Subcellular Localization
min:
: max
Winner_takes_all: cytosol
Predictor Summary:
Predictor Summary:
- cytosol 3
- mitochondrion 1
- plasma membrane 1
| Predictors | GFP | MS/MS | Papers | ||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|
PPI
No PPI Data
Homology
Paralog
| locus | Identity | Homology Identity |
|---|
Ortholog
| locus | Homology Species | Location | Identity | Homology Identity |
|---|---|---|---|---|
| CDX91351 | Canola | cytosol | 84.24 | 95.15 |
| CDX74974 | Canola | cytosol | 86.03 | 85.0 |
| CDX91350 | Canola | cytosol, peroxisome, plasma membrane | 85.89 | 84.85 |
| CDY18456 | Canola | cytosol, nucleus, plasma membrane | 84.67 | 84.07 |
| CDY55440 | Canola | cytosol, nucleus, plasma membrane | 56.38 | 82.06 |
| CDY07588 | Canola | cytosol, peroxisome, plasma membrane | 76.15 | 73.77 |
| CDY52757 | Canola | cytosol, peroxisome, plasma membrane | 75.86 | 73.49 |
| VIT_14s0060g00470.t01 | Wine grape | cytosol, peroxisome, plasma membrane, plastid | 64.47 | 62.15 |
| Solyc01g101070.2.1 | Tomato | plastid | 63.25 | 61.02 |
| PGSC0003DMT400046986 | Potato | plasma membrane | 37.97 | 59.55 |
| CDY63361 | Canola | plasma membrane | 16.26 | 57.04 |
| GSMUA_Achr3P01060_001 | Banana | plasma membrane | 55.16 | 56.95 |
| CDY70099 | Canola | cytosol | 17.05 | 55.35 |
| CDY65389 | Canola | cytosol | 3.15 | 55.0 |
| CDY65557 | Canola | plasma membrane | 14.68 | 54.81 |
| TraesCS5A01G158300.1 | Wheat | plasma membrane | 56.52 | 54.15 |
| CDY06512 | Canola | cytosol, peroxisome, plasma membrane | 53.01 | 53.82 |
| TraesCS7D01G465900.2 | Wheat | cytosol, peroxisome, plasma membrane | 53.58 | 53.77 |
| TraesCS5A01G158100.1 | Wheat | plasma membrane | 55.87 | 53.61 |
| TraesCS5D01G163500.1 | Wheat | plasma membrane | 55.87 | 53.61 |
| TraesCS4B01G054700.1 | Wheat | cytosol, peroxisome, plasma membrane | 55.09 | 53.55 |
| TraesCS5D01G163700.1 | Wheat | cytosol, peroxisome, plasma membrane | 55.8 | 53.54 |
| Zm00001d023392_P002 | Maize | cytosol, peroxisome, plasma membrane | 56.23 | 53.33 |
| GSMUA_Achr1P18390_001 | Banana | cytosol, nucleus, plasma membrane, plastid | 57.38 | 53.29 |
| TraesCS5B01G155400.3 | Wheat | plasma membrane | 54.15 | 52.87 |
| TraesCS7A01G478500.1 | Wheat | cytosol, peroxisome, plasma membrane | 52.65 | 52.8 |
| HORVU5Hr1G049490.3 | Barley | nucleus, plastid | 52.51 | 52.58 |
| TraesCS7B01G381200.2 | Wheat | plasma membrane | 53.44 | 52.42 |
| TraesCS7B01G381000.1 | Wheat | cytosol, nucleus, plasma membrane | 51.79 | 52.05 |
| TraesCS4A01G384800.1 | Wheat | cytosol, nucleus, plasma membrane | 51.15 | 50.93 |
| CDY58247 | Canola | cytosol | 33.24 | 50.77 |
| OQU91497 | Sorghum | cytosol, nucleus, plasma membrane | 50.21 | 50.76 |
| CDY65558 | Canola | cytosol | 32.81 | 48.88 |
| Os12t0512700-01 | Rice | cytosol, peroxisome | 26.72 | 48.76 |
| CDX97743 | Canola | plasma membrane | 48.85 | 48.27 |
| CDY39621 | Canola | plastid | 48.93 | 47.56 |
| CDX79673 | Canola | cytosol, peroxisome, plasma membrane | 41.48 | 47.42 |
| CDY36534 | Canola | plastid | 48.71 | 47.39 |
| CDX67921 | Canola | plasma membrane, plastid | 46.92 | 47.12 |
| CDY20193 | Canola | plasma membrane, plastid | 46.7 | 47.04 |
| CDY36570 | Canola | cytosol, nucleus, plasma membrane, plastid | 46.92 | 46.36 |
| CDY39660 | Canola | cytosol, nucleus, plasma membrane | 46.78 | 46.15 |
| CDX83991 | Canola | plastid | 48.07 | 45.71 |
| CDY43723 | Canola | cytosol, mitochondrion, peroxisome, plasma membrane | 47.56 | 45.7 |
| CDY68747 | Canola | plastid | 27.65 | 45.15 |
| CDY69102 | Canola | plastid | 27.44 | 44.95 |
| CDY69529 | Canola | plasma membrane | 22.85 | 44.68 |
| CDY30162 | Canola | plasma membrane | 28.22 | 44.32 |
| CDX97864 | Canola | cytosol, peroxisome, plasma membrane | 44.99 | 43.95 |
| CDY29713 | Canola | cytosol, peroxisome, plasma membrane | 44.84 | 43.81 |
| CDY48188 | Canola | cytosol, peroxisome, plasma membrane | 44.48 | 43.73 |
| CDX77057 | Canola | cytosol, peroxisome, plasma membrane | 44.41 | 43.66 |
| CDX83314 | Canola | cytosol | 44.34 | 43.56 |
| CDX95741 | Canola | cytosol | 44.34 | 43.56 |
| CDX85303 | Canola | cytosol | 42.26 | 42.11 |
| CDY64951 | Canola | cytosol, peroxisome, plasma membrane | 41.62 | 42.1 |
| Os12t0239900-01 | Rice | plasma membrane | 2.08 | 40.28 |
| CDX84561 | Canola | cytosol, mitochondrion, peroxisome, plasma membrane | 46.56 | 39.85 |
| CDX71718 | Canola | cytosol | 1.36 | 33.93 |
Protein Annotations
| MapMan:24.1.3.2.2 | Gene3D:3.40.50.300 | GO:A0A078CIV0 | InterPro:AAA+_ATPase | InterPro:ABCG_PDR_1 | InterPro:ABC_2_trans |
| InterPro:ABC_trans_N | InterPro:ABC_transporter-like | EnsemblPlants:CDX74973 | ProteinID:CDX74973 | ProteinID:CDX74973.1 | GO:GO:0000166 |
| GO:GO:0003674 | GO:GO:0003824 | GO:GO:0005488 | GO:GO:0005524 | GO:GO:0005575 | GO:GO:0016020 |
| GO:GO:0016787 | GO:GO:0016887 | EnsemblPlantsGene:GSBRNA2T00116987001 | InterPro:IPR003439 | InterPro:P-loop_NTPase | InterPro:PDR_assoc |
| PFAM:PF00005 | PFAM:PF01061 | PFAM:PF08370 | PFAM:PF14510 | PFscan:PS50893 | PANTHER:PTHR19241 |
| PANTHER:PTHR19241:SF259 | SMART:SM00382 | SUPFAM:SSF52540 | TMHMM:TMhelix | UniParc:UPI0004EF240F | SEG:seg |
Description
BnaA05g07190D
Coordinates
chrLK031802:-:1719491..1726710
Molecular Weight (calculated)
158688.0 Da
IEP (calculated)
7.025
GRAVY (calculated)
0.055
Length
1396 amino acids
Sequence
(BLAST)
(BLAST)
0001: MGGEEMRVEL SEIGRNMGTS FRRSSSRSEP EDEAEYALQW AEIQRLPTFE RLRSSLVDEE GESEENGKRV ADVTKLGAME RHLMIEKLIK HIENDNLKLL
0101: KKIRKRIDRV GVEFPSIEVK YEHLSVEAEC EVVEGKALPT LWNSLKHIFI ELVKLSGVRT QEAKISILND LSGIINPGRL TLLLGPPGCG KTTLLKALSG
0201: NLDKNLKVSG EISYNGQGLN EFVPQKTSAY ISQNDLHIAE MTVRETIDFS ARCQGVASRT DIMMEVIKRE KDGGIIPDPE PVYYKPLVNP IVQAISVRGL
0301: KRSLQTDYIL KILGLDICAE TLFGNAMRRG ISGGQKKRLT TAEMIVGPTK ALFMDEITNG LDSSTALQIV KSLQQLAHIT NATVLVSLLQ PAPESYDLFD
0401: DIVLMDKGKI VYHGPRHEVL SFFEECGFRC PERKGVADFL QEVISRKDQG QYWLHQALPY SFVSVETFSK RFKDLEIGRK LEEALSKPYD RSKTHNDSLS
0501: FNAYSLPNWE LFKACLSREF LLMKRNYFVY LFDTFLLLLS AILTMTVFIR TRMGVDIVHG NSYMSCLFFA TVVLLVNGAP ELNMTVERLA VFYKQKQLCF
0601: YPAWAYAIPA TVLKVPLSFF QSLVWTCLTY YVIGYTPEAS RFLRQFIMLF AVHFTTISMF RCIAGIFQTG VASMAAGGFA VLITFVFAGF AIPYTDMPGW
0701: LKWGFWVNPI SYAEIGLSVN EFLAPRWQQM LPTNVTLGRT ILESRGLNYD DYMYWVCLSA LFGLALIYNT IFTLALSFLK SPTSSRAMIS HDKLSELQGT
0801: KDSSDKKQNK PTETKEDSEK MVLPFKPLTI TFQDLNYYVD VPVEMRGQGY TEKKLQLLSN ITGAFRPGVL TALMGIKKQV DTLKETSESV DTVRSKKHLQ
0901: SLIYSAWLRL VPEIEPETKI RFVKQVLETI ELEEIKDALV GVEGESGLST EQRKRLTVAV ELVANPSIIF MDEPTTGLDA RAAAIVMRAV KNVADTGRTI
1001: VCTIHQPSID IFEAFDELVL LKTGGRMIYA GPLGQHSSHV IKYFESIHGV AKIKDNYNPA TWMLEVTSQS IETELNIDFA KIYNESDLYK TNSELVKELS
1101: KPDPGSTDLH FNRTFAQSWW EQFKSCLWKM SLSYWRSPSY NLMRIFHTLF SSLIFGLLFW KQGHKIDTQQ NLFTVLGAIY GLVLFLGVNN CATALQYFET
1201: ERNVMYRERF AGMYSAFAYA LAQLVTEIPY IFIQSAEFVI IIYPMIGFYA SYSKVLWCLY SMFCNLLCFN YVALFLISVT PNFMVAAILQ SLFFVAFNLF
1301: AGFLIPKPQI PKWWVWLYYL TPTSWTLNVF FSSQYGDIHE TIDAFGESTT VARFLEEYFE FHHDRLVITA IVLIAFPVAL ASMFAFFVAK LNFQKR
0101: KKIRKRIDRV GVEFPSIEVK YEHLSVEAEC EVVEGKALPT LWNSLKHIFI ELVKLSGVRT QEAKISILND LSGIINPGRL TLLLGPPGCG KTTLLKALSG
0201: NLDKNLKVSG EISYNGQGLN EFVPQKTSAY ISQNDLHIAE MTVRETIDFS ARCQGVASRT DIMMEVIKRE KDGGIIPDPE PVYYKPLVNP IVQAISVRGL
0301: KRSLQTDYIL KILGLDICAE TLFGNAMRRG ISGGQKKRLT TAEMIVGPTK ALFMDEITNG LDSSTALQIV KSLQQLAHIT NATVLVSLLQ PAPESYDLFD
0401: DIVLMDKGKI VYHGPRHEVL SFFEECGFRC PERKGVADFL QEVISRKDQG QYWLHQALPY SFVSVETFSK RFKDLEIGRK LEEALSKPYD RSKTHNDSLS
0501: FNAYSLPNWE LFKACLSREF LLMKRNYFVY LFDTFLLLLS AILTMTVFIR TRMGVDIVHG NSYMSCLFFA TVVLLVNGAP ELNMTVERLA VFYKQKQLCF
0601: YPAWAYAIPA TVLKVPLSFF QSLVWTCLTY YVIGYTPEAS RFLRQFIMLF AVHFTTISMF RCIAGIFQTG VASMAAGGFA VLITFVFAGF AIPYTDMPGW
0701: LKWGFWVNPI SYAEIGLSVN EFLAPRWQQM LPTNVTLGRT ILESRGLNYD DYMYWVCLSA LFGLALIYNT IFTLALSFLK SPTSSRAMIS HDKLSELQGT
0801: KDSSDKKQNK PTETKEDSEK MVLPFKPLTI TFQDLNYYVD VPVEMRGQGY TEKKLQLLSN ITGAFRPGVL TALMGIKKQV DTLKETSESV DTVRSKKHLQ
0901: SLIYSAWLRL VPEIEPETKI RFVKQVLETI ELEEIKDALV GVEGESGLST EQRKRLTVAV ELVANPSIIF MDEPTTGLDA RAAAIVMRAV KNVADTGRTI
1001: VCTIHQPSID IFEAFDELVL LKTGGRMIYA GPLGQHSSHV IKYFESIHGV AKIKDNYNPA TWMLEVTSQS IETELNIDFA KIYNESDLYK TNSELVKELS
1101: KPDPGSTDLH FNRTFAQSWW EQFKSCLWKM SLSYWRSPSY NLMRIFHTLF SSLIFGLLFW KQGHKIDTQQ NLFTVLGAIY GLVLFLGVNN CATALQYFET
1201: ERNVMYRERF AGMYSAFAYA LAQLVTEIPY IFIQSAEFVI IIYPMIGFYA SYSKVLWCLY SMFCNLLCFN YVALFLISVT PNFMVAAILQ SLFFVAFNLF
1301: AGFLIPKPQI PKWWVWLYYL TPTSWTLNVF FSSQYGDIHE TIDAFGESTT VARFLEEYFE FHHDRLVITA IVLIAFPVAL ASMFAFFVAK LNFQKR
0001: MGSSFRSSSS RNEHEDGGDE AEHALQWAEI QRLPTFKRLR SSLVDKYGEG TEKGKKVVDV TKLGAMERHL MIEKLIKHIE NDNLKLLKKI RRRMERVGVE
0101: FPSIEVRYEH LGVEAACEVV EGKALPTLWN SLKHVFLDLL KLSGVRTNEA NIKILTDVSG IISPGRLTLL LGPPGCGKTT LLKALSGNLE NNLKCYGEIS
0201: YNGHGLNEVV PQKTSAYISQ HDLHIAEMTT RETIDFSARC QGVGSRTDIM MEVSKREKDG GIIPDPEIDA YMKAISVKGL KRSLQTDYIL KILGLDICAE
0301: TLVGNAMKRG ISGGQKKRLT TAEMIVGPTK ALFMDEITNG LDSSTAFQII KSLQQVAHIT NATVFVSLLQ PAPESYDLFD DIVLMAEGKI VYHGPRDDVL
0401: KFFEECGFQC PERKGVADFL QEVISKKDQG QYWLHQNLPH SFVSVDTLSK RFKDLEIGRK IEEALSKPYD ISKTHKDALS FNVYSLPKWE LFRACISREF
0501: LLMKRNYFVY LFKTFQLVLA AIITMTVFIR TRMDIDIIHG NSYMSCLFFA TVVLLVDGIP ELSMTVQRLS VFYKQKQLCF YPAWAYAIPA TVLKIPLSFF
0601: ESLVWTCLTY YVIGYTPEPY RFFRQFMILF AVHFTSISMF RCIAAIFQTG VAAMTAGSFV MLITFVFAGF AIPYTDMPGW LKWGFWVNPI SYAEIGLSVN
0701: EFLAPRWQKM QPTNVTLGRT ILESRGLNYD DYMYWVSLSA LLGLTIIFNT IFTLALSFLK SPTSSRPMIS QDKLSELQGT KDSSVKKNKP LDSSIKTNED
0801: PGKMILPFKP LTITFQDLNY YVDVPVEMKG QGYNEKKLQL LSEITGAFRP GVLTALMGIS GAGKTTLLDV LAGRKTSGYI EGEIRISGFL KVQETFARVS
0901: GYCEQTDIHS PSITVEESLI YSAWLRLVPE INPQTKIRFV KQVLETIELE EIKDALVGVA GVSGLSTEQR KRLTVAVELV ANPSIIFMDE PTTGLDARAA
1001: AIVMRAVKNV AETGRTIVCT IHQPSIHIFE AFDELVLLKR GGRMIYSGPL GQHSSCVIEY FQNIPGVAKI RDKYNPATWM LEVTSESVET ELDMDFAKIY
1101: NESDLYKNNS ELVKELSKPD HGSSDLHFKR TFAQNWWEQF KSCLWKMSLS YWRSPSYNLM RIGHTFISSF IFGLLFWNQG KKIDTQQNLF TVLGAIYGLV
1201: LFVGINNCTS ALQYFETERN VMYRERFAGM YSAFAYALAQ VVTEIPYIFI QSAEFVIVIY PMIGFYASFS KVFWSLYAMF CNLLCFNYLA MFLISITPNF
1301: MVAAILQSLF FTTFNIFAGF LIPKPQIPKW WVWFYYITPT SWTLNLFFSS QYGDIHQKIN AFGETKTVAS FLEDYFGFHH DRLMITAIIL IAFPIALATM
1401: YAFFVAKLNF QKR
0101: FPSIEVRYEH LGVEAACEVV EGKALPTLWN SLKHVFLDLL KLSGVRTNEA NIKILTDVSG IISPGRLTLL LGPPGCGKTT LLKALSGNLE NNLKCYGEIS
0201: YNGHGLNEVV PQKTSAYISQ HDLHIAEMTT RETIDFSARC QGVGSRTDIM MEVSKREKDG GIIPDPEIDA YMKAISVKGL KRSLQTDYIL KILGLDICAE
0301: TLVGNAMKRG ISGGQKKRLT TAEMIVGPTK ALFMDEITNG LDSSTAFQII KSLQQVAHIT NATVFVSLLQ PAPESYDLFD DIVLMAEGKI VYHGPRDDVL
0401: KFFEECGFQC PERKGVADFL QEVISKKDQG QYWLHQNLPH SFVSVDTLSK RFKDLEIGRK IEEALSKPYD ISKTHKDALS FNVYSLPKWE LFRACISREF
0501: LLMKRNYFVY LFKTFQLVLA AIITMTVFIR TRMDIDIIHG NSYMSCLFFA TVVLLVDGIP ELSMTVQRLS VFYKQKQLCF YPAWAYAIPA TVLKIPLSFF
0601: ESLVWTCLTY YVIGYTPEPY RFFRQFMILF AVHFTSISMF RCIAAIFQTG VAAMTAGSFV MLITFVFAGF AIPYTDMPGW LKWGFWVNPI SYAEIGLSVN
0701: EFLAPRWQKM QPTNVTLGRT ILESRGLNYD DYMYWVSLSA LLGLTIIFNT IFTLALSFLK SPTSSRPMIS QDKLSELQGT KDSSVKKNKP LDSSIKTNED
0801: PGKMILPFKP LTITFQDLNY YVDVPVEMKG QGYNEKKLQL LSEITGAFRP GVLTALMGIS GAGKTTLLDV LAGRKTSGYI EGEIRISGFL KVQETFARVS
0901: GYCEQTDIHS PSITVEESLI YSAWLRLVPE INPQTKIRFV KQVLETIELE EIKDALVGVA GVSGLSTEQR KRLTVAVELV ANPSIIFMDE PTTGLDARAA
1001: AIVMRAVKNV AETGRTIVCT IHQPSIHIFE AFDELVLLKR GGRMIYSGPL GQHSSCVIEY FQNIPGVAKI RDKYNPATWM LEVTSESVET ELDMDFAKIY
1101: NESDLYKNNS ELVKELSKPD HGSSDLHFKR TFAQNWWEQF KSCLWKMSLS YWRSPSYNLM RIGHTFISSF IFGLLFWNQG KKIDTQQNLF TVLGAIYGLV
1201: LFVGINNCTS ALQYFETERN VMYRERFAGM YSAFAYALAQ VVTEIPYIFI QSAEFVIVIY PMIGFYASFS KVFWSLYAMF CNLLCFNYLA MFLISITPNF
1301: MVAAILQSLF FTTFNIFAGF LIPKPQIPKW WVWFYYITPT SWTLNLFFSS QYGDIHQKIN AFGETKTVAS FLEDYFGFHH DRLMITAIIL IAFPIALATM
1401: YAFFVAKLNF QKR
Arabidopsis Description
PDR5pleiotropic drug resistance 5 [Source:TAIR;Acc:AT2G37280]
SUBAcon: [plasma membrane,nucleus,cytosol]
SUBAcon: [plasma membrane,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.