Subcellular Localization
min:
: max
Winner_takes_all: plasma membrane
Predictor Summary:
Predictor Summary:
- extracellular 5
- endoplasmic reticulum 6
- vacuole 5
- plasma membrane 7
- golgi 5
| Predictors | GFP | MS/MS | Papers | ||||||||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|
PPI
No PPI Data
Homology
Paralog
| locus | Identity | Homology Identity |
|---|
Ortholog
| locus | Homology Species | Location | Identity | Homology Identity |
|---|---|---|---|---|
| KXG31741 | Sorghum | plasma membrane | 80.67 | 88.27 |
| KXG40096 | Sorghum | plasma membrane | 86.43 | 78.42 |
| HORVU3Hr1G024210.3 | Barley | vacuole | 81.18 | 78.16 |
| Os01t0173900-01 | Rice | plasma membrane | 85.19 | 77.61 |
| TraesCS3A01G129000.1 | Wheat | plastid | 81.69 | 74.87 |
| TraesCS4B01G253200.1 | Wheat | plasma membrane | 80.6 | 74.56 |
| TraesCS4D01G253300.3 | Wheat | plasma membrane | 80.67 | 74.53 |
| TraesCS3D01G129900.2 | Wheat | plasma membrane | 81.33 | 74.48 |
| TraesCS4A01G051100.1 | Wheat | plasma membrane | 80.6 | 74.26 |
| TraesCS3B01G148100.2 | Wheat | plasma membrane, plastid | 81.18 | 74.2 |
| HORVU3Hr1G085890.7 | Barley | plasma membrane | 79.07 | 73.79 |
| TraesCS3D01G356300.2 | Wheat | plasma membrane | 79.14 | 73.76 |
| TraesCS3B01G395000.2 | Wheat | plasma membrane | 78.56 | 73.37 |
| CDX82557 | Canola | plasma membrane | 26.77 | 73.11 |
| CDY71198 | Canola | endoplasmic reticulum, mitochondrion, plasma membrane | 26.77 | 72.53 |
| TraesCS3A01G362500.1 | Wheat | plasma membrane | 75.78 | 72.1 |
| CDY51899 | Canola | endoplasmic reticulum, plasma membrane, vacuole | 28.59 | 72.06 |
| CDX82552 | Canola | plasma membrane | 61.78 | 68.81 |
| KRH73882 | Soybean | plasma membrane | 63.24 | 67.11 |
| PGSC0003DMT400057099 | Potato | endoplasmic reticulum, plasma membrane | 62.29 | 64.7 |
| VIT_19s0015g00040.t01 | Wine grape | plasma membrane | 49.09 | 62.43 |
| GSMUA_Achr10P... | Banana | plasma membrane | 58.28 | 62.32 |
| KRG98556 | Soybean | nucleus | 57.77 | 60.88 |
| Bra001490.1-P | Field mustard | plasma membrane | 64.84 | 60.11 |
| Bra001488.1-P | Field mustard | plasma membrane, plastid | 65.28 | 59.95 |
| KRG99624 | Soybean | plasma membrane | 65.06 | 59.95 |
| KRH46626 | Soybean | plasma membrane | 63.53 | 59.62 |
| KRH14256 | Soybean | plasma membrane | 64.84 | 59.5 |
| KRH01233 | Soybean | cytosol, endoplasmic reticulum, plasma membrane | 56.24 | 59.04 |
| KRH73881 | Soybean | plasma membrane | 64.19 | 58.94 |
| AT3G13080.1 | Thale cress | plasma membrane, plastid | 64.7 | 58.59 |
| Bra039368.1-P | Field mustard | plasma membrane | 62.58 | 58.09 |
| KRH73880 | Soybean | plasma membrane | 50.26 | 56.15 |
| KRH46325 | Soybean | plasma membrane | 61.2 | 56.08 |
| KRH46324 | Soybean | plasma membrane | 61.05 | 55.69 |
| Bra034706.1-P | Field mustard | plasma membrane | 58.72 | 54.65 |
| CDY63884 | Canola | plasma membrane | 48.94 | 54.51 |
| AT3G13100.1 | Thale cress | plasma membrane | 58.79 | 53.99 |
| CDY43395 | Canola | plasma membrane | 57.62 | 53.92 |
| Bra039348.1-P | Field mustard | plasma membrane | 57.11 | 53.52 |
| OQU93255 | Sorghum | plasma membrane | 51.5 | 46.69 |
| KXG26126 | Sorghum | plasma membrane | 48.72 | 44.89 |
| CDY44021 | Canola | plastid | 56.24 | 44.49 |
| CDY23565 | Canola | plastid | 55.87 | 44.1 |
| OQU86956 | Sorghum | plasma membrane | 46.46 | 44.05 |
| EES17847 | Sorghum | endoplasmic reticulum, plasma membrane, vacuole | 41.5 | 43.37 |
| KXG27008 | Sorghum | plasma membrane | 49.09 | 42.19 |
| KXG20196 | Sorghum | plasma membrane | 43.33 | 39.68 |
| OQU80926 | Sorghum | plasma membrane | 41.06 | 37.99 |
| KXG19351 | Sorghum | plasma membrane | 40.85 | 37.74 |
| KXG32483 | Sorghum | plasma membrane | 41.5 | 37.63 |
| KXG25638 | Sorghum | plasma membrane | 39.97 | 37.38 |
| EES10452 | Sorghum | plastid | 41.5 | 36.73 |
| EES12878 | Sorghum | plasma membrane | 32.75 | 27.6 |
| EER89345 | Sorghum | plasma membrane | 28.74 | 26.89 |
Protein Annotations
| Gene3D:1.20.1560.10 | MapMan:24.1.3.1.2 | Gene3D:3.40.50.300 | UniProt:A0A1Z5SA41 | InterPro:AAA+_ATPase | InterPro:ABC1_TM_dom |
| InterPro:ABC1_TM_sf | InterPro:ABC_transporter-like | InterPro:ABC_transporter_CS | GO:GO:0000166 | GO:GO:0003674 | GO:GO:0003824 |
| GO:GO:0005215 | GO:GO:0005488 | GO:GO:0005524 | GO:GO:0005575 | GO:GO:0006810 | GO:GO:0008150 |
| GO:GO:0016020 | GO:GO:0016021 | GO:GO:0016787 | GO:GO:0016887 | GO:GO:0042626 | GO:GO:0055085 |
| InterPro:IPR003439 | InterPro:IPR011527 | InterPro:IPR036640 | EnsemblPlants:OQU92792 | ProteinID:OQU92792 | ProteinID:OQU92792.1 |
| ProteinID:OQU92793.1 | InterPro:P-loop_NTPase | PFAM:PF00005 | PFAM:PF00664 | ScanProsite:PS00211 | PFscan:PS50893 |
| PFscan:PS50929 | PANTHER:PTHR24223 | PANTHER:PTHR24223:SF181 | SMART:SM00382 | EnsemblPlantsGene:SORBI_3001G413000 | SUPFAM:SSF52540 |
| SUPFAM:SSF90123 | SignalP:SignalP-TM | TMHMM:TMhelix | UniParc:UPI000B8BAF00 | SEG:seg | : |
Description
hypothetical protein
Coordinates
chr1:-:69523502..69529854
Molecular Weight (calculated)
150874.0 Da
IEP (calculated)
6.786
GRAVY (calculated)
0.180
Length
1371 amino acids
Sequence
(BLAST)
(BLAST)
0001: MAQELFPAQL RLWWALFMLL SVATVGAHAA TSLDGFLVPG RSWAVDAVSV AAAVVLLSAG FLGRRAGRGQ GQGHASEEPL LNGAREADNE NSSSADGAGA
0101: SLLTGAGFLS VLTFSWMAPL LSVGHRKTLV LEDVPSLESG DSVAGLLPSF MANLEALTRD GDSSSRKVVT AFKLTKALLR TVWWHVAVTA FYALVYNVAT
0201: YVGPYLIDSL VQYLNGDERY ASKGPLLVLA FIVAKALECL SQRHWFFRLQ QAGMRARSAL VAVVYQKSLA LSSQSRRSRT SGEMINIISV DADRVGIFGW
0301: YMHDLWLVPL QVGMAMFILY STLGLASLAA LGATVVIMLA NVPPGKMQEK FQENLMDSKD VRMKATTEIL RNMRILKLQG WEMKFLSKII ELRKTETNWL
0401: KKYLYTSATV TFVFWGTPTF VAVVTFGACI LMGIPLESGK VLSALATFRV LQEPIYVLPD TISMVIQTKV SLDRIASFLC LDELPSDAVQ RLPSGSSDFA
0501: INVNNGCFSW EASPEVPTLK DLSFQARPGM RVAVCGTVGS GKSSLLSCIL GEIPKLSGEV QTCGTTAYVS QSAWIQSGKI QENILFGKEM DAEKYDRVLE
0601: SCSLKKDLEI LPFGDQTVIG ERGINLSGGQ KQRIQIARAL YQDSDIYLFD DPFSAVDAHT GSHLFKECLL GDLGSKTVVY VTHQIEFLPT ADLILVMKDG
0701: RIAQSGKYDE ILGSGEVFME LVGAHKDALT TLDAIDSMNG GNVPSPSSGK ANPKLSRSLS SVEKKDKANN DEENAQSGQL VQEEERERGR VGFWVYWKYL
0801: TLAYKGALVP FVLLAQILFQ ILQIVSNYWM AWAAPVSKDV EPPVSMSILI YVYVILALGS SLCILVRSLF LATAAYKTAT LLFNKMHLSI FRAPMSFFDS
0901: TPSGRILNRA STDQSEVDTN ISNHMGFVAF SVIQLIGIIV VMSQVAWQVF VVFIPVFATC VWYQRYYIDT ARELQRLIGV CKAPTIQHFA ESITGSTTIR
1001: SFGKENQFVS TNSHLADAYS RPKFYNTGAR EWLCFRLDVL SSLIFAFSLI FLINLPTGLI DPGIAGLAIT YGLNLNMLQE WVVRGMCTLE NKIISVERIL
1101: QYISIPAEPP LVMSEVKLAH NWPSSGEIQL HNLHVKYAPQ LPFVLKGLAA TFPGGMKTGI VGRTGSGKST LIQALFRIVD PTIGQILIDD VNICTIGLHD
1201: LRSRLSIIPQ EPTMFEGTVR SNLDPLGEYS DDKIWEALDC CQLGDEVRKK ELKLDSPVIE NGENWSVGQR QLVCLGRVIL KRSKILVLDE ATASVDTATD
1301: NLIQKTLRQQ FSETTVITIA HRITSVLDSD MVLLLDNGVA VEHDRPTKLL EDKSSLFSKL VAEYTMRSVH T
0101: SLLTGAGFLS VLTFSWMAPL LSVGHRKTLV LEDVPSLESG DSVAGLLPSF MANLEALTRD GDSSSRKVVT AFKLTKALLR TVWWHVAVTA FYALVYNVAT
0201: YVGPYLIDSL VQYLNGDERY ASKGPLLVLA FIVAKALECL SQRHWFFRLQ QAGMRARSAL VAVVYQKSLA LSSQSRRSRT SGEMINIISV DADRVGIFGW
0301: YMHDLWLVPL QVGMAMFILY STLGLASLAA LGATVVIMLA NVPPGKMQEK FQENLMDSKD VRMKATTEIL RNMRILKLQG WEMKFLSKII ELRKTETNWL
0401: KKYLYTSATV TFVFWGTPTF VAVVTFGACI LMGIPLESGK VLSALATFRV LQEPIYVLPD TISMVIQTKV SLDRIASFLC LDELPSDAVQ RLPSGSSDFA
0501: INVNNGCFSW EASPEVPTLK DLSFQARPGM RVAVCGTVGS GKSSLLSCIL GEIPKLSGEV QTCGTTAYVS QSAWIQSGKI QENILFGKEM DAEKYDRVLE
0601: SCSLKKDLEI LPFGDQTVIG ERGINLSGGQ KQRIQIARAL YQDSDIYLFD DPFSAVDAHT GSHLFKECLL GDLGSKTVVY VTHQIEFLPT ADLILVMKDG
0701: RIAQSGKYDE ILGSGEVFME LVGAHKDALT TLDAIDSMNG GNVPSPSSGK ANPKLSRSLS SVEKKDKANN DEENAQSGQL VQEEERERGR VGFWVYWKYL
0801: TLAYKGALVP FVLLAQILFQ ILQIVSNYWM AWAAPVSKDV EPPVSMSILI YVYVILALGS SLCILVRSLF LATAAYKTAT LLFNKMHLSI FRAPMSFFDS
0901: TPSGRILNRA STDQSEVDTN ISNHMGFVAF SVIQLIGIIV VMSQVAWQVF VVFIPVFATC VWYQRYYIDT ARELQRLIGV CKAPTIQHFA ESITGSTTIR
1001: SFGKENQFVS TNSHLADAYS RPKFYNTGAR EWLCFRLDVL SSLIFAFSLI FLINLPTGLI DPGIAGLAIT YGLNLNMLQE WVVRGMCTLE NKIISVERIL
1101: QYISIPAEPP LVMSEVKLAH NWPSSGEIQL HNLHVKYAPQ LPFVLKGLAA TFPGGMKTGI VGRTGSGKST LIQALFRIVD PTIGQILIDD VNICTIGLHD
1201: LRSRLSIIPQ EPTMFEGTVR SNLDPLGEYS DDKIWEALDC CQLGDEVRKK ELKLDSPVIE NGENWSVGQR QLVCLGRVIL KRSKILVLDE ATASVDTATD
1301: NLIQKTLRQQ FSETTVITIA HRITSVLDSD MVLLLDNGVA VEHDRPTKLL EDKSSLFSKL VAEYTMRSVH T
0001: MDFLGSTTGS GTLAMLFSFS ESILPLDSRS FLLKPLFLRW LSGFLHSVLL LVLFFSWVRK KIRGDSGVTE SLKDRRDFGF KSALFCSLAL SLLNLVLMSL
0101: SGFYWYESGW LDNEQLVSSL GFLLGMVSWG VLSICLHRCR DCEHKKAPFL LRLWLVFYLV VSCYSLVVDF VMYERRETVP VHLLVFDIVA FIAAVFLGYV
0201: AVLKKDRSNS NGVLEEPLLN GGDSRVGGDD SVELNKTNGS GEATPYSRAG ILSLLTFSWM SPLIDIGNKK TLDLEDVPQL HDTDSVVGLA PKFRSMLESP
0301: DGGERSGVTT FKLIKALYFT AQWEILVTAF FAFIYTVASY VGPALIDTFV QYLNGRRQYN HEGYVLVITF FAAKIVECLS QRHWFFRLQK VGIRMRSALV
0401: AMIYEKGLTL SCQSKQGRTS GEIINFMTVD AERIGNFSWY MHDPWMVLLQ VGLALWILYR NLGLASIAAL VATIIVMLIN FPFGRMQERF QEKLMEAKDS
0501: RMKSTSEILR NMRILKLQGW EMKFLSKIFD LRKSEEGWLK KYVYNSAVIS FVFWGAPTLV SVSTFGACIL LGIPLESGKI LSALATFRIL QEPIYNLPDT
0601: ISMIVQTKVS LDRLASYLCL DNLQPDIVER LPKGSSDVAV EVINSTLSWD VSSSNPTLKD INFKVFPGMK VAVCGTVGSG KSSLLSSLLG EVPKVSGSLK
0701: VCGTKAYVAQ SPWIQSGKIE DNILFGKPME RERYDKVLEA CSLSKDLEIL SFGDQTVIGE RGINLSGGQK QRIQIARALY QDADIYLFDD PFSAVDAHTG
0801: SHLFKEVLLG LLCSKSVIYV THQVEFLPAA DLILVMKDGR ISQAGKYNDI LNSGTDFMEL IGAHQEALAV VDSVDANSVS EKSALGQENV IVKDAIAVDE
0901: KLESQDLKND KLESVEPQRQ IIQEEEREKG SVALDVYWKY ITLAYGGALV PFILLGQVLF QLLQIGSNYW MAWATPVSED VQAPVKLSTL MIVYVALAFG
1001: SSLCILLRAT LLVTAGYKTA TELFHKMHHC IFRSPMSFFD STPSGRIMSR ASTDQSAVDL ELPYQFGSVA ITVIQLIGII GVMSQVSWLV FLVFIPVVAA
1101: SIWYQRYYIA AARELSRLVG VCKAPLIQHF SETISGATTI RSFSQEFRFR SDNMRLSDGY SRPKFYTAGA MEWLCFRLDM LSSLTFVFSL VFLVSIPTGV
1201: IDPSLAGLAV TYGLSLNTLQ AWLIWTLCNL ENKIISVERI LQYASVPSEP PLVIESNRPE QSWPSRGEVE IRDLQVRYAP HMPLVLRGIT CTFKGGLRTG
1301: IVGRTGSGKS TLIQTLFRIV EPSAGEIRID GVNILTIGLH DLRLRLSIIP QDPTMFEGTM RSNLDPLEEY TDDQIWEALD KCQLGDEVRK KEQKLDSSVS
1401: ENGDNWSMGQ RQLVCLGRVL LKRSKILVLD EATASVDTAT DNLIQKTLRE HFSDCTVITI AHRISSVIDS DMVLLLSNGI IEEYDTPVRL LEDKSSSFSK
1501: LVAEYTSRSS SSFD
0101: SGFYWYESGW LDNEQLVSSL GFLLGMVSWG VLSICLHRCR DCEHKKAPFL LRLWLVFYLV VSCYSLVVDF VMYERRETVP VHLLVFDIVA FIAAVFLGYV
0201: AVLKKDRSNS NGVLEEPLLN GGDSRVGGDD SVELNKTNGS GEATPYSRAG ILSLLTFSWM SPLIDIGNKK TLDLEDVPQL HDTDSVVGLA PKFRSMLESP
0301: DGGERSGVTT FKLIKALYFT AQWEILVTAF FAFIYTVASY VGPALIDTFV QYLNGRRQYN HEGYVLVITF FAAKIVECLS QRHWFFRLQK VGIRMRSALV
0401: AMIYEKGLTL SCQSKQGRTS GEIINFMTVD AERIGNFSWY MHDPWMVLLQ VGLALWILYR NLGLASIAAL VATIIVMLIN FPFGRMQERF QEKLMEAKDS
0501: RMKSTSEILR NMRILKLQGW EMKFLSKIFD LRKSEEGWLK KYVYNSAVIS FVFWGAPTLV SVSTFGACIL LGIPLESGKI LSALATFRIL QEPIYNLPDT
0601: ISMIVQTKVS LDRLASYLCL DNLQPDIVER LPKGSSDVAV EVINSTLSWD VSSSNPTLKD INFKVFPGMK VAVCGTVGSG KSSLLSSLLG EVPKVSGSLK
0701: VCGTKAYVAQ SPWIQSGKIE DNILFGKPME RERYDKVLEA CSLSKDLEIL SFGDQTVIGE RGINLSGGQK QRIQIARALY QDADIYLFDD PFSAVDAHTG
0801: SHLFKEVLLG LLCSKSVIYV THQVEFLPAA DLILVMKDGR ISQAGKYNDI LNSGTDFMEL IGAHQEALAV VDSVDANSVS EKSALGQENV IVKDAIAVDE
0901: KLESQDLKND KLESVEPQRQ IIQEEEREKG SVALDVYWKY ITLAYGGALV PFILLGQVLF QLLQIGSNYW MAWATPVSED VQAPVKLSTL MIVYVALAFG
1001: SSLCILLRAT LLVTAGYKTA TELFHKMHHC IFRSPMSFFD STPSGRIMSR ASTDQSAVDL ELPYQFGSVA ITVIQLIGII GVMSQVSWLV FLVFIPVVAA
1101: SIWYQRYYIA AARELSRLVG VCKAPLIQHF SETISGATTI RSFSQEFRFR SDNMRLSDGY SRPKFYTAGA MEWLCFRLDM LSSLTFVFSL VFLVSIPTGV
1201: IDPSLAGLAV TYGLSLNTLQ AWLIWTLCNL ENKIISVERI LQYASVPSEP PLVIESNRPE QSWPSRGEVE IRDLQVRYAP HMPLVLRGIT CTFKGGLRTG
1301: IVGRTGSGKS TLIQTLFRIV EPSAGEIRID GVNILTIGLH DLRLRLSIIP QDPTMFEGTM RSNLDPLEEY TDDQIWEALD KCQLGDEVRK KEQKLDSSVS
1401: ENGDNWSMGQ RQLVCLGRVL LKRSKILVLD EATASVDTAT DNLIQKTLRE HFSDCTVITI AHRISSVIDS DMVLLLSNGI IEEYDTPVRL LEDKSSSFSK
1501: LVAEYTSRSS SSFD
Arabidopsis Description
ABCC3MRP3 [Source:UniProtKB/TrEMBL;Acc:A0A178VHA7]
SUBAcon: [plasma membrane,plastid]
SUBAcon: [plasma membrane,plastid]
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.