Subcellular Localization
min:
: max
Winner_takes_all: nucleus
Predictor Summary:
Predictor Summary:
- nucleus 3
- mitochondrion 3
- plasma membrane 1
- plastid 1
PPI
No PPI Data
Homology
Paralog
| locus | Identity | Homology Identity |
|---|
Ortholog
| locus | Homology Species | Location | Identity | Homology Identity |
|---|---|---|---|---|
| GSMUA_Achr9P22750_001 | Banana | plastid | 8.5 | 11.69 |
| GSMUA_AchrUn_... | Banana | cytosol | 8.3 | 11.39 |
| GSMUA_Achr4P05970_001 | Banana | cytosol | 1.66 | 11.26 |
| GSMUA_Achr2P18290_001 | Banana | cytosol | 7.23 | 11.25 |
| GSMUA_Achr11P... | Banana | cytosol | 3.61 | 11.18 |
| GSMUA_Achr4P05990_001 | Banana | cytosol | 1.56 | 10.88 |
| GSMUA_Achr4P06000_001 | Banana | cytosol | 0.39 | 9.76 |
| GSMUA_Achr3P28040_001 | Banana | cytosol | 4.2 | 9.53 |
| GSMUA_Achr4P12750_001 | Banana | cytosol | 8.89 | 7.84 |
| CDX89055 | Canola | nucleus | 6.93 | 7.82 |
| Os06t0519400-01 | Rice | nucleus | 1.86 | 6.81 |
| GSMUA_Achr11P... | Banana | nucleus | 9.08 | 5.79 |
| GSMUA_Achr11P... | Banana | nucleus | 8.98 | 5.56 |
| GSMUA_Achr8P14940_001 | Banana | plastid | 9.67 | 5.09 |
Protein Annotations
| EnsemblPlants:GSMUA_Achr2P18280_001 | EnsemblPlants:GSMUA_Achr2T18280_001 | EnsemblPlantsGene:GSMUA_Achr2G18280_001 | SEG:seg | UniParc:UPI000294E7E7 | UniProt:M0S919 |
| MapMan:35.1 | : | : | : | : | : |
Description
eukaryotic translation initiation factor 4G, putative, expressed [Source:GMGC_GENE;Acc:GSMUA_Achr2G18280_001]
Coordinates
chr2:+:18708168..18713022
Molecular Weight (calculated)
110306.0 Da
IEP (calculated)
7.152
GRAVY (calculated)
-0.578
Length
1024 amino acids
Sequence
(BLAST)
(BLAST)
0001: MLAQFVGRAE PVRFECFFRS IARLLFVGFL TSRLLFRPRF LFRFGGRSAV GIYLLRVLKR VVPTATAHRA VQNGADPSSA PSDDAQASGR AKPVDMPTPT
0101: NASRAIPKAP SSQSAAGASN SAAPSVPSKG DTSSAFTLQF GSINPGMMNG LQIPARTSSS PPNLDEQKHE QFDYLTDVLI PLTFQACTES FRAVPALPTP
0201: PAPKQQQQQQ QNRKDVIGAH QSSSGESHSL PEVKRNVHAP IPSAPVVPQP KSSVRPIPRM SVPMPMPFRP QQAQLPPQFI GPNPQMQSPS LAANSLQMPM
0301: TLPVGNNTRV VQQNYVPNIR PHLVQQQAVM HQGQSLRFAP PIGHQFSPQL GNLGTPIAPQ FPQQQSGKFG GPHRTAVKIT HPETHEELRF ERKKDSVKDG
0401: AATVQRPLSS VIPQSQSIPT YSPSHQMNYY SPIQQTTYSQ SQLIFPNTVP PVRGQMPTSS QAPRYNYPVS QSGQHLTFTS PSMVNSVPGG KPAFSLPRHS
0501: ISGGTKLEVF PVSSSLPTTG QVTMKPPVSL QGEKVGPSLS RPPVVISMPS SMAEAPESAK ISADDTVPNQ RHTEYSPDGP SQQPKSTSAA SETAAGDSGL
0601: VLTGNDCRKR EPARISDSLK DNQRKPSKKD VRNCQQQHQE VSTKTENIQT HSAFDLPTPL RTSPQAEDSI SPEVVASEPV EGKIMPTASD SFGSISEREA
0701: HHDSALGYVG SFGAASDDVS IKEYVRAEAT TSLGLMVDGT DSESLGANLS VVNTILDYRR EELGKSEASN DPSQDFTISK ACPSSALAKS SEITDEESMT
0801: LDQLKRPIDT SLHLNDSETA FDKDLSSASD VNDNLDTSST KCEMKYSEDV GLTDSGVALL ETAAVHDTSL SEVVQKPESK ALDLPDDKLA SATSLGQKEK
0901: PLLETLKPKV TAGKKKKRKE MLSKADAAGS SDLYNAYKCP EENHEDFSRS ESIDGSTADT KVAHLNSRSK DVAASKEDGQ NKAELDDWEV AADTSSTKLK
1001: TSCNLKEACH MVMLVQTGGS KQEA
0101: NASRAIPKAP SSQSAAGASN SAAPSVPSKG DTSSAFTLQF GSINPGMMNG LQIPARTSSS PPNLDEQKHE QFDYLTDVLI PLTFQACTES FRAVPALPTP
0201: PAPKQQQQQQ QNRKDVIGAH QSSSGESHSL PEVKRNVHAP IPSAPVVPQP KSSVRPIPRM SVPMPMPFRP QQAQLPPQFI GPNPQMQSPS LAANSLQMPM
0301: TLPVGNNTRV VQQNYVPNIR PHLVQQQAVM HQGQSLRFAP PIGHQFSPQL GNLGTPIAPQ FPQQQSGKFG GPHRTAVKIT HPETHEELRF ERKKDSVKDG
0401: AATVQRPLSS VIPQSQSIPT YSPSHQMNYY SPIQQTTYSQ SQLIFPNTVP PVRGQMPTSS QAPRYNYPVS QSGQHLTFTS PSMVNSVPGG KPAFSLPRHS
0501: ISGGTKLEVF PVSSSLPTTG QVTMKPPVSL QGEKVGPSLS RPPVVISMPS SMAEAPESAK ISADDTVPNQ RHTEYSPDGP SQQPKSTSAA SETAAGDSGL
0601: VLTGNDCRKR EPARISDSLK DNQRKPSKKD VRNCQQQHQE VSTKTENIQT HSAFDLPTPL RTSPQAEDSI SPEVVASEPV EGKIMPTASD SFGSISEREA
0701: HHDSALGYVG SFGAASDDVS IKEYVRAEAT TSLGLMVDGT DSESLGANLS VVNTILDYRR EELGKSEASN DPSQDFTISK ACPSSALAKS SEITDEESMT
0801: LDQLKRPIDT SLHLNDSETA FDKDLSSASD VNDNLDTSST KCEMKYSEDV GLTDSGVALL ETAAVHDTSL SEVVQKPESK ALDLPDDKLA SATSLGQKEK
0901: PLLETLKPKV TAGKKKKRKE MLSKADAAGS SDLYNAYKCP EENHEDFSRS ESIDGSTADT KVAHLNSRSK DVAASKEDGQ NKAELDDWEV AADTSSTKLK
1001: TSCNLKEACH MVMLVQTGGS KQEA
0001: MSYNQSRPDR SETQYRRTGR STGNQQQQQQ HRSSSAAGYG KGAGAPGSAP APSTYPDNSS LSSNRSFKKP GNAQGGGQPR VNLPPVNHPN NHNNGPNAHS
0101: RSQGEPGVGG PTNPTESFNR NTGPIPKAPT SQSTVMSSKI NETPNTAKAS GDASQAFPLQ FGSLGPDLMV PARTTSAPPN MDDQKRAQMQ QSSLRTASNV
0201: PASVPKKDSS NKGADNQLMR KEGHNPSSEK ADIQVPHIAP PSQTQKSPIT NIRMPSVQTP YQHTQVPHPV HFGGPNMHMQ TPVTATSFQM PMPMALSMGN
0301: TPQIPPQVFY QGHPPHPMHH QGMMHQAQGH GFATPMGAQI HPQLGHVGVG LSPQYPQQQG GKYGGARKTT PVKITHPDTH EELRLDRRGD PYSEGDSTAL
0401: KPHSNPPPRS QPVSSFAPRP VNLVQPSYNS NTMIYPPVSV PLNNGPMSSA QAPRYHYPVI DGSQRVQLIN QPAHTAPQLI RPAAPAHLSS DSTSSVKARN
0501: AQNVMSSALP VNAKVSVKPA GVSEKLGSPK DRSHGEVNIS LSQKNVEACS LSSSQQPKPS FVSGVPNSSA PPAKSPVETV PLAKSSVETV PPVKSSVETA
0601: PVTTTEIRRA EMVSESISVE DQTCKVEPPH NLTENRGQTM PDSLVSDPET ATVAAKENLS LPATNGFRKQ LLKVSTTSDA PTSDSVDTSI DKSTEGSSHA
0701: SSEISGSSPQ EKDLKCDNRT ASDKLDERSV ISDAKHETLS GVLEKAQNEV DGATDVCPVS EKLAVTDDTS SDLPHSTHVL SSTVPLGHSE THKSAVETNT
0801: RRNTSTKGKK KIKEILQKAD AAGTTSDLYM AYKGPEEKKE SSNVVHDVSN QNLLPAIPQA VEAIVDTEPV KNEPEDWEDA ADVSTPKLET ADNSVNAKRG
0901: SSDEVSDNCI NTEKKYSRDF LLKFADLCTA LPEGFDVSPD IANALIVAYM GASHHEHDSY PTPGKVMDRQ ASGARLDRRP SNVAGDDRWT KNQGSLPAGY
1001: GGNVGFRPGQ GGNSGVLRNP RMQGPIISRP MQPVGPMGGM GRNTPDLERW QRGSNFQQKG LFPSPHTPMQ VMHKAERKYQ VGTIADEEQA KQRQLKSILN
1101: KLTPQNFEKL FEQVKSVNID NAVTLSGVIS QIFDKALMEP TFCEMYADFC FHLSGALPDF NENGEKITFK RLLLNKCQEE FERGEKEEEE ASRVAEEGQV
1201: EQTEEEREEK RLQVRRRMLG NIRLIGELYK KRMLTEKIMH ACIQKLLGYN QDPHEENIEA LCKLMSTIGV MIDHNKAKFQ MDGYFEKMKM LSCKQELSSR
1301: VRFMLINAID LRKNKWQERM KVEGPKKIEE VHRDAAQERQ TQANRLSRGP SMNSSGRRGH MEFSSPRGGG GMLSPPAAQM GSYHGPPQGR GFSNQDIRFD
1401: DRPSYEPRMV PMPQRSVCEE PITLGPQGGL GQGMSIRRPA VASNTYQSDA TQAGGGDSRR PAGGLNGFGS HRPASPVTHG RSSPQERGTA YVHREFASLS
1501: RASDLSPEVS SARQVLQGPS ATVNSPRENA LSEEQLENLS LSAIKEYYSA RDENEIGMCM KDMNSPAYHP TMISLWVTDS FERKDKERDL LAKLLVNLVK
1601: SADNALNEVQ LVKGFESVLK TLEDAVNDAP KAAEFLGRIF GKSVTEKVVT LTEIGRLIQE GGEEPGSLIE FGLGGDVLGS VLEMIKTEAG EETLVEIRRS
1701: SGLRIENFKP HAPNRSKILE KFT
0101: RSQGEPGVGG PTNPTESFNR NTGPIPKAPT SQSTVMSSKI NETPNTAKAS GDASQAFPLQ FGSLGPDLMV PARTTSAPPN MDDQKRAQMQ QSSLRTASNV
0201: PASVPKKDSS NKGADNQLMR KEGHNPSSEK ADIQVPHIAP PSQTQKSPIT NIRMPSVQTP YQHTQVPHPV HFGGPNMHMQ TPVTATSFQM PMPMALSMGN
0301: TPQIPPQVFY QGHPPHPMHH QGMMHQAQGH GFATPMGAQI HPQLGHVGVG LSPQYPQQQG GKYGGARKTT PVKITHPDTH EELRLDRRGD PYSEGDSTAL
0401: KPHSNPPPRS QPVSSFAPRP VNLVQPSYNS NTMIYPPVSV PLNNGPMSSA QAPRYHYPVI DGSQRVQLIN QPAHTAPQLI RPAAPAHLSS DSTSSVKARN
0501: AQNVMSSALP VNAKVSVKPA GVSEKLGSPK DRSHGEVNIS LSQKNVEACS LSSSQQPKPS FVSGVPNSSA PPAKSPVETV PLAKSSVETV PPVKSSVETA
0601: PVTTTEIRRA EMVSESISVE DQTCKVEPPH NLTENRGQTM PDSLVSDPET ATVAAKENLS LPATNGFRKQ LLKVSTTSDA PTSDSVDTSI DKSTEGSSHA
0701: SSEISGSSPQ EKDLKCDNRT ASDKLDERSV ISDAKHETLS GVLEKAQNEV DGATDVCPVS EKLAVTDDTS SDLPHSTHVL SSTVPLGHSE THKSAVETNT
0801: RRNTSTKGKK KIKEILQKAD AAGTTSDLYM AYKGPEEKKE SSNVVHDVSN QNLLPAIPQA VEAIVDTEPV KNEPEDWEDA ADVSTPKLET ADNSVNAKRG
0901: SSDEVSDNCI NTEKKYSRDF LLKFADLCTA LPEGFDVSPD IANALIVAYM GASHHEHDSY PTPGKVMDRQ ASGARLDRRP SNVAGDDRWT KNQGSLPAGY
1001: GGNVGFRPGQ GGNSGVLRNP RMQGPIISRP MQPVGPMGGM GRNTPDLERW QRGSNFQQKG LFPSPHTPMQ VMHKAERKYQ VGTIADEEQA KQRQLKSILN
1101: KLTPQNFEKL FEQVKSVNID NAVTLSGVIS QIFDKALMEP TFCEMYADFC FHLSGALPDF NENGEKITFK RLLLNKCQEE FERGEKEEEE ASRVAEEGQV
1201: EQTEEEREEK RLQVRRRMLG NIRLIGELYK KRMLTEKIMH ACIQKLLGYN QDPHEENIEA LCKLMSTIGV MIDHNKAKFQ MDGYFEKMKM LSCKQELSSR
1301: VRFMLINAID LRKNKWQERM KVEGPKKIEE VHRDAAQERQ TQANRLSRGP SMNSSGRRGH MEFSSPRGGG GMLSPPAAQM GSYHGPPQGR GFSNQDIRFD
1401: DRPSYEPRMV PMPQRSVCEE PITLGPQGGL GQGMSIRRPA VASNTYQSDA TQAGGGDSRR PAGGLNGFGS HRPASPVTHG RSSPQERGTA YVHREFASLS
1501: RASDLSPEVS SARQVLQGPS ATVNSPRENA LSEEQLENLS LSAIKEYYSA RDENEIGMCM KDMNSPAYHP TMISLWVTDS FERKDKERDL LAKLLVNLVK
1601: SADNALNEVQ LVKGFESVLK TLEDAVNDAP KAAEFLGRIF GKSVTEKVVT LTEIGRLIQE GGEEPGSLIE FGLGGDVLGS VLEMIKTEAG EETLVEIRRS
1701: SGLRIENFKP HAPNRSKILE KFT
Arabidopsis Description
EIF4GEukaryotic translation initiation factor 4G [Source:UniProtKB/Swiss-Prot;Acc:Q76E23]
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.