Subcellular Localization
min:
: max
Winner_takes_all: cytosol
Predictor Summary:
Predictor Summary:
- nucleus 1
- cytosol 2
- mitochondrion 1
- plasma membrane 1
Predictors | GFP | MS/MS | Papers | ||||||||||||||
---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|
PPI
Inferred distinct locusB in Crop
Inferred from Arabidopsis experimental PPI
Homology
Paralog
locus | Identity | Homology Identity |
---|
Ortholog
locus | Homology Species | Location | Identity | Homology Identity |
---|---|---|---|---|
TraesCS7A01G284900.1 | Wheat | plasma membrane | 89.75 | 99.04 |
TraesCS7B01G181700.1 | Wheat | cytosol | 98.47 | 98.98 |
HORVU7Hr1G063020.3 | Barley | cytosol | 97.09 | 94.61 |
Os08t0564300-04 | Rice | plasma membrane | 82.04 | 83.93 |
Zm00001d031871_P001 | Maize | cytosol | 85.89 | 83.4 |
AT2G36910.1 | Thale cress | peroxisome | 72.36 | 77.37 |
GSMUA_Achr4P12130_001 | Banana | cytosol | 75.64 | 77.21 |
Solyc09g008240.2.1 | Tomato | peroxisome | 72.73 | 76.1 |
PGSC0003DMT400009924 | Potato | peroxisome | 73.31 | 75.62 |
GSMUA_Achr4P04430_001 | Banana | cytosol, peroxisome, plasma membrane | 74.4 | 75.5 |
KRG96023 | Soybean | cytosol, peroxisome, plasma membrane | 73.45 | 75.43 |
CDY46744 | Canola | cytosol, peroxisome, plasma membrane | 73.31 | 75.34 |
Bra023087.1-P | Field mustard | cytosol, nucleus, plasma membrane | 73.31 | 75.28 |
KRH67730 | Soybean | cytosol, peroxisome, plasma membrane | 73.45 | 75.26 |
KRH32507 | Soybean | cytosol, nucleus, plasma membrane | 73.45 | 75.2 |
CDX79704 | Canola | plasma membrane | 73.16 | 75.02 |
Bra017216.1-P | Field mustard | cytosol, nucleus, plasma membrane | 72.8 | 74.81 |
KRH19897 | Soybean | cytosol, peroxisome, plasma membrane | 72.87 | 74.72 |
VIT_08s0007g05060.t01 | Wine grape | cytosol, peroxisome, plasma membrane | 73.38 | 74.52 |
OQU80682 | Sorghum | plasma membrane | 80.65 | 71.97 |
TraesCS2D01G322600.1 | Wheat | cytosol, peroxisome, plasma membrane | 48.51 | 52.81 |
TraesCS2D01G523100.2 | Wheat | cytosol | 47.49 | 51.38 |
TraesCS6D01G250000.1 | Wheat | golgi | 44.58 | 48.61 |
TraesCS7D01G068400.1 | Wheat | plasma membrane | 39.27 | 43.83 |
TraesCS1D01G082900.2 | Wheat | cytosol, peroxisome, plasma membrane | 39.85 | 42.95 |
TraesCS3D01G257500.1 | Wheat | plasma membrane | 37.89 | 41.48 |
TraesCS3D01G362700.1 | Wheat | cytosol, peroxisome, plasma membrane | 38.4 | 41.28 |
TraesCS6D01G107600.1 | Wheat | cytosol, plasma membrane, vacuole | 27.27 | 41.25 |
TraesCS2D01G010500.1 | Wheat | plasma membrane | 37.6 | 41.1 |
TraesCS3D01G258100.1 | Wheat | plasma membrane | 37.09 | 40.8 |
TraesCS2D01G010400.1 | Wheat | plasma membrane | 37.16 | 40.78 |
TraesCS3D01G258300.1 | Wheat | cytosol, peroxisome, plasma membrane | 37.38 | 40.63 |
TraesCS3D01G258200.2 | Wheat | peroxisome | 37.09 | 40.51 |
TraesCS3D01G257900.1 | Wheat | peroxisome | 36.8 | 40.1 |
TraesCS2D01G339000.1 | Wheat | plasma membrane | 36.8 | 40.06 |
TraesCS6D01G131900.1 | Wheat | plasma membrane | 36.29 | 39.76 |
TraesCS7D01G298600.1 | Wheat | peroxisome | 36.0 | 39.35 |
TraesCS1D01G374300.1 | Wheat | cytosol, peroxisome, plasma membrane | 36.22 | 39.24 |
TraesCS3D01G541700.1 | Wheat | cytosol, plasma membrane, vacuole | 39.42 | 38.52 |
TraesCS7D01G298400.1 | Wheat | peroxisome | 35.13 | 38.21 |
TraesCS4D01G203900.2 | Wheat | cytosol, plasma membrane, plastid | 38.84 | 37.9 |
TraesCS4D01G296900.1 | Wheat | peroxisome | 38.47 | 35.27 |
Protein Annotations
Description
No Description!
Coordinates
chr7D:+:298509620..298514975
Molecular Weight (calculated)
148419.0 Da
IEP (calculated)
8.184
GRAVY (calculated)
0.062
Length
1375 amino acids
Sequence
(BLAST)
(BLAST)
0001: MSSDPEEIKA RVVVHGAGAD ANAADEWARP ELEAFHLPST SQPPHLFHPP HPEPEAAEQS TPAPAVAAAT GTNNASGSPP PPRSPPPAPL ETEQLPPNAK
0101: PPADEKPPPP APAAALRDLF RFADGLDRVL MAVGTLGALV HGCSLPVFLR FFADLVDSFG SHADDPDTMV RLVVKYAFYF LVVGAAIWAS SWAEISCWMW
0201: TGERQSTRMR IRYLQAALKQ DVSFFDTDVR TSDVIYAINA DAVIVQDAIS EKLGNLIHYM ATFVAGFVVG FTAAWQLALV TLAVVPLIAV IGGLTAATMG
0301: KLSSKSQDAL SSASNIAEQA LSQIRIVQSF VGEQRVAQAY SEALAVAQSI GYRNGFAKGL GLGGTYFTVF CCYALLLWYG GHLVRGHHTN GGLAIATMFS
0401: VMIGGLGLGQ SAPSMAAFAK ARVAAAKIFR IIDHTPGITK EGVELESVTG RLELRNVEFA YPSRPDTPIL RRFSLSVPAG KTIALVGSSG SGKSTVVSLI
0501: ERFYDPSSGQ IMLDGVELKD LKLRWLRSQI GLVSQEPALF ATSIRENLLL GREEASQVEM EEAARVANAH SFIIKLPDGY DTQVGERGLQ LSGGQKQRIA
0601: IARAMLKNPA ILLLDEATSA LDSESEKLVQ EALDRFMIGR TTLVIAHRLS TIRKADLVAV LQAGAVSEMG AHDDLMARGD SGAYAKLIRM QEQAHEAALV
0701: SARRSSARPS SARNSVSSPI MMRNSSYGRS PYSRRLSDFS TADFSLSVIH DPAAHRMGMG MGMGMEKLAF RAQASSFWRL AKMNSPEWGY ALAGSVGSMV
0801: CGSFSAIFAY ILSAVLSIYY TPDPRHMDRE IAKYCYLLIG MSSAALLFNT VQHLFWDTVG ENLTKRVREK MLTAVLRNEM AWFDMEANAS AHIAARLALD
0901: AQNVRSAIGD RISIIVQNSA LMLVACTAGF VLQWRLALVL LAVFPLVVGA TVLQKMFMKG FSGDLEAAHA KATQIAGEAV ANVRTVAAFN SEDKITRLFE
1001: ANLQRPLRRC FWKGQIAGIG YGVAQFLLYA SYALGLWYAA WLVKHGVSDF SKTIRVFMVL MVSANGAAET LTLAPDFIKG GRAMQSVFET IDRKTEIEPD
1101: DVDAAAVPER PRGDVELKHV DFSYPSRPDV QVFRDLSLRA RAGRTLALVG PSGCGKSSVL ALIQRFYEPS SGRVLLDGKD IRKYNLKALR RVVAMVPQEP
1201: FLFAGTIHDN IAYGREGATE AEVVEAATQA NAHKFVSALP EGYKTCVGER GVQLSGGQRQ RIAIARALVK QAAIMLLDEA TSALDAESER CVQEALDRAG
1301: SGSGRTTIVV AHRLATVRNA HTIAVIDDGK VVEQGSHSHL LNHHPDGCYA RMLQLQRLTP HTLAVPGPGP SASNV
0101: PPADEKPPPP APAAALRDLF RFADGLDRVL MAVGTLGALV HGCSLPVFLR FFADLVDSFG SHADDPDTMV RLVVKYAFYF LVVGAAIWAS SWAEISCWMW
0201: TGERQSTRMR IRYLQAALKQ DVSFFDTDVR TSDVIYAINA DAVIVQDAIS EKLGNLIHYM ATFVAGFVVG FTAAWQLALV TLAVVPLIAV IGGLTAATMG
0301: KLSSKSQDAL SSASNIAEQA LSQIRIVQSF VGEQRVAQAY SEALAVAQSI GYRNGFAKGL GLGGTYFTVF CCYALLLWYG GHLVRGHHTN GGLAIATMFS
0401: VMIGGLGLGQ SAPSMAAFAK ARVAAAKIFR IIDHTPGITK EGVELESVTG RLELRNVEFA YPSRPDTPIL RRFSLSVPAG KTIALVGSSG SGKSTVVSLI
0501: ERFYDPSSGQ IMLDGVELKD LKLRWLRSQI GLVSQEPALF ATSIRENLLL GREEASQVEM EEAARVANAH SFIIKLPDGY DTQVGERGLQ LSGGQKQRIA
0601: IARAMLKNPA ILLLDEATSA LDSESEKLVQ EALDRFMIGR TTLVIAHRLS TIRKADLVAV LQAGAVSEMG AHDDLMARGD SGAYAKLIRM QEQAHEAALV
0701: SARRSSARPS SARNSVSSPI MMRNSSYGRS PYSRRLSDFS TADFSLSVIH DPAAHRMGMG MGMGMEKLAF RAQASSFWRL AKMNSPEWGY ALAGSVGSMV
0801: CGSFSAIFAY ILSAVLSIYY TPDPRHMDRE IAKYCYLLIG MSSAALLFNT VQHLFWDTVG ENLTKRVREK MLTAVLRNEM AWFDMEANAS AHIAARLALD
0901: AQNVRSAIGD RISIIVQNSA LMLVACTAGF VLQWRLALVL LAVFPLVVGA TVLQKMFMKG FSGDLEAAHA KATQIAGEAV ANVRTVAAFN SEDKITRLFE
1001: ANLQRPLRRC FWKGQIAGIG YGVAQFLLYA SYALGLWYAA WLVKHGVSDF SKTIRVFMVL MVSANGAAET LTLAPDFIKG GRAMQSVFET IDRKTEIEPD
1101: DVDAAAVPER PRGDVELKHV DFSYPSRPDV QVFRDLSLRA RAGRTLALVG PSGCGKSSVL ALIQRFYEPS SGRVLLDGKD IRKYNLKALR RVVAMVPQEP
1201: FLFAGTIHDN IAYGREGATE AEVVEAATQA NAHKFVSALP EGYKTCVGER GVQLSGGQRQ RIAIARALVK QAAIMLLDEA TSALDAESER CVQEALDRAG
1301: SGSGRTTIVV AHRLATVRNA HTIAVIDDGK VVEQGSHSHL LNHHPDGCYA RMLQLQRLTP HTLAVPGPGP SASNV
0001: MDNDGGAPPP PPTLVVEEPK KAEIRGVAFK ELFRFADGLD YVLMGIGSVG AFVHGCSLPL FLRFFADLVN SFGSNSNNVE KMMEEVLKYA LYFLVVGAAI
0101: WASSWAEISC WMWSGERQTT KMRIKYLEAA LNQDIQFFDT EVRTSDVVFA INTDAVMVQD AISEKLGNFI HYMATFVSGF IVGFTAVWQL ALVTLAVVPL
0201: IAVIGGIHTT TLSKLSNKSQ ESLSQAGNIV EQTVVQIRVV MAFVGESRAS QAYSSALKIA QKLGYKTGLA KGMGLGATYF VVFCCYALLL WYGGYLVRHH
0301: LTNGGLAIAT MFAVMIGGLA LGQSAPSMAA FAKAKVAAAK IFRIIDHKPT IERNSESGVE LDSVTGLVEL KNVDFSYPSR PDVKILNNFC LSVPAGKTIA
0401: LVGSSGSGKS TVVSLIERFY DPNSGQVLLD GQDLKTLKLR WLRQQIGLVS QEPALFATSI KENILLGRPD ADQVEIEEAA RVANAHSFII KLPDGFDTQV
0501: GERGLQLSGG QKQRIAIARA MLKNPAILLL DEATSALDSE SEKLVQEALD RFMIGRTTLI IAHRLSTIRK ADLVAVLQQG SVSEIGTHDE LFSKGENGVY
0601: AKLIKMQEAA HETAMSNARK SSARPSSARN SVSSPIMTRN SSYGRSPYSR RLSDFSTSDF SLSIDASSYP NYRNEKLAFK DQANSFWRLA KMNSPEWKYA
0701: LLGSVGSVIC GSLSAFFAYV LSAVLSVYYN PDHEYMIKQI DKYCYLLIGL SSAALVFNTL QHSFWDIVGE NLTKRVREKM LSAVLKNEMA WFDQEENESA
0801: RIAARLALDA NNVRSAIGDR ISVIVQNTAL MLVACTAGFV LQWRLALVLV AVFPVVVAAT VLQKMFMTGF SGDLEAAHAK GTQLAGEAIA NVRTVAAFNS
0901: EAKIVRLYTA NLEPPLKRCF WKGQIAGSGY GVAQFCLYAS YALGLWYASW LVKHGISDFS KTIRVFMVLM VSANGAAETL TLAPDFIKGG QAMRSVFELL
1001: DRKTEIEPDD PDTTPVPDRL RGEVELKHID FSYPSRPDIQ IFRDLSLRAR AGKTLALVGP SGCGKSSVIS LIQRFYEPSS GRVMIDGKDI RKYNLKAIRK
1101: HIAIVPQEPC LFGTTIYENI AYGHECATEA EIIQAATLAS AHKFISALPE GYKTYVGERG VQLSGGQKQR IAIARALVRK AEIMLLDEAT SALDAESERS
1201: VQEALDQACS GRTSIVVAHR LSTIRNAHVI AVIDDGKVAE QGSHSHLLKN HPDGIYARMI QLQRFTHTQV IGMTSGSSSR VKEDDA
0101: WASSWAEISC WMWSGERQTT KMRIKYLEAA LNQDIQFFDT EVRTSDVVFA INTDAVMVQD AISEKLGNFI HYMATFVSGF IVGFTAVWQL ALVTLAVVPL
0201: IAVIGGIHTT TLSKLSNKSQ ESLSQAGNIV EQTVVQIRVV MAFVGESRAS QAYSSALKIA QKLGYKTGLA KGMGLGATYF VVFCCYALLL WYGGYLVRHH
0301: LTNGGLAIAT MFAVMIGGLA LGQSAPSMAA FAKAKVAAAK IFRIIDHKPT IERNSESGVE LDSVTGLVEL KNVDFSYPSR PDVKILNNFC LSVPAGKTIA
0401: LVGSSGSGKS TVVSLIERFY DPNSGQVLLD GQDLKTLKLR WLRQQIGLVS QEPALFATSI KENILLGRPD ADQVEIEEAA RVANAHSFII KLPDGFDTQV
0501: GERGLQLSGG QKQRIAIARA MLKNPAILLL DEATSALDSE SEKLVQEALD RFMIGRTTLI IAHRLSTIRK ADLVAVLQQG SVSEIGTHDE LFSKGENGVY
0601: AKLIKMQEAA HETAMSNARK SSARPSSARN SVSSPIMTRN SSYGRSPYSR RLSDFSTSDF SLSIDASSYP NYRNEKLAFK DQANSFWRLA KMNSPEWKYA
0701: LLGSVGSVIC GSLSAFFAYV LSAVLSVYYN PDHEYMIKQI DKYCYLLIGL SSAALVFNTL QHSFWDIVGE NLTKRVREKM LSAVLKNEMA WFDQEENESA
0801: RIAARLALDA NNVRSAIGDR ISVIVQNTAL MLVACTAGFV LQWRLALVLV AVFPVVVAAT VLQKMFMTGF SGDLEAAHAK GTQLAGEAIA NVRTVAAFNS
0901: EAKIVRLYTA NLEPPLKRCF WKGQIAGSGY GVAQFCLYAS YALGLWYASW LVKHGISDFS KTIRVFMVLM VSANGAAETL TLAPDFIKGG QAMRSVFELL
1001: DRKTEIEPDD PDTTPVPDRL RGEVELKHID FSYPSRPDIQ IFRDLSLRAR AGKTLALVGP SGCGKSSVIS LIQRFYEPSS GRVMIDGKDI RKYNLKAIRK
1101: HIAIVPQEPC LFGTTIYENI AYGHECATEA EIIQAATLAS AHKFISALPE GYKTYVGERG VQLSGGQKQR IAIARALVRK AEIMLLDEAT SALDAESERS
1201: VQEALDQACS GRTSIVVAHR LSTIRNAHVI AVIDDGKVAE QGSHSHLLKN HPDGIYARMI QLQRFTHTQV IGMTSGSSSR VKEDDA
Arabidopsis Description
ABCB1ABC transporter B family member 1 [Source:UniProtKB/Swiss-Prot;Acc:Q9ZR72]
SUBAcon: [peroxisome]
SUBAcon: [peroxisome]
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.