCTIVN TCYRIVHQAA
0201: TKSELLQRIA RHTMHELVRC IFSHLPDVGN TEHALVNRGS SVKLEGSGQD NEYNFGNKQL ENGNGASEYD GQPSSVSFAS NSSTGLVGSM LDENTVGAGN
0301: GKEATPYDLH LMTEPYGVPC MVEIFHFLCS LLNVVEHMGM GSRSNTMAFD EDLPLFALGL INSAIELGGL SIRRHPRLLS LIQDELFRNL MQFGLSTSPL
0401: ILSMVCSIVL NLYQHLRTEL KLQLEAFFSC VILRLAQSKY GASYQQQEVA MEALVDFCRQ KTFMVEMYAN LDCDITCSNV FEDLANLLSK SAFPVNCPLS
0501: AMHILALDGL IAVIQGMAER IGNGSLGSEQ SPVNLEEYTP FWMVKCDNYS DPSVWVPFVC RRKYIKRRLM IGADHFNRDP KKGLEFLQVT HLLPDKLDPQ
0601: SVACFFRYTA GLDKNLVGDF LGNHDEFCVQ VLHEFAGTFD FQDMNLDTAL RLFLETFRLP GESQKIQRVL EAFSERYYEQ SPQILANKDA ALLLSYSLIM
0701: LNTDQHNVQV KKKMTEEDFI RNNRHINGGN DLPRDFLSEL YHSICKNEIR TTPEQGAGFP EMTPSRWIDL MHKSKKTAPF IVADSRAFLD HDMFAIMSGP
0801: TIAAISVVFD HAEHEEVYQT CIDGFLAVAK ISACHHLEDV LDDLVVSLCK FTTLLNPSPG EESVQAFGDD TKARMATVTV FTIANRYGDY IRTGWRNILD
0901: CILRLHKLGL LPARVASDAA DDSELSADPG QGKPITNSLS SAHMPSIGTP RRSSGLMGRF SQLLSLDTEE PRSQPTEQQL AAHQRTLQTI QKCHIDSIFT
1001: ESKFLQSDSL LQLARALIWA AGRPQKGNSS PEDEDTAVFC LELLIAITLN NRDRIKLLWQ GVYEHISNIV QSTVMPCALV EKAVFGLLRI CQRLLPYKEN
1101: LADELLRSLQ LVLKLDARVA DAYCEQITQE VSRLVKANAT HIRSQMGWRT ITSLLSITAR HPEASEAGFD ALLFIMSDGA HLLPANYVLC VDAARQFSES
1201: RVGQAERSVR ALDLMAGSVV CLSHWALEAK QAMAEEELSK MSQDIGEMWL RLVQGLRKVC LDQREEVRNH ALISLQRCLS GVEGFQLPHS LWLQCFDMVI
1301: FTMLDDLLDI AQGHSQKDYR NMEGTLSLAM KLLSKVFLQL LNDLAQLTTF CKLWLGVLSR MEKYMKVKVK GKRSEKLPEL VPELLKNTLL VMKTRGVLVQ
1401: RSALGGDSLW ELTWLHVNNI APTLQSEVFP DQGLDQPRDK KDETGRSLVS DEMGSVPSNE TVVSEGGRTG
0101: RSDETGAPIT GVALSSVYKI VTLDVLCLNT VNVEDAMHLV VDAVTSCRFE VTDPASEELV LMKILQVLLA CMKSKVSVML SNQHVCTIVN TCYRIVHQAA
0201: TKSELLQRIA RHTMHELVRC IFSHLPDVGN TEHALVNRGS SVKLEGSGQD NEYNFGNKQL ENGNGASEYD GQPSSVSFAS NSSTGLVGSM LDENTVGAGN
0301: GKEATPYDLH LMTEPYGVPC MVEIFHFLCS LLNVVEHMGM GSRSNTMAFD EDLPLFALGL INSAIELGGL SIRRHPRLLS LIQDELFRNL MQFGLSTSPL
0401: ILSMVCSIVL NLYQHLRTEL KLQLEAFFSC VILRLAQSKY GASYQQQEVA MEALVDFCRQ KTFMVEMYAN LDCDITCSNV FEDLANLLSK SAFPVNCPLS
0501: AMHILALDGL IAVIQGMAER IGNGSLGSEQ SPVNLEEYTP FWMVKCDNYS DPSVWVPFVC RRKYIKRRLM IGADHFNRDP KKGLEFLQVT HLLPDKLDPQ
0601: SVACFFRYTA GLDKNLVGDF LGNHDEFCVQ VLHEFAGTFD FQDMNLDTAL RLFLETFRLP GESQKIQRVL EAFSERYYEQ SPQILANKDA ALLLSYSLIM
0701: LNTDQHNVQV KKKMTEEDFI RNNRHINGGN DLPRDFLSEL YHSICKNEIR TTPEQGAGFP EMTPSRWIDL MHKSKKTAPF IVADSRAFLD HDMFAIMSGP
0801: TIAAISVVFD HAEHEEVYQT CIDGFLAVAK ISACHHLEDV LDDLVVSLCK FTTLLNPSPG EESVQAFGDD TKARMATVTV FTIANRYGDY IRTGWRNILD
0901: CILRLHKLGL LPARVASDAA DDSELSADPG QGKPITNSLS SAHMPSIGTP RRSSGLMGRF SQLLSLDTEE PRSQPTEQQL AAHQRTLQTI QKCHIDSIFT
1001: ESKFLQSDSL LQLARALIWA AGRPQKGNSS PEDEDTAVFC LELLIAITLN NRDRIKLLWQ GVYEHISNIV QSTVMPCALV EKAVFGLLRI CQRLLPYKEN
1101: LADELLRSLQ LVLKLDARVA DAYCEQITQE VSRLVKANAT HIRSQMGWRT ITSLLSITAR HPEASEAGFD ALLFIMSDGA HLLPANYVLC VDAARQFSES
1201: RVGQAERSVR ALDLMAGSVV CLSHWALEAK QAMAEEELSK MSQDIGEMWL RLVQGLRKVC LDQREEVRNH ALISLQRCLS GVEGFQLPHS LWLQCFDMVI
1301: FTMLDDLLDI AQGHSQKDYR NMEGTLSLAM KLLSKVFLQL LNDLAQLTTF CKLWLGVLSR MEKYMKVKVK GKRSEKLPEL VPELLKNTLL VMKTRGVLVQ
1401: RSALGGDSLW ELTWLHVNNI APTLQSEVFP DQGLDQPRDK KDETGRSLVS DEMGSVPSNE TVVSEGGRTG
0001: MGRLKLHSGI KAIEEEPEDF ECTDSSNTTT LACMIDTEIA AVLAVMRRNV RWGGRYMSGD DQLEHSLIQS LKALRKQVFS WNQPWHTISP MLYLQPFLDV
0101: IRSDETGAPI TSIALSSVYK ILNLNVIDQN TANIEDAMHL VVDSVTSCRF EVTDPASEEV VLMKILQVLL ACMKNKASVM LSNQHVCTVV NTCFRVVHQA
0201: GMKGELLQRV ARHTMHELVR CIFSHLPDVE RTETTLVNRA GSIKQEKAGV DSDYAIVSKP VEDGNANSEY DVENSMATFA TGAQSLMDDG PVGPGSRKPA
0301: SPYDLHIMTE PYGVPSMVEI FHFLCSLLNV VEHVGMGSRS NTIAFDEDVP LFALNLINSA IELGGSSIRH HPRLLSLIQD ELFRNLMQFG LSMSPLILSM
0401: VCSIVLNLYQ HLRTELKLQL EAFFSCVILR LAQGKYGPSY QQQEVAMEAL VNFCRQKSFM VEMYANLDCD ITCSNVFEEL SNLLSKSTFP VNCPLSAMHI
0501: LALDGLIAVI QGMAERISNG LTGLDLGPVH LDEYTPFWMV KCDNYSDPNH WVSFVRRRKY IKRRLMIGAD HFNRDPKKGL EFLQGTHLLP DKLDPQSVAC
0601: FFRYTAGLDK NLVGDFLGNH DEFCVQVLNE FAGTFDFQYM NLDTALRLFL ETFRLPGESQ KIQRVLEAFS ERYYMQSPEI LANKDAALVL SYSIIMLNTD
0701: QHNVQVKKKM TEEDFIRNNR HINGGNDLPR EFLSELFHSI CNNEIRTTPE QGAGFPEMTP SRWIDLMHKS KKTAPYILAD SRAYLDHDMF AIMSGPTIAA
0801: ISVVFDHAEH EDVYQTCIDG FLAIAKISAC HHLEDVLDDL VVSLCKFTTL LNPSSVDEPV LAFGDDAKAR MATITIFTIA NKYGDYIRTG WRNILDCILR
0901: LHKLGLLPAR VASDAADESE HSSEQGQGKP LANSLSSAHL QSMGTPRRSS GLMGRFSQLL SLDTEEPRSQ PTEQQLAAHQ RTLQTIQKCH IDSIFTESKF
1001: LQAESLLQLA RALIWAAGRP QKGTSSPEDE DTAVFCLELL IAITLNNRDR IVLLWQGVYE HIATIAQSTV MPCNLVDKAI FGLLRICQRL LPYKESLADE
1101: LLRSLQLVLK LDARVADAYC EQIAIEVSRL VKANANHIRS QAGWRTITSL LSITARHPEA SESGFDAVSF VMSEGTHLYP ANYVLCVDAA RQFAESRVGQ
1201: SERSIRALDL MGDSLEFLAK WALSAKENMG EEDFGKMSQD IGEMWLRLVQ GLRKVCLDQR EDVRNHALQS LQKCLGGVDG INLAHSMWSQ CFDKVIFTVL
1301: DDLLEIAAGS QKDYRNMEGT LLLAIKLLSK VFLQQLQELS QLSTFCKLWL GVLTRMEKYM KVKVRGKKSD KLQESVPELL KNILLVMKTK GVLLQRSALG
1401: GDSLWELTWL HVNNIAPSMR LELFPDQESS QLGDDETVSN GLSSPENTTG S
0101: IRSDETGAPI TSIALSSVYK ILNLNVIDQN TANIEDAMHL VVDSVTSCRF EVTDPASEEV VLMKILQVLL ACMKNKASVM LSNQHVCTVV NTCFRVVHQA
0201: GMKGELLQRV ARHTMHELVR CIFSHLPDVE RTETTLVNRA GSIKQEKAGV DSDYAIVSKP VEDGNANSEY DVENSMATFA TGAQSLMDDG PVGPGSRKPA
0301: SPYDLHIMTE PYGVPSMVEI FHFLCSLLNV VEHVGMGSRS NTIAFDEDVP LFALNLINSA IELGGSSIRH HPRLLSLIQD ELFRNLMQFG LSMSPLILSM
0401: VCSIVLNLYQ HLRTELKLQL EAFFSCVILR LAQGKYGPSY QQQEVAMEAL VNFCRQKSFM VEMYANLDCD ITCSNVFEEL SNLLSKSTFP VNCPLSAMHI
0501: LALDGLIAVI QGMAERISNG LTGLDLGPVH LDEYTPFWMV KCDNYSDPNH WVSFVRRRKY IKRRLMIGAD HFNRDPKKGL EFLQGTHLLP DKLDPQSVAC
0601: FFRYTAGLDK NLVGDFLGNH DEFCVQVLNE FAGTFDFQYM NLDTALRLFL ETFRLPGESQ KIQRVLEAFS ERYYMQSPEI LANKDAALVL SYSIIMLNTD
0701: QHNVQVKKKM TEEDFIRNNR HINGGNDLPR EFLSELFHSI CNNEIRTTPE QGAGFPEMTP SRWIDLMHKS KKTAPYILAD SRAYLDHDMF AIMSGPTIAA
0801: ISVVFDHAEH EDVYQTCIDG FLAIAKISAC HHLEDVLDDL VVSLCKFTTL LNPSSVDEPV LAFGDDAKAR MATITIFTIA NKYGDYIRTG WRNILDCILR
0901: LHKLGLLPAR VASDAADESE HSSEQGQGKP LANSLSSAHL QSMGTPRRSS GLMGRFSQLL SLDTEEPRSQ PTEQQLAAHQ RTLQTIQKCH IDSIFTESKF
1001: LQAESLLQLA RALIWAAGRP QKGTSSPEDE DTAVFCLELL IAITLNNRDR IVLLWQGVYE HIATIAQSTV MPCNLVDKAI FGLLRICQRL LPYKESLADE
1101: LLRSLQLVLK LDARVADAYC EQIAIEVSRL VKANANHIRS QAGWRTITSL LSITARHPEA SESGFDAVSF VMSEGTHLYP ANYVLCVDAA RQFAESRVGQ
1201: SERSIRALDL MGDSLEFLAK WALSAKENMG EEDFGKMSQD IGEMWLRLVQ GLRKVCLDQR EDVRNHALQS LQKCLGGVDG INLAHSMWSQ CFDKVIFTVL
1301: DDLLEIAAGS QKDYRNMEGT LLLAIKLLSK VFLQQLQELS QLSTFCKLWL GVLTRMEKYM KVKVRGKKSD KLQESVPELL KNILLVMKTK GVLLQRSALG
1401: GDSLWELTWL HVNNIAPSMR LELFPDQESS QLGDDETVSN GLSSPENTTG S
Arabidopsis Description
GNARF guanine-nucleotide exchange factor GNOM [Source:UniProtKB/Swiss-Prot;Acc:Q42510]
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.