Subcellular Localization
min:
: max
Winner_takes_all: cytosol
Predictor Summary:
Predictor Summary:
- cytosol 2
- mitochondrion 1
- plastid 1
| Predictors | GFP | MS/MS | Papers | ||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|
PPI
No PPI Data
Homology
No Homology Data
Protein Annotations
Description
No Description!
Coordinates
chr2B:-:524008750..524025128
Molecular Weight (calculated)
135784.0 Da
IEP (calculated)
5.624
GRAVY (calculated)
-0.456
Length
1205 amino acids
Sequence
(BLAST)
(BLAST)
0001: MGHSARKKKK KGGAGRKAAK DHAAQLEGDQ TALTDELTAL AAIFLEDFKI TSQSPHTRFS ICIRPYSDGM GFGDLNVSAI LDVICFAGYP HKCPKLRIIP
0101: EKNLCKEDAD RLLSLLSDQA NIYSREGRVM IFDLVEAAQE FLSEIAPATD STSTAPHLGS STIQEITDAD VNASLDSGPY PGIFYIYNSF DLYGQLYEDN
0201: SWQRQGFDPT TDNARKNIGS QVNSNVRSKR KTVDEKSRFS ADKINAAKSS SQDNAEHAMK HGVVREVVPS LPAVAEETDN DSKTLSTSNG GGMADTPERS
0301: FSSVHESEDS DLADDGWNDA DSAPDSGSSN APSHVSDMFD DASQNKKRDL ILVHLLRLAC ASKDSLSAAL PVISSELCNI GVLSEWAKQL ISESPAVFGE
0401: TFDHVFGQQM ISSECSLFWR ADNSSSRPNS RYLNDFEELR SLGQGGFGRV ALCKNKLDGR QYAVKKIRLK DKSPQVNEKI LREVATLSRL QHQHVVRYYQ
0501: AWVETEYGQR HVVNTGGSRT AESSMYSFDE ISLSDAGAGN KQESTYLYIQ MEYCPRTLRQ DFETYSSSFN VDHAWHLFRQ IVEGLAHVHS QGIIHRDLTP
0601: SNIFFDVRND IKIGDFGLAK FLKLEQLDHD QYIPTEGMGV SMDGTGQVGT YFYTAPEVEQ KWPQINEKVD MYSAGVIFFE LWHPFSTAME RHLVLTDLKQ
0701: KGESPMSWST QFPGQSNLLK RLLCPSPSER PSAIELLQND LPPRMEDEWL NDVLRMIQTP EDTYVYDRVI STIFNEDRLV AKMQCQHESS KKSTCKNDNS
0801: ELLDSIIEVS KEVFKRHCAK RFQISPLHTL DGKFTENSGQ TVKILTQGGE MLELCYEQRT PFVMNVAANQ LSSCKRYEIS WVHRRAVGHS TPYRFLQGDF
0901: DIIGGSSPIT QAEVIKVALD LVRRFYNSKA IVIRLNHSKL AEAVCSWAGV PQERRQNVAE FLSSTLVQYC PNKADRKSQW SLIRGQLLQD LRLSEEVVEK
1001: LHKADQRFCG SADLVLARLR GTLFYDKSAC KALDDLSTFL KYLRIWSVEE HIAIDVLMPP SDYYYTDMFF QIYSKEGNPV LSSHEKLLAV GGRYDMLMEN
1101: AWDKTHGGGG LLNERMELVA ELWEANIKAQ FVPQEDPSLQ EQYEYASDHD IKCLVFITEA GLSQTDLVKV RHLDARKEKD VEKEEIVKFL SEAISLQFKN
1201: PTIWS
0101: EKNLCKEDAD RLLSLLSDQA NIYSREGRVM IFDLVEAAQE FLSEIAPATD STSTAPHLGS STIQEITDAD VNASLDSGPY PGIFYIYNSF DLYGQLYEDN
0201: SWQRQGFDPT TDNARKNIGS QVNSNVRSKR KTVDEKSRFS ADKINAAKSS SQDNAEHAMK HGVVREVVPS LPAVAEETDN DSKTLSTSNG GGMADTPERS
0301: FSSVHESEDS DLADDGWNDA DSAPDSGSSN APSHVSDMFD DASQNKKRDL ILVHLLRLAC ASKDSLSAAL PVISSELCNI GVLSEWAKQL ISESPAVFGE
0401: TFDHVFGQQM ISSECSLFWR ADNSSSRPNS RYLNDFEELR SLGQGGFGRV ALCKNKLDGR QYAVKKIRLK DKSPQVNEKI LREVATLSRL QHQHVVRYYQ
0501: AWVETEYGQR HVVNTGGSRT AESSMYSFDE ISLSDAGAGN KQESTYLYIQ MEYCPRTLRQ DFETYSSSFN VDHAWHLFRQ IVEGLAHVHS QGIIHRDLTP
0601: SNIFFDVRND IKIGDFGLAK FLKLEQLDHD QYIPTEGMGV SMDGTGQVGT YFYTAPEVEQ KWPQINEKVD MYSAGVIFFE LWHPFSTAME RHLVLTDLKQ
0701: KGESPMSWST QFPGQSNLLK RLLCPSPSER PSAIELLQND LPPRMEDEWL NDVLRMIQTP EDTYVYDRVI STIFNEDRLV AKMQCQHESS KKSTCKNDNS
0801: ELLDSIIEVS KEVFKRHCAK RFQISPLHTL DGKFTENSGQ TVKILTQGGE MLELCYEQRT PFVMNVAANQ LSSCKRYEIS WVHRRAVGHS TPYRFLQGDF
0901: DIIGGSSPIT QAEVIKVALD LVRRFYNSKA IVIRLNHSKL AEAVCSWAGV PQERRQNVAE FLSSTLVQYC PNKADRKSQW SLIRGQLLQD LRLSEEVVEK
1001: LHKADQRFCG SADLVLARLR GTLFYDKSAC KALDDLSTFL KYLRIWSVEE HIAIDVLMPP SDYYYTDMFF QIYSKEGNPV LSSHEKLLAV GGRYDMLMEN
1101: AWDKTHGGGG LLNERMELVA ELWEANIKAQ FVPQEDPSLQ EQYEYASDHD IKCLVFITEA GLSQTDLVKV RHLDARKEKD VEKEEIVKFL SEAISLQFKN
1201: PTIWS
0001: MGRSSSKKKK KRGGSGRRGQ LKDHGSNADE DNELLSEEIT ALSAIFQEDC KVVSDSRSPP QIAIKLRPYS KDMGYEDTDI SAMLIVRCLP GYPYKCPKLQ
0101: ITPEQGLTTA DAEKLLSLLE DQANSNAREG RVMIFNLVEA AQEFLSEIIP ESHDEESVPC LTAHRSTQFI EQPMLSNIAK SCSGGPFVYG FIDLFSGLED
0201: ARNWSLTPDE NRGIVSSVQS HPLDTSRILH QKPDKNLKRF EDHAKEEVAL PAPIAKLNTV QEENVDDTSI SSFDSSKSTD DVESGLFQNE KKESNLQDDT
0301: AEDDSTNSES ESLGSWSSDS LAQDQVPQIS KKDLLMVHLL RVACTSRGPL ADALPQITDE LHELGILSEE VLDLASKSSP DFNRTFEHAF NQNMASTSVP
0401: QFWEPPSDSC EPNASLPSSR YLNDFEELKP LGQGGFGHVV LCKNKLDGRQ YAVKKIRLKD KEIPVNSRIV REVATLSRLQ HQHVVRYYQA WFETGVVDPF
0501: AGANWGSKTA GSSMFSYSGA VSTEIPEQDN NLESTYLYIQ MEYCPRTLRQ VFESYNHFDK DFAWHLIRQI VEGLAHIHGQ GIIHRDFTPN NIFFDARNDI
0601: KIGDFGLAKF LKLEQLDQDG GFSTDVAGSG VDSTGQAGTY FYTAPEIEQD WPKIDEKADM YSLGVVFFEL WHPFGTAMER HVILTNLKLK GELPLKWVNE
0701: FPEQASLLRR LMSPSPSDRP SATELLKHAF PPRMESELLD NILRIMQTSE DSSVYDRVVS VIFDEEVLEM KSHQSSRSRL CADDSYIQYT EINTELRDYV
0801: VEITKEVFRQ HCAKHLEVIP MRLLSDCPQF SRKTVKLLTN GGDMLELCYE LRLPFVHWIS VNQKSSFKRY EISHVYRRAI GHSPPNPCLQ ADFDIVGGTL
0901: SLTEAEVLKV IVDITTHIFH RGSCDIHLNH GDLLDAIWSW AGIKAEHRRK VAELLSMMGS LRPQSSERKL KWVFIRRQLL QELKLPEAVV NRLQTVASRF
1001: CGDADQALPR LRGALRADRP TRKALDELSN LLTYLRVWRI EEHVHIDVLM PPTESYHRNL FFQVFLTKEN SSGTSNDGVL LAVGGRYDWL VQEVCDREHK
1101: MNLPGAVGVS LALETIFQHL PMDLRPIRNE VSTSVLVCSR GGGGLLVQRM ELVAELWEKS IKAEFVPTPD PSLTEQYEYA NEHEIKCLVI ITESGVAQNQ
1201: IEFVKVRHLE LKKEKVVGRE ELVKFLLDAM AVQFRNPSVW S
0101: ITPEQGLTTA DAEKLLSLLE DQANSNAREG RVMIFNLVEA AQEFLSEIIP ESHDEESVPC LTAHRSTQFI EQPMLSNIAK SCSGGPFVYG FIDLFSGLED
0201: ARNWSLTPDE NRGIVSSVQS HPLDTSRILH QKPDKNLKRF EDHAKEEVAL PAPIAKLNTV QEENVDDTSI SSFDSSKSTD DVESGLFQNE KKESNLQDDT
0301: AEDDSTNSES ESLGSWSSDS LAQDQVPQIS KKDLLMVHLL RVACTSRGPL ADALPQITDE LHELGILSEE VLDLASKSSP DFNRTFEHAF NQNMASTSVP
0401: QFWEPPSDSC EPNASLPSSR YLNDFEELKP LGQGGFGHVV LCKNKLDGRQ YAVKKIRLKD KEIPVNSRIV REVATLSRLQ HQHVVRYYQA WFETGVVDPF
0501: AGANWGSKTA GSSMFSYSGA VSTEIPEQDN NLESTYLYIQ MEYCPRTLRQ VFESYNHFDK DFAWHLIRQI VEGLAHIHGQ GIIHRDFTPN NIFFDARNDI
0601: KIGDFGLAKF LKLEQLDQDG GFSTDVAGSG VDSTGQAGTY FYTAPEIEQD WPKIDEKADM YSLGVVFFEL WHPFGTAMER HVILTNLKLK GELPLKWVNE
0701: FPEQASLLRR LMSPSPSDRP SATELLKHAF PPRMESELLD NILRIMQTSE DSSVYDRVVS VIFDEEVLEM KSHQSSRSRL CADDSYIQYT EINTELRDYV
0801: VEITKEVFRQ HCAKHLEVIP MRLLSDCPQF SRKTVKLLTN GGDMLELCYE LRLPFVHWIS VNQKSSFKRY EISHVYRRAI GHSPPNPCLQ ADFDIVGGTL
0901: SLTEAEVLKV IVDITTHIFH RGSCDIHLNH GDLLDAIWSW AGIKAEHRRK VAELLSMMGS LRPQSSERKL KWVFIRRQLL QELKLPEAVV NRLQTVASRF
1001: CGDADQALPR LRGALRADRP TRKALDELSN LLTYLRVWRI EEHVHIDVLM PPTESYHRNL FFQVFLTKEN SSGTSNDGVL LAVGGRYDWL VQEVCDREHK
1101: MNLPGAVGVS LALETIFQHL PMDLRPIRNE VSTSVLVCSR GGGGLLVQRM ELVAELWEKS IKAEFVPTPD PSLTEQYEYA NEHEIKCLVI ITESGVAQNQ
1201: IEFVKVRHLE LKKEKVVGRE ELVKFLLDAM AVQFRNPSVW S
Arabidopsis Description
GCN2Protein kinase family protein [Source:UniProtKB/TrEMBL;Acc:F4J8A5]
SUBAcon: [nucleus]
SUBAcon: [nucleus]
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.