Subcellular Localization
min:
: max
Winner_takes_all: cytosol
Predictor Summary:
Predictor Summary:
- cytosol 2
- mitochondrion 1
- nucleus 1
| Predictors | GFP | MS/MS | Papers | ||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|
PPI
No PPI Data
Homology
Paralog
| locus | Identity | Homology Identity |
|---|
Ortholog
| locus | Homology Species | Location | Identity | Homology Identity |
|---|---|---|---|---|
| KXG22838 | Sorghum | cytosol | 95.31 | 95.73 |
| TraesCS7B01G167200.1 | Wheat | cytosol | 88.12 | 88.58 |
| Os08t0544500-01 | Rice | plasma membrane | 88.05 | 88.37 |
| TraesCS7A01G268900.4 | Wheat | cytosol | 88.12 | 87.8 |
| TraesCS7D01G269500.4 | Wheat | cytosol | 87.83 | 86.69 |
| HORVU7Hr1G056570.7 | Barley | mitochondrion | 87.9 | 84.85 |
| GSMUA_Achr10P... | Banana | cytosol | 70.31 | 74.46 |
| Zm00001d038456_P001 | Maize | mitochondrion | 16.35 | 71.02 |
| Zm00001d046391_P001 | Maize | plasma membrane | 11.44 | 49.52 |
| Zm00001d006546_P001 | Maize | nucleus | 5.28 | 21.56 |
| Zm00001d016436_P003 | Maize | nucleus | 3.89 | 18.09 |
Protein Annotations
| EnsemblPlants:Zm00001d023262_P029 | EnsemblPlants:Zm00001d023262_T029 | EnsemblPlantsGene:Zm00001d023262 | EntrezGene:100502470 | EntrezGene:103640669 | InterPro:Nck-associated_protein-1 |
| PANTHER:PTHR12093 | PANTHER:PTHR12093:SF10 | PFAM:PF09735 | ProteinID:AQK38764.1 | SEG:seg | UniParc:UPI00084595D5 |
| UniProt:A0A1D6IR36 | MapMan:20.2.2.2.2 | : | : | : | : |
Description
brick3 brick3
Coordinates
chr10:-:1565465..1588704
Molecular Weight (calculated)
152286.0 Da
IEP (calculated)
6.861
GRAVY (calculated)
-0.116
Length
1364 amino acids
Sequence
(BLAST)
(BLAST)
0001: MAHVSFKSKD VDSGMSRWSE YLSVEEPIPS AMATWRNMSA DAPQGSSAGS HKHLQMEPVV QLSKVAEGLL AKMYRLNSIL DYPDPNTHTF SDAFWKAGVF
0101: PNFPKICITM SKKFPEHPNK LQLERVDKFG LDALNENAEG YMHNLEQWIL LLLDLLAFRE QALRLILDLS STVITLLPHQ NSLILHAFMD LFCSFVRVNL
0201: FSDKMPRKMI LQVYNILHIM LKGGRDCEFY HRLVQFVDSY DPPIKGLHED LNFVSPRIGE VLEAVGPIIF LSTDTKKLRN EGFLSPFHPR YPDILTNSAH
0301: PMRAQDLANV TSYREWVLLG YLVCPDELLR VTSIDVAMVV LKENLILPLF RDEYILLHEN YQLYVLPKVL ESKRMAKSGR TKQKEADLEY NVAKQVERML
0401: TEVHEQALVS CDAMHRERRI LLKQEIGRMV LFFTDQPSLL APNIQMVFSA LALSQCEVIW YFQHVGIASS KSTRLKTVDI DATDPTIGFL LDGIGKLCCL
0501: VRKYIAAIKG YALSYLLSSA GRIRFLLGTP GMVALDLDAT LKGLFQQVLH CLENIPKPQG ESVPDITADL ADLRKHWLSI LMIVTSSRSS INIKHLEKAT
0601: VSTGKEGLVS EGNAAYNWSR CVDELESQLS KHGSLKKLYF YHQHLTTVFR NTMFGPEGRP QHCCAWLGAA CSFPECASAI IPEEVNKIGR DSISYVESLI
0701: ESIMGGLEGL INILDSEGGF GSLEMQLSPE QAALRLNNTR AKGVSSLLTP GYESYPDNSS SIKMSVKLEA AMQRLTSLCS VLNDMEPIGV LNHVFVLREY
0801: MRDCIIGNFR RRFHSMIRTE NCIQRPSIIE SLLRRHLGII HLAEQHISMD LTEGIREVLL AESYTGPFPN LQMFETPVGT QGGGSAVEMI CNWYIENVVK
0901: DASRIGVAFD AIQNCFRSSQ PIGGGCLAES FTDKREMKSL VRLFGGYGID KMDKMLREHT SALLNCIDSA LRSNRDALEG LAGTVNSGDR IERDVNLKQI
1001: IDLETLADLC IQAGQAITFR RLLVEAVGAV LEEKVPLIYS LLKGLALQLP DEVPDKNEII RLRKVASSVG VGDKHDAEWV HSILADAGAA NDNSWILLPY
1101: LCAAFMVSNI WNGAVYDVNI GGLSNNLHCL ARCVSAVIGG SEYTRVEREQ RINSLSNVHT DELQEAELPS RVSAEANIKS CMQIYVKLSA GIVLDSWNDT
1201: SRQHIVPKLT FLDQLCELSP YVPRSTLEAH IPYTILRSIY HQLYGGSLLA SEPAEQSPRQ SPLISLAHAS PSARQMQNRP ETTPRSHTFD PGYYSSSGSQ
1301: HDDGYDADRR TGRLLRSLRR SGPLDFGASR KAKKFVEGSS SGSSHGAGSL QRFAVSRSGP LSYR
0101: PNFPKICITM SKKFPEHPNK LQLERVDKFG LDALNENAEG YMHNLEQWIL LLLDLLAFRE QALRLILDLS STVITLLPHQ NSLILHAFMD LFCSFVRVNL
0201: FSDKMPRKMI LQVYNILHIM LKGGRDCEFY HRLVQFVDSY DPPIKGLHED LNFVSPRIGE VLEAVGPIIF LSTDTKKLRN EGFLSPFHPR YPDILTNSAH
0301: PMRAQDLANV TSYREWVLLG YLVCPDELLR VTSIDVAMVV LKENLILPLF RDEYILLHEN YQLYVLPKVL ESKRMAKSGR TKQKEADLEY NVAKQVERML
0401: TEVHEQALVS CDAMHRERRI LLKQEIGRMV LFFTDQPSLL APNIQMVFSA LALSQCEVIW YFQHVGIASS KSTRLKTVDI DATDPTIGFL LDGIGKLCCL
0501: VRKYIAAIKG YALSYLLSSA GRIRFLLGTP GMVALDLDAT LKGLFQQVLH CLENIPKPQG ESVPDITADL ADLRKHWLSI LMIVTSSRSS INIKHLEKAT
0601: VSTGKEGLVS EGNAAYNWSR CVDELESQLS KHGSLKKLYF YHQHLTTVFR NTMFGPEGRP QHCCAWLGAA CSFPECASAI IPEEVNKIGR DSISYVESLI
0701: ESIMGGLEGL INILDSEGGF GSLEMQLSPE QAALRLNNTR AKGVSSLLTP GYESYPDNSS SIKMSVKLEA AMQRLTSLCS VLNDMEPIGV LNHVFVLREY
0801: MRDCIIGNFR RRFHSMIRTE NCIQRPSIIE SLLRRHLGII HLAEQHISMD LTEGIREVLL AESYTGPFPN LQMFETPVGT QGGGSAVEMI CNWYIENVVK
0901: DASRIGVAFD AIQNCFRSSQ PIGGGCLAES FTDKREMKSL VRLFGGYGID KMDKMLREHT SALLNCIDSA LRSNRDALEG LAGTVNSGDR IERDVNLKQI
1001: IDLETLADLC IQAGQAITFR RLLVEAVGAV LEEKVPLIYS LLKGLALQLP DEVPDKNEII RLRKVASSVG VGDKHDAEWV HSILADAGAA NDNSWILLPY
1101: LCAAFMVSNI WNGAVYDVNI GGLSNNLHCL ARCVSAVIGG SEYTRVEREQ RINSLSNVHT DELQEAELPS RVSAEANIKS CMQIYVKLSA GIVLDSWNDT
1201: SRQHIVPKLT FLDQLCELSP YVPRSTLEAH IPYTILRSIY HQLYGGSLLA SEPAEQSPRQ SPLISLAHAS PSARQMQNRP ETTPRSHTFD PGYYSSSGSQ
1301: HDDGYDADRR TGRLLRSLRR SGPLDFGASR KAKKFVEGSS SGSSHGAGSL QRFAVSRSGP LSYR
0001: MANSRQYYPS QDESMSPTSV RSREWEGPSR WTEYLGPEMA ASVSSTRSSK QIDGHVGGST KALNIQWVVQ MIEVADGLMA KMYRLNQILE YPDPVGHVFS
0101: EAFWKAGVFP NHPRICTLLS KKFPEHFSKL QLERIDKFSL DSLHDGAELH LQSLEPWIQL LLDLMAFREQ ALRLILDLSS TVITLLPHQN SLILHAFMDL
0201: FCAFVRVNLF AEKIPRKMLL QVYNLLHALS RNDRDCDFYH RLVQFIDSYD PPLKGLQEDL NFVSPRIGEV LEAVGPSIFL SADTRKLRNE GFLSPYHPRF
0301: PDILTNSAHP MRAQDLANVT SYREWVLLGY LVCPDELLRV TSIDIALVVL KENLVVTLFR DEVSLYQMVC EKEFGIGISF ASADSINLTM QYILLHEDYQ
0401: LYVLPRVLES KKMAKSGRTK QKEADLEYSV AKQVEKMISE VHEQALQLCD TIHRERRILL KQEIGRMVLF FTDQPSLLAP NIQMVFSALA LAQSEVLWYF
0501: QHAGIASSRS KAARVIPVDI DPNDPTIGFL LDGMDRLCCL VRKYISAARG YALSYLSSSA GRIRYLMGTP GIVALDLDPT LKGLFQRIVQ HLESIPKAQG
0601: ENVSAITCDL SDFRKDWLSI LMIVTSSRSS INIRHLEKAT VSTGKEGLLS EGNAAYNWSR CVDELESQLS KHGSLKKLYF YHQHLTTVFR NTMFGPEGRP
0701: QHCCAWLSVA SSFPECASLI IPEEVTKFGR DAVLYVESLI ESIMGGLEGL INILDSEGGF GALESQLLPE QAAAYLNNAS RISAPSVKSP RVVGGFTLPG
0801: HESYPENNKS IKMLEAAIQR LTNLCSILND MEPICVINHV FVLREYMREC ILGNFKRRFL TALQTDNDLQ RPSVLESLIR RHMGIVHLAE QHVSMDLTQG
0901: IREILLTEAF SGPVSSLHTF EKPAEQQQTT GSAVEVVCNW YMDNIIKDVS GAGILFAPRH KYFKSTRPVG GYFAESVTDL KELQAFVRIF GGYGVDRLDR
1001: MMKVHTAALV NCIETSLRSN RELIEAAAAS MHSGDRVERD ASVRQIVDLD TVIGFCIEAG QALAFDDLLA EASGAVLEDN ASLIHSMISG IVEHIPEEIP
1101: EKKEIRRIKG VANGVGVAGD HDSEWVRLIL EEVGGANDNS WSLLPYFFAS FMTSNAWNTT GFNIETGGFS NNIHCLARCI SAVIAGSEYV RLQREYQQQH
1201: QSLSNGHHSS ENLDSEFPPR VTAEASIKSS MLLFVKFAAS IVLDSWSEAN RSHLVAKLIF LDQLCEISPY LPRSSLESHV PYTILRSIYT QYYSNTPSTP
1301: LSTASPYHSP SVSLIHASPS MKNSTTPQRG SGSGSSSTAA PDSGYFKGSS SSLYGQEHYT ESETGNSRNN ENNNNNKQRG SSRRSGPLDY SSSHKGGSGS
1401: NSTGPSPLPR FAVSRSGPIS YKQHN
0101: EAFWKAGVFP NHPRICTLLS KKFPEHFSKL QLERIDKFSL DSLHDGAELH LQSLEPWIQL LLDLMAFREQ ALRLILDLSS TVITLLPHQN SLILHAFMDL
0201: FCAFVRVNLF AEKIPRKMLL QVYNLLHALS RNDRDCDFYH RLVQFIDSYD PPLKGLQEDL NFVSPRIGEV LEAVGPSIFL SADTRKLRNE GFLSPYHPRF
0301: PDILTNSAHP MRAQDLANVT SYREWVLLGY LVCPDELLRV TSIDIALVVL KENLVVTLFR DEVSLYQMVC EKEFGIGISF ASADSINLTM QYILLHEDYQ
0401: LYVLPRVLES KKMAKSGRTK QKEADLEYSV AKQVEKMISE VHEQALQLCD TIHRERRILL KQEIGRMVLF FTDQPSLLAP NIQMVFSALA LAQSEVLWYF
0501: QHAGIASSRS KAARVIPVDI DPNDPTIGFL LDGMDRLCCL VRKYISAARG YALSYLSSSA GRIRYLMGTP GIVALDLDPT LKGLFQRIVQ HLESIPKAQG
0601: ENVSAITCDL SDFRKDWLSI LMIVTSSRSS INIRHLEKAT VSTGKEGLLS EGNAAYNWSR CVDELESQLS KHGSLKKLYF YHQHLTTVFR NTMFGPEGRP
0701: QHCCAWLSVA SSFPECASLI IPEEVTKFGR DAVLYVESLI ESIMGGLEGL INILDSEGGF GALESQLLPE QAAAYLNNAS RISAPSVKSP RVVGGFTLPG
0801: HESYPENNKS IKMLEAAIQR LTNLCSILND MEPICVINHV FVLREYMREC ILGNFKRRFL TALQTDNDLQ RPSVLESLIR RHMGIVHLAE QHVSMDLTQG
0901: IREILLTEAF SGPVSSLHTF EKPAEQQQTT GSAVEVVCNW YMDNIIKDVS GAGILFAPRH KYFKSTRPVG GYFAESVTDL KELQAFVRIF GGYGVDRLDR
1001: MMKVHTAALV NCIETSLRSN RELIEAAAAS MHSGDRVERD ASVRQIVDLD TVIGFCIEAG QALAFDDLLA EASGAVLEDN ASLIHSMISG IVEHIPEEIP
1101: EKKEIRRIKG VANGVGVAGD HDSEWVRLIL EEVGGANDNS WSLLPYFFAS FMTSNAWNTT GFNIETGGFS NNIHCLARCI SAVIAGSEYV RLQREYQQQH
1201: QSLSNGHHSS ENLDSEFPPR VTAEASIKSS MLLFVKFAAS IVLDSWSEAN RSHLVAKLIF LDQLCEISPY LPRSSLESHV PYTILRSIYT QYYSNTPSTP
1301: LSTASPYHSP SVSLIHASPS MKNSTTPQRG SGSGSSSTAA PDSGYFKGSS SSLYGQEHYT ESETGNSRNN ENNNNNKQRG SSRRSGPLDY SSSHKGGSGS
1401: NSTGPSPLPR FAVSRSGPIS YKQHN
Arabidopsis Description
NAP1Protein NAP1 [Source:UniProtKB/Swiss-Prot;Acc:Q5S2C4]
SUBAcon: [cytosol]
SUBAcon: [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.