Subcellular Localization
min:
: max
Winner_takes_all: cytosol
Predictor Summary:
Predictor Summary:
- cytosol 2
- mitochondrion 1
- peroxisome 1
Predictors | GFP | MS/MS | Papers | ||||||||||||
---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|
PPI
No PPI Data
Homology
Paralog
locus | Identity | Homology Identity |
---|
Ortholog
locus | Homology Species | Location | Identity | Homology Identity |
---|---|---|---|---|
TraesCS5D01G435800.1 | Wheat | cytosol, peroxisome, plastid | 96.36 | 96.43 |
TraesCS5A01G427700.1 | Wheat | cytosol, peroxisome, plastid | 94.5 | 94.5 |
TraesCS5B01G429600.1 | Wheat | cytosol, endoplasmic reticulum, extracellular, golgi, peroxisome, plasma membrane, plastid, vacuole | 92.42 | 91.94 |
TraesCS5B01G429800.1 | Wheat | cytosol | 89.75 | 89.88 |
TraesCS5B01G429900.1 | Wheat | peroxisome | 88.19 | 88.71 |
TraesCS5B01G430100.1 | Wheat | cytosol, endoplasmic reticulum, peroxisome | 87.82 | 86.53 |
EER90757 | Sorghum | cytosol, mitochondrion, peroxisome, plastid | 79.87 | 79.04 |
EER90758 | Sorghum | peroxisome | 79.12 | 77.85 |
Os03t0790700-01 | Rice | plasma membrane | 77.49 | 76.92 |
Zm00001d034388_P010 | Maize | peroxisome | 78.45 | 76.86 |
Os03t0790900-01 | Rice | peroxisome, plastid | 78.08 | 76.44 |
EER90760 | Sorghum | peroxisome | 77.49 | 76.41 |
Os10t0138100-01 | Rice | cytosol | 76.08 | 75.41 |
Zm00001d034385_P001 | Maize | cytosol, peroxisome, plastid | 75.33 | 74.67 |
Zm00001d013098_P002 | Maize | peroxisome | 78.31 | 73.96 |
Zm00001d034387_P002 | Maize | cytosol, nucleus, peroxisome | 75.04 | 73.51 |
TraesCS7B01G419000.1 | Wheat | plastid | 63.0 | 62.49 |
TraesCS7B01G417900.1 | Wheat | cytosol, mitochondrion, peroxisome, plastid | 62.56 | 61.96 |
VIT_18s0041g02390.t01 | Wine grape | peroxisome | 35.59 | 60.4 |
TraesCS7B01G418900.1 | Wheat | peroxisome | 38.71 | 60.09 |
PGSC0003DMT400017595 | Potato | mitochondrion, peroxisome, plastid | 22.07 | 59.88 |
CDY55449 | Canola | mitochondrion | 8.47 | 59.69 |
CDY57476 | Canola | cytosol | 8.4 | 59.47 |
PGSC0003DMT400017593 | Potato | peroxisome | 14.56 | 59.39 |
PGSC0003DMT400048157 | Potato | peroxisome | 33.51 | 59.03 |
TraesCS2B01G270600.1 | Wheat | cytosol, peroxisome, plastid | 59.58 | 57.57 |
CDY70226 | Canola | peroxisome | 18.13 | 56.88 |
VIT_06s0009g00770.t01 | Wine grape | cytosol, nucleus, peroxisome | 57.36 | 56.56 |
VIT_18s0041g02410.t01 | Wine grape | cytosol | 55.57 | 56.41 |
VIT_18s0041g02430.t01 | Wine grape | cytosol | 56.84 | 56.33 |
PGSC0003DMT400050626 | Potato | cytosol | 2.38 | 56.14 |
Bra019448.1-P | Field mustard | cytosol, peroxisome, plastid | 54.16 | 56.12 |
CDY30951 | Canola | cytosol, peroxisome, plastid | 52.97 | 56.01 |
PGSC0003DMT400022472 | Potato | cytosol, nucleus, peroxisome | 56.54 | 55.91 |
Bra034975.1-P | Field mustard | cytosol | 51.63 | 55.87 |
Solyc01g088230.2.1 | Tomato | peroxisome | 11.74 | 55.83 |
Solyc01g009230.2.1 | Tomato | cytosol | 56.31 | 55.69 |
CDX87955 | Canola | cytosol, peroxisome, plastid | 53.86 | 55.68 |
Solyc11g071600.1.1 | Tomato | cytosol, nucleus, peroxisome | 56.31 | 55.57 |
Solyc11g071610.1.1 | Tomato | cytosol, nucleus, peroxisome | 53.86 | 55.26 |
PGSC0003DMT400048153 | Potato | cytosol | 55.87 | 55.13 |
AT3G43600.1 | Thale cress | cytosol, nucleus, peroxisome | 54.01 | 55.03 |
Bra020140.1-P | Field mustard | cytosol | 54.83 | 54.79 |
KRH14734 | Soybean | cytosol, endoplasmic reticulum, peroxisome | 55.72 | 54.74 |
KRH73423 | Soybean | cytosol | 55.5 | 54.73 |
CDY09091 | Canola | cytosol | 54.68 | 54.68 |
Solyc01g088170.2.1 | Tomato | cytosol, nucleus, peroxisome | 55.5 | 54.65 |
VIT_18s0041g02400.t01 | Wine grape | cytosol | 8.25 | 54.41 |
Solyc11g071620.1.1 | Tomato | cytosol | 54.98 | 54.37 |
CDY16582 | Canola | cytosol, peroxisome, plastid | 55.05 | 54.29 |
KRH73425 | Soybean | cytosol | 55.13 | 54.28 |
CDX77070 | Canola | cytosol | 53.12 | 54.13 |
CDX92421 | Canola | cytosol, nucleus, peroxisome | 54.83 | 54.07 |
Bra002347.1-P | Field mustard | cytosol | 54.68 | 53.96 |
AT2G27150.2 | Thale cress | cytosol, nucleus, peroxisome | 53.34 | 53.9 |
AT5G20960.1 | Thale cress | cytosol, peroxisome, plastid | 54.61 | 53.73 |
KRH73424 | Soybean | cytosol, mitochondrion, peroxisome, plastid | 14.41 | 53.15 |
AT1G04580.1 | Thale cress | cytosol, nucleus, peroxisome | 52.75 | 53.1 |
Solyc11g071590.1.1 | Tomato | peroxisome, plastid | 4.46 | 53.1 |
CDY48200 | Canola | peroxisome | 37.82 | 53.02 |
CDX89810 | Canola | cytosol, peroxisome, plastid | 52.53 | 52.76 |
CDY18247 | Canola | cytosol, peroxisome, plastid | 52.23 | 52.54 |
Bra015330.1-P | Field mustard | cytosol, peroxisome, plastid | 52.23 | 52.5 |
Solyc11g071580.1.1 | Tomato | cytosol | 48.37 | 52.29 |
Bra034325.1-P | Field mustard | cytosol | 35.51 | 52.07 |
PGSC0003DMT400017592 | Potato | cytosol, nucleus, peroxisome | 34.32 | 51.97 |
CDY12326 | Canola | cytosol, peroxisome, plastid | 53.05 | 51.93 |
CDY67743 | Canola | plastid | 20.8 | 51.57 |
AT1G02590.1 | Thale cress | cytosol, peroxisome, plastid | 3.27 | 49.44 |
Solyc01g088200.2.1 | Tomato | cytosol | 18.05 | 47.93 |
Solyc01g088220.2.1 | Tomato | cytosol | 2.38 | 43.84 |
Bra034974.1-P | Field mustard | cytosol | 8.69 | 41.79 |
TraesCS6B01G118400.1 | Wheat | mitochondrion | 8.77 | 34.01 |
TraesCS1B01G205300.1 | Wheat | cytosol | 31.65 | 31.12 |
TraesCS6B01G118300.1 | Wheat | peroxisome | 18.13 | 29.33 |
Protein Annotations
Description
No Description!
Coordinates
chr5B:-:605162322..605169415
Molecular Weight (calculated)
143697.0 Da
IEP (calculated)
6.124
GRAVY (calculated)
-0.046
Length
1346 amino acids
Sequence
(BLAST)
(BLAST)
0001: MGSLGKDAAA AAGERVVLAV NGARHEAAGV DPSTTLLEFL RTRTPVRGPK LGCGEGGCGA CVVLISKYNP ATDEVTEHSA SSCLTLVGSL TNCSVTTSEG
0101: IGNTRHGYHP VQQRLAGFHA SQCGFCTPGM CMSIFSALVK ADKPDGPAPP TGFSKLTCSE AEHAVSGNLC RCTGYRPILD TCKSFAADVD LEDLGLNSFW
0201: KKGTDRADVG KLPEYSSGAV CTFPEFLKSE IKGQMNDIPA AIAGQDGWYH PKSIEELHNL FDSNWFDENS VKIVASNTGA GVYKDQDLYD KYIDIQGIPE
0301: LSVIDRSSKG VEIGAAVSIS KAIEVFSDGT PVFTKIAGHL SKVASPFVRN TATVGGNVIM AQRLQFPSDI ATVLLAAGST VTVQTASKML RLTMEEFLEQ
0401: PPCDAKTILL SIFVPDWGSD NVIFETSRAS PRPFGNAVSF VNSAFLARTS GQLIIEDICL AFGAYGVDHA SRARKVEEFL KGKSVSAAVT LEAVQLLKDV
0501: ISPSEGTTHP EYRVSLAVSF LFSFLSSLGN NLNEPANAIA PNGSCANGSE KHGTVGSDDL PVRSRQELVF SDEYKPVGKP ITKAGAELQA SGEAVYVDDI
0601: PAPKDCLYGA FIYSTHPHAH IKSISFRSSL ASQKVITVIS AKDIPVGGKN VGSGFRMLGE EALFGDPVSE FAGQNIGIVI AETQKYAYMA AKQAIIEYST
0701: ESLEPPILTI EDAIQHNSYF QTPPFLAPRP VGDFEQGMSE ADHKILSGEV KLESQYYFYM ETQTALAIPD EDNCITVYSS TQLPEITQNV VADCLGIPYH
0801: NVRIITRRVG GGFGGKGLKS THVACACAVA AFKLQRPVRM YLDRKTDMIM AGGRHPMKAK YSVGFKSDGT LTALHVDLGI NSGISPDLSP LIPAHTISSL
0901: KKYNWGALAF DIKLCKTNVS SKSAVRAPGD VQGSFIAEAI IEHVASALGA DTNTVRRKNL HSVESLTKFY GDTAGDAPTY SLVDIFDKLA SSPEYGSRAE
1001: AVERFNGGSR WKKRGISCVP ITYEVTLRPT PGKVSILNDG SIAVEVGGVE LGQGLYTKVK QMTAFGLREL CPDADGLLDK VRVIQADTLS LIQGSFTGGS
1101: TTSESSCEAV RQSCAMLVER LKPIREGLKA KSGAAAPWSA LIAQAKMASV NLSAHAFWKP DPAFVKYINY GAAVSEVEID VLTGATTILR SDLVYDCGQS
1201: LNPAVDLGQV EGAFVQGVGF FTNEDYATNA DGLVVNDGTW TYKIPTVDTI PKQFNVELIS SAREKKRVLS SKASGEPPLL LAASVHCAMR EAIRAARTDF
1301: SVNSPLTFQM DVPATMADVK ELCGLDVVER HLQRLTSAAT SAAVKA
0101: IGNTRHGYHP VQQRLAGFHA SQCGFCTPGM CMSIFSALVK ADKPDGPAPP TGFSKLTCSE AEHAVSGNLC RCTGYRPILD TCKSFAADVD LEDLGLNSFW
0201: KKGTDRADVG KLPEYSSGAV CTFPEFLKSE IKGQMNDIPA AIAGQDGWYH PKSIEELHNL FDSNWFDENS VKIVASNTGA GVYKDQDLYD KYIDIQGIPE
0301: LSVIDRSSKG VEIGAAVSIS KAIEVFSDGT PVFTKIAGHL SKVASPFVRN TATVGGNVIM AQRLQFPSDI ATVLLAAGST VTVQTASKML RLTMEEFLEQ
0401: PPCDAKTILL SIFVPDWGSD NVIFETSRAS PRPFGNAVSF VNSAFLARTS GQLIIEDICL AFGAYGVDHA SRARKVEEFL KGKSVSAAVT LEAVQLLKDV
0501: ISPSEGTTHP EYRVSLAVSF LFSFLSSLGN NLNEPANAIA PNGSCANGSE KHGTVGSDDL PVRSRQELVF SDEYKPVGKP ITKAGAELQA SGEAVYVDDI
0601: PAPKDCLYGA FIYSTHPHAH IKSISFRSSL ASQKVITVIS AKDIPVGGKN VGSGFRMLGE EALFGDPVSE FAGQNIGIVI AETQKYAYMA AKQAIIEYST
0701: ESLEPPILTI EDAIQHNSYF QTPPFLAPRP VGDFEQGMSE ADHKILSGEV KLESQYYFYM ETQTALAIPD EDNCITVYSS TQLPEITQNV VADCLGIPYH
0801: NVRIITRRVG GGFGGKGLKS THVACACAVA AFKLQRPVRM YLDRKTDMIM AGGRHPMKAK YSVGFKSDGT LTALHVDLGI NSGISPDLSP LIPAHTISSL
0901: KKYNWGALAF DIKLCKTNVS SKSAVRAPGD VQGSFIAEAI IEHVASALGA DTNTVRRKNL HSVESLTKFY GDTAGDAPTY SLVDIFDKLA SSPEYGSRAE
1001: AVERFNGGSR WKKRGISCVP ITYEVTLRPT PGKVSILNDG SIAVEVGGVE LGQGLYTKVK QMTAFGLREL CPDADGLLDK VRVIQADTLS LIQGSFTGGS
1101: TTSESSCEAV RQSCAMLVER LKPIREGLKA KSGAAAPWSA LIAQAKMASV NLSAHAFWKP DPAFVKYINY GAAVSEVEID VLTGATTILR SDLVYDCGQS
1201: LNPAVDLGQV EGAFVQGVGF FTNEDYATNA DGLVVNDGTW TYKIPTVDTI PKQFNVELIS SAREKKRVLS SKASGEPPLL LAASVHCAMR EAIRAARTDF
1301: SVNSPLTFQM DVPATMADVK ELCGLDVVER HLQRLTSAAT SAAVKA
0001: MAGDDLVFAV NGEKFEVLSV NPSTTLLEFL RSNTCFKSVK LSCGEGGCGA CIVILSKYDP VLDQVEEYSI NSCLTLLCSL NGCSITTSDG LGNTEKGFHP
0101: IHKRFAGFHA SQCGFCTPGM CISLYSALSK AHNSQSSPDY LTALAAEKSI AGNLCRCTGY RPIADACKSF ASDVDIEDLG FNSFWRKGES REEMLKKLPP
0201: YNPEKDLITF PDFLKEKIKC QHNVLDQTRY HWSTPGSVAE LQEILATTNP GKDRGLIKLV VGNTGTGYYK EEKQYGRYID ISHIPEMSMI KKDDREIEIG
0301: AVVTISKVID ALMEENTSAY VFKKIGVHME KVANHFIRNS GSIGGNLVMA QSKSFPSDIT TLLLAADASV HMINAGRHEK LRMGEYLVSP PILDTKTVLL
0401: KVHIPRWIAS STTGLLFETY RAALRPIGSA LPYINAAFLA VVSHDASSSG IIVDKCRLAF GSYGGYHSIR AREVEDFLTG KILSHSVLYE AVRLLKGIIV
0501: PSIDTSYSEY KKSLAVGFLF DFLYPLIESG SWDSEGKHID GHIDPTICLP LLSSAQQVFE SKEYHPVGEA IIKFGAEMQA SGEAVYVDDI PSLPHCLHGA
0601: FIYSTKPLAW IKSVGFSGNV TPIGVLAVIT FKDIPEVGQN IGYITMFGTG LLFADEVTIS AGQIIALVVA DTQKHADMAA HLAVVEYDSR NIGTPVLSVE
0701: DAVKRSSLFE VPPEYQPEPV GDISKGMAEA DRKIRSVELR LGSQYFFYME TQTALALPDE DNCLVVYSST QAPEFTQTVI ATCLGIPEHN VRVITRRVGG
0801: GFGGKAIKSM PVATACALAA KKMQRPVRIY VNRKTDMIMA GGRHPLKITY SVGFRSDGKL TALDLNLFID AGSDVDVSLV MPQNIMNSLR KYDWGALSFD
0901: IKVCKTNLPS RTSLRAPGEV QGSYIAESII ENVASSLKMD VDVVRRINLH TYESLRKFYK QAAGEPDEYT LPLLWDKLEV SADFRRRAES VKEFNRCNIW
1001: RKRGISRVPI IHLVIHRPTP GKVSILNDGS VAVEVAGIEV GQGLWTKVQQ MVAYGLGMIK CEGSDDLLER IRLLQTDTLS MSQSSYTAGS TTSENCCEAV
1101: RLCCGILVER LRPTMNQILE NARSVTWDML IQQANAQSVD LSARTFYKPE SSSAEYLNYG VGASEVEVDL VTGRTEIIRS DIIYDCGKSL NPAVDLGQIE
1201: GAFVQGIGFF MYEEYTTNEN GLVNEEGTWD YKIPTIDTIP KQFNVQILNS GHHKNRVLSS KASGEPPLLV AASVHCATRS AIREARKQYL SWNCIDDDHR
1301: ERCDLGFELP VPATMPVVKQ LCGLESIEKY LEWKTYP
0101: IHKRFAGFHA SQCGFCTPGM CISLYSALSK AHNSQSSPDY LTALAAEKSI AGNLCRCTGY RPIADACKSF ASDVDIEDLG FNSFWRKGES REEMLKKLPP
0201: YNPEKDLITF PDFLKEKIKC QHNVLDQTRY HWSTPGSVAE LQEILATTNP GKDRGLIKLV VGNTGTGYYK EEKQYGRYID ISHIPEMSMI KKDDREIEIG
0301: AVVTISKVID ALMEENTSAY VFKKIGVHME KVANHFIRNS GSIGGNLVMA QSKSFPSDIT TLLLAADASV HMINAGRHEK LRMGEYLVSP PILDTKTVLL
0401: KVHIPRWIAS STTGLLFETY RAALRPIGSA LPYINAAFLA VVSHDASSSG IIVDKCRLAF GSYGGYHSIR AREVEDFLTG KILSHSVLYE AVRLLKGIIV
0501: PSIDTSYSEY KKSLAVGFLF DFLYPLIESG SWDSEGKHID GHIDPTICLP LLSSAQQVFE SKEYHPVGEA IIKFGAEMQA SGEAVYVDDI PSLPHCLHGA
0601: FIYSTKPLAW IKSVGFSGNV TPIGVLAVIT FKDIPEVGQN IGYITMFGTG LLFADEVTIS AGQIIALVVA DTQKHADMAA HLAVVEYDSR NIGTPVLSVE
0701: DAVKRSSLFE VPPEYQPEPV GDISKGMAEA DRKIRSVELR LGSQYFFYME TQTALALPDE DNCLVVYSST QAPEFTQTVI ATCLGIPEHN VRVITRRVGG
0801: GFGGKAIKSM PVATACALAA KKMQRPVRIY VNRKTDMIMA GGRHPLKITY SVGFRSDGKL TALDLNLFID AGSDVDVSLV MPQNIMNSLR KYDWGALSFD
0901: IKVCKTNLPS RTSLRAPGEV QGSYIAESII ENVASSLKMD VDVVRRINLH TYESLRKFYK QAAGEPDEYT LPLLWDKLEV SADFRRRAES VKEFNRCNIW
1001: RKRGISRVPI IHLVIHRPTP GKVSILNDGS VAVEVAGIEV GQGLWTKVQQ MVAYGLGMIK CEGSDDLLER IRLLQTDTLS MSQSSYTAGS TTSENCCEAV
1101: RLCCGILVER LRPTMNQILE NARSVTWDML IQQANAQSVD LSARTFYKPE SSSAEYLNYG VGASEVEVDL VTGRTEIIRS DIIYDCGKSL NPAVDLGQIE
1201: GAFVQGIGFF MYEEYTTNEN GLVNEEGTWD YKIPTIDTIP KQFNVQILNS GHHKNRVLSS KASGEPPLLV AASVHCATRS AIREARKQYL SWNCIDDDHR
1301: ERCDLGFELP VPATMPVVKQ LCGLESIEKY LEWKTYP
Arabidopsis Description
AAO4Benzaldehyde dehydrogenase (NAD(+)) [Source:UniProtKB/Swiss-Prot;Acc:Q7G191]
SUBAcon: [peroxisome,nucleus,cytosol]
SUBAcon: [peroxisome,nucleus,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.