Subcellular Localization
min:
: max
Winner_takes_all: cytosol
Predictor Summary:
Predictor Summary:
- extracellular 1
- mitochondrion 1
- cytosol 2
Predictors | GFP | MS/MS | Papers | ||||||||||||
---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|
PPI
No PPI Data
Homology
Paralog
locus | Identity | Homology Identity |
---|
Ortholog
locus | Homology Species | Location | Identity | Homology Identity |
---|---|---|---|---|
Zm00001d022344_P001 | Maize | cytosol | 72.13 | 45.97 |
Zm00001d044309_P001 | Maize | plastid | 24.39 | 45.32 |
Zm00001d045881_P001 | Maize | cytosol, plastid | 24.13 | 38.16 |
Zm00001d022343_P001 | Maize | plastid | 75.87 | 32.43 |
Zm00001d022346_P001 | Maize | cytosol | 74.97 | 21.2 |
Zm00001d005112_P001 | Maize | golgi, peroxisome, plasma membrane | 7.23 | 13.56 |
Zm00001d047474_P003 | Maize | mitochondrion | 6.06 | 11.81 |
CDY24706 | Canola | cytosol | 2.84 | 7.05 |
Zm00001d046871_P001 | Maize | cytosol | 3.48 | 5.82 |
Protein Annotations
EnsemblPlants:Zm00001d019076_P001 | EnsemblPlants:Zm00001d019076_T001 | EnsemblPlantsGene:Zm00001d019076 | PANTHER:PTHR12436 | PANTHER:PTHR12436:SF17 | ProteinID:ONM52102.1 |
SEG:seg | UniParc:UPI0002217960 | UniProt:A0A1D6HUY2 | MapMan:35.1 | : | : |
Description
SAC3 family protein B
Coordinates
chr7:+:15476569..15479780
Molecular Weight (calculated)
85971.5 Da
IEP (calculated)
5.210
GRAVY (calculated)
-0.168
Length
775 amino acids
Sequence
(BLAST)
(BLAST)
001: MAELPARPPE GLRGGGWGWG RGVEIPILSS YHVRHAGSPS TTGSSPAISL PRSSPMSTRS RSPSSAASGC PDDALSSADL HSKLFVRVRR ASLWPLLYLL
101: SSLSSQYRAA QVEPAELSLD LAKMSREIRG SPEILFAREV ARKWRQHAAD KRLLREQKNA LAVAALCSLS LGPPVHKSTT VSKLAVEELD IGHAFKERQA
201: RKQRSWSRLN VSELSGPILN ENNPDARCLY WKLLVLVPPG MESQTNSFVS KWLLRKLMGY GIGDIGLVVS SAGLSIWTEW ISFPNACCLS VVRASDQQVI
301: DNDIANSTSC IVFVVSESIS WEMQKERFNS LLAYIPDESN LPLLIFSGDT YNEGYEYASK YIINRLGLNG LNRGKIGSSL VIFLVENYTE DHANGFFDDD
401: KLREGLKWLV SSLPVQPDAT LVKTHELLLE YLNPQLELLN THVAPGAGPG DCISVFNNAV NQLAEEILAA ANANYSQWPA PEIDLLERTS NERIYAEMFL
501: PSIGWSSPSR IQPLLAAINS CKIPEFSYDL SWLNYGSHMG KQIQDQKKLL EECLARYLTE SARLLDESQV VTEVNVMVQN CVGLELRDSS YYLAPRWVAI
601: FRRIYNWRLA KISTGKFSEA YVLTQHLYQA PAAAGSNGTT QGLTANTASS DVVDHIMMPA VSTGITLDEI IEISCDLDAV DAQPVTLPPR LPVHVHEEPQ
701: ALADNNGVHG VDEMYIPRRV ELGEVMPIDT DDKLSRLRLE LGEVMPIETD DKLSRLLEQC TKLQDRIDET LSIYF
101: SSLSSQYRAA QVEPAELSLD LAKMSREIRG SPEILFAREV ARKWRQHAAD KRLLREQKNA LAVAALCSLS LGPPVHKSTT VSKLAVEELD IGHAFKERQA
201: RKQRSWSRLN VSELSGPILN ENNPDARCLY WKLLVLVPPG MESQTNSFVS KWLLRKLMGY GIGDIGLVVS SAGLSIWTEW ISFPNACCLS VVRASDQQVI
301: DNDIANSTSC IVFVVSESIS WEMQKERFNS LLAYIPDESN LPLLIFSGDT YNEGYEYASK YIINRLGLNG LNRGKIGSSL VIFLVENYTE DHANGFFDDD
401: KLREGLKWLV SSLPVQPDAT LVKTHELLLE YLNPQLELLN THVAPGAGPG DCISVFNNAV NQLAEEILAA ANANYSQWPA PEIDLLERTS NERIYAEMFL
501: PSIGWSSPSR IQPLLAAINS CKIPEFSYDL SWLNYGSHMG KQIQDQKKLL EECLARYLTE SARLLDESQV VTEVNVMVQN CVGLELRDSS YYLAPRWVAI
601: FRRIYNWRLA KISTGKFSEA YVLTQHLYQA PAAAGSNGTT QGLTANTASS DVVDHIMMPA VSTGITLDEI IEISCDLDAV DAQPVTLPPR LPVHVHEEPQ
701: ALADNNGVHG VDEMYIPRRV ELGEVMPIDT DDKLSRLRLE LGEVMPIETD DKLSRLLEQC TKLQDRIDET LSIYF
0001: MAFRPFGKDL GPMSSKPAPF TPFGASSTTR LYLSFLFLHT ANVGFACSDS SIQPPASQNH SAFAGQSFGP GGIRSGPSIQ RAPPLSASQN PQLSIGKPYR
0101: PGGVQSVPPI NRIPSPSAFQ NPSPSSGQPY QPGGIQRIPE PFNGIAWGPE ASRTSPSVRP YQFPGVQRPN LNPQYGHDGS RNFLKDHGEH SRATSPPATS
0201: HILSRMGTDA VEIGRSQDSK RKSRSDILPD QNMGFSRRNQ SPVSGFENGN LVDGFQPLSS RTWMRSPSSA ENNPVRSRSN PNQLIHQEQT GNSSFPYAHE
0301: VAEIQEATRR KSSAVAPSDK PLGDDPILSQ HDSQRFSTSP PTSGTKSYTL SRSSDSQFPG QPSSVNSFNN ARKTNSSPAT KRTRSPPVYP IEEDIPRNSF
0401: PSQDCTEGEE QARAKRLARF KGELEPIADR PVDIQLTKSP VNKTMKPLDN KQTFNSLESS RDALKGDALP DYENSEQPSL IIGVCPDMCP ESERGERERK
0501: GDLDHYERVD GDRNQTSKSL AVKKYTRTAE REAILIRPMP ILQNTMEYLL SLLDRPYNEN FLGMYNFLWD RMRAIRMDLR MQHIFNQEAI TLLEQMIRLH
0601: IIAMHELCEY TKGEGFSEGF DAHLNIEQMN KTSVELFQMY DDHRKKGITV PTEKEFRGYY ALLKLDKHPG YKVEPSELSL DLANMTPEIR QTSEVLFARN
0701: VARACRTGNF IAFFRLARKA SYLQACLMHA HFSKLRTQAL ASLHSGLQIN QGLPVSDMSN WIGMEEEDIE ALLEYHGFSI KVFEEPYMVK NDLFLHADKD
0801: YKTKCSKLVH MKKSRTIVED VSAPTVVEDV STPFPLPSLI TEATIGNQQC ITAHKHEMPP ARSLKKQTSM RLFDKEVADS KTSLLAEEDK PMGTFVMNPP
0901: GPFVINPVVH QEKQNDLTSA GGFHSPVKLY SPFGSPKFPQ TKSSNLEKQP NDDRIGMSPG EIKFSIIGDV YTNHVPGPAL QQSPKSMPME IMPVTTIAEC
1001: PTSVENKYAL EESVPEAAMI CTLEKEFNDI DEEDEDEDGV ILNQYDEEVA KAKLKLIIRL WKRWSSRQSE LRERRQLAAA AALNSLSLGT PIRFSKTDQS
1101: RACGEFNIDQ AMRRRFEERE KSWSRLNISD VIADILVGRN PESKCISWKV VLCTQTKSVN SSSSASQVTH SAASRWLSSK LMPHAEHSSL NDDNLLFSAP
1201: GVSVWNKWVA NGSDIDFTCC LSVARDVEAE NDMCETTCGA SAVLFLASGG LPLNLQREQL NLILESVPNG SVLPLLVVIS SCNGEHMEPD TDIVSGLGLH
1301: DIDKSKIASF SIVSIANKSQ KGQEVHFFND SRLRDGFKWL ASNSPLQPNL HHVKLRELFL THFSFSLELL KQMPDQEVGP NICISAFNDA LETSRRNITS
1401: AAEANPIGWP CPETMLLEDN RKECLMVKRY LPNLDWSSAE NVELLSSVLE NCKLPDFEDD LTWLTVGCAS GAEIENHTQR LEGCLIEYLT QRSNLMGVSL
1501: ATKETGVMLE RNTRLELHNS SRYHITPRWI GIFQRIFNWR IMGLFDASSS SAYVLKSDLN MSTSSYADKF LAEDASYPSC PPNLPLLHEM IEISCSPLKS
1601: PPPYDDKAQR VVETGMLIDD HRDIEESMLE KNREACRGID LMITEDDELG ERSWRSKGRE AAEKKTIEKR ESERLDELLE KCNMVQNSIA EKLCIYF
0101: PGGVQSVPPI NRIPSPSAFQ NPSPSSGQPY QPGGIQRIPE PFNGIAWGPE ASRTSPSVRP YQFPGVQRPN LNPQYGHDGS RNFLKDHGEH SRATSPPATS
0201: HILSRMGTDA VEIGRSQDSK RKSRSDILPD QNMGFSRRNQ SPVSGFENGN LVDGFQPLSS RTWMRSPSSA ENNPVRSRSN PNQLIHQEQT GNSSFPYAHE
0301: VAEIQEATRR KSSAVAPSDK PLGDDPILSQ HDSQRFSTSP PTSGTKSYTL SRSSDSQFPG QPSSVNSFNN ARKTNSSPAT KRTRSPPVYP IEEDIPRNSF
0401: PSQDCTEGEE QARAKRLARF KGELEPIADR PVDIQLTKSP VNKTMKPLDN KQTFNSLESS RDALKGDALP DYENSEQPSL IIGVCPDMCP ESERGERERK
0501: GDLDHYERVD GDRNQTSKSL AVKKYTRTAE REAILIRPMP ILQNTMEYLL SLLDRPYNEN FLGMYNFLWD RMRAIRMDLR MQHIFNQEAI TLLEQMIRLH
0601: IIAMHELCEY TKGEGFSEGF DAHLNIEQMN KTSVELFQMY DDHRKKGITV PTEKEFRGYY ALLKLDKHPG YKVEPSELSL DLANMTPEIR QTSEVLFARN
0701: VARACRTGNF IAFFRLARKA SYLQACLMHA HFSKLRTQAL ASLHSGLQIN QGLPVSDMSN WIGMEEEDIE ALLEYHGFSI KVFEEPYMVK NDLFLHADKD
0801: YKTKCSKLVH MKKSRTIVED VSAPTVVEDV STPFPLPSLI TEATIGNQQC ITAHKHEMPP ARSLKKQTSM RLFDKEVADS KTSLLAEEDK PMGTFVMNPP
0901: GPFVINPVVH QEKQNDLTSA GGFHSPVKLY SPFGSPKFPQ TKSSNLEKQP NDDRIGMSPG EIKFSIIGDV YTNHVPGPAL QQSPKSMPME IMPVTTIAEC
1001: PTSVENKYAL EESVPEAAMI CTLEKEFNDI DEEDEDEDGV ILNQYDEEVA KAKLKLIIRL WKRWSSRQSE LRERRQLAAA AALNSLSLGT PIRFSKTDQS
1101: RACGEFNIDQ AMRRRFEERE KSWSRLNISD VIADILVGRN PESKCISWKV VLCTQTKSVN SSSSASQVTH SAASRWLSSK LMPHAEHSSL NDDNLLFSAP
1201: GVSVWNKWVA NGSDIDFTCC LSVARDVEAE NDMCETTCGA SAVLFLASGG LPLNLQREQL NLILESVPNG SVLPLLVVIS SCNGEHMEPD TDIVSGLGLH
1301: DIDKSKIASF SIVSIANKSQ KGQEVHFFND SRLRDGFKWL ASNSPLQPNL HHVKLRELFL THFSFSLELL KQMPDQEVGP NICISAFNDA LETSRRNITS
1401: AAEANPIGWP CPETMLLEDN RKECLMVKRY LPNLDWSSAE NVELLSSVLE NCKLPDFEDD LTWLTVGCAS GAEIENHTQR LEGCLIEYLT QRSNLMGVSL
1501: ATKETGVMLE RNTRLELHNS SRYHITPRWI GIFQRIFNWR IMGLFDASSS SAYVLKSDLN MSTSSYADKF LAEDASYPSC PPNLPLLHEM IEISCSPLKS
1601: PPPYDDKAQR VVETGMLIDD HRDIEESMLE KNREACRGID LMITEDDELG ERSWRSKGRE AAEKKTIEKR ESERLDELLE KCNMVQNSIA EKLCIYF
Arabidopsis Description
SAC3BSAC3 family protein B [Source:UniProtKB/Swiss-Prot;Acc:F4JAU2]
SUBAcon: [plastid]
SUBAcon: [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.