Subcellular Localization
min:
: max
Winner_takes_all: plasma membrane, nucleus
Predictor Summary:
Predictor Summary:
- extracellular 5
- endoplasmic reticulum 5
- vacuole 5
- plasma membrane 9
- golgi 5
Predictors | GFP | MS/MS | Papers | ||||||||||||||||||||||
---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|
nucleus:
25464976
|
PPI
No PPI Data
Homology
Paralog
locus | Identity | Homology Identity |
---|
Ortholog
locus | Homology Species | Location | Identity | Homology Identity |
---|---|---|---|---|
KRH42437 | Soybean | plasma membrane | 66.48 | 65.18 |
CDX78976 | Canola | plasma membrane | 46.96 | 62.31 |
CDY50061 | Canola | plasma membrane | 44.4 | 61.39 |
AT5G44700.1 | Thale cress | plasma membrane | 59.44 | 59.34 |
CDY49822 | Canola | plasma membrane | 47.52 | 58.81 |
CDY39388 | Canola | plasma membrane | 43.84 | 58.67 |
GSMUA_Achr9P11410_001 | Banana | plasma membrane | 40.24 | 56.01 |
GSMUA_Achr8P03540_001 | Banana | plasma membrane | 42.56 | 55.47 |
GSMUA_Achr8P15750_001 | Banana | plasma membrane | 42.8 | 53.23 |
HORVU2Hr1G051140.2 | Barley | plasma membrane | 53.28 | 52.77 |
Zm00001d006420_P002 | Maize | plasma membrane | 42.32 | 51.46 |
Os07t0498400-00 | Rice | plasma membrane | 52.08 | 51.06 |
TraesCS2A01G230100.1 | Wheat | plastid | 52.64 | 50.62 |
Solyc03g112680.1.1 | Tomato | plasma membrane | 34.64 | 44.46 |
Solyc02g070910.1.1 | Tomato | nucleus, plasma membrane | 26.8 | 34.97 |
Solyc02g070890.2.1 | Tomato | plasma membrane | 31.44 | 33.62 |
Solyc02g084370.1.1 | Tomato | plasma membrane | 28.96 | 32.12 |
Solyc04g081080.1.1 | Tomato | plasma membrane | 28.56 | 31.43 |
Solyc03g033610.1.1 | Tomato | plasma membrane, plastid | 28.24 | 31.29 |
Solyc02g072390.1.1 | Tomato | plastid | 7.2 | 30.41 |
Protein Annotations
Description
No Description!
Coordinates
chr5:-:1866501..1870352
Molecular Weight (calculated)
137362.0 Da
IEP (calculated)
4.976
GRAVY (calculated)
-0.054
Length
1250 amino acids
Sequence
(BLAST)
(BLAST)
0001: MSMLNKLLLV WFVAATLFVG YVFSETEFEA LLEIKKSLVD DPENVLSNWS DENKNFCQWR GVSCDEDTLK VVGLNLSDCS ISGSISPSIG FLHHLLHLDL
0101: SSNLLSGPIP PALSNLSSLQ SLLLYSNQLT GPIPNEIGLL KNLQVIRIGD NVGLTGPIPS SFGDLENLVT LGLASCSLIG AIPPELGKLK RVETMNLQEN
0201: QLENEIPVEI GNCSSLVAFS VAVNNLNGSI PEELSMLKNV QVMNLANNSF SGQIPTQLGE MNELRYLNLL GNQLEGLIPK SLAKLSNVQN LDLSGNRLTG
0301: EIPGEFGNME GLRFLVLTSN NLSGSIPKTL CSGKSSLEHM MLSENLLSGE IPVELRECVS LKVLDLSNNT LNGSIPFELY ELVELTDLLL NNNTLVGSVS
0401: PLIANLTNLQ TLALSHNSFH GNIPKEIGML ASLEILFLYE NQFSGEIPME IGNCSSLQMI DLYGNAFSGR IPITIGGLKE LNFVDFRQND LSGEIPASLG
0501: NCHQLKILDL ADNRLSGNVP ATFGYLRALE QLMLYNNSLE GNLPDELINL ANLTRINFSH NKLNGSIVSL CSSTSFLSFD VTNNAFDHEV PPHLGYSPFL
0601: ERLRLGNNRF IGEIPWTLGL IRELSLLDLS GNELTGLIPP QLSLCRKLTH LDLNNNRFYG SIPSWLGNLP LLGELKLSSN KFSGPLPREL FNCSKLLVLS
0701: LEHNAINGTL PLEIGELKSL NVLNFDKNQL SGPIPSTIGN LSKLYILRLS GNSLTGEIPS ALGELKNLQS ILDLSFNNFT GQIPPSVGTL TKLETLDLSH
0801: NHLTGEVPPQ VGEMSSLGKL NLSYNNLQGK LDKQYAHWPA DAFTGNPRLC GSPLQNCEVS KSNNRSSGLS NSTVVIISVI STTVAIILML LGAALFFKQR
0901: REAFRRGSEV NSAYSSSSSQ GQKRPLFASV AAKRDIRWDD IMEATNNLSN DFIIGSGGSG TVYKAELFNG EIVAIKRIPS KDDLLLDKCF AREIKTLWRI
1001: RHRHLVRLLG YCNNSGEGSN VLIYEYMENG SVWDWLHKQP DNNNKRKTCL DWEARLKIAV GLAQGVEYLH HDCVPKIIHR DIKSSNILLD SNMEAHLGDF
1101: GLAKAVHDNY NSYNTESNLW LAGSFGYIAP EYAYSSRATE KSDVYSMGIV LMELVSGRMP TDGSFGEDMD MVRWIESCIE MSKEEVIDPV LKPLLPNEES
1201: AALQVLEIAL ECTKTAPAER PSSRKVCDLL LHAFNDKVVH SDKMSPDNYV
0101: SSNLLSGPIP PALSNLSSLQ SLLLYSNQLT GPIPNEIGLL KNLQVIRIGD NVGLTGPIPS SFGDLENLVT LGLASCSLIG AIPPELGKLK RVETMNLQEN
0201: QLENEIPVEI GNCSSLVAFS VAVNNLNGSI PEELSMLKNV QVMNLANNSF SGQIPTQLGE MNELRYLNLL GNQLEGLIPK SLAKLSNVQN LDLSGNRLTG
0301: EIPGEFGNME GLRFLVLTSN NLSGSIPKTL CSGKSSLEHM MLSENLLSGE IPVELRECVS LKVLDLSNNT LNGSIPFELY ELVELTDLLL NNNTLVGSVS
0401: PLIANLTNLQ TLALSHNSFH GNIPKEIGML ASLEILFLYE NQFSGEIPME IGNCSSLQMI DLYGNAFSGR IPITIGGLKE LNFVDFRQND LSGEIPASLG
0501: NCHQLKILDL ADNRLSGNVP ATFGYLRALE QLMLYNNSLE GNLPDELINL ANLTRINFSH NKLNGSIVSL CSSTSFLSFD VTNNAFDHEV PPHLGYSPFL
0601: ERLRLGNNRF IGEIPWTLGL IRELSLLDLS GNELTGLIPP QLSLCRKLTH LDLNNNRFYG SIPSWLGNLP LLGELKLSSN KFSGPLPREL FNCSKLLVLS
0701: LEHNAINGTL PLEIGELKSL NVLNFDKNQL SGPIPSTIGN LSKLYILRLS GNSLTGEIPS ALGELKNLQS ILDLSFNNFT GQIPPSVGTL TKLETLDLSH
0801: NHLTGEVPPQ VGEMSSLGKL NLSYNNLQGK LDKQYAHWPA DAFTGNPRLC GSPLQNCEVS KSNNRSSGLS NSTVVIISVI STTVAIILML LGAALFFKQR
0901: REAFRRGSEV NSAYSSSSSQ GQKRPLFASV AAKRDIRWDD IMEATNNLSN DFIIGSGGSG TVYKAELFNG EIVAIKRIPS KDDLLLDKCF AREIKTLWRI
1001: RHRHLVRLLG YCNNSGEGSN VLIYEYMENG SVWDWLHKQP DNNNKRKTCL DWEARLKIAV GLAQGVEYLH HDCVPKIIHR DIKSSNILLD SNMEAHLGDF
1101: GLAKAVHDNY NSYNTESNLW LAGSFGYIAP EYAYSSRATE KSDVYSMGIV LMELVSGRMP TDGSFGEDMD MVRWIESCIE MSKEEVIDPV LKPLLPNEES
1201: AALQVLEIAL ECTKTAPAER PSSRKVCDLL LHAFNDKVVH SDKMSPDNYV
0001: MQPLVLLLLF ILCFSGLGQP GIINNDLQTL LEVKKSLVTN PQEDDPLRQW NSDNINYCSW TGVTCDNTGL FRVIALNLTG LGLTGSISPW FGRFDNLIHL
0101: DLSSNNLVGP IPTALSNLTS LESLFLFSNQ LTGEIPSQLG SLVNIRSLRI GDNELVGDIP ETLGNLVNLQ MLALASCRLT GPIPSQLGRL VRVQSLILQD
0201: NYLEGPIPAE LGNCSDLTVF TAAENMLNGT IPAELGRLEN LEILNLANNS LTGEIPSQLG EMSQLQYLSL MANQLQGLIP KSLADLGNLQ TLDLSANNLT
0301: GEIPEEFWNM SQLLDLVLAN NHLSGSLPKS ICSNNTNLEQ LVLSGTQLSG EIPVELSKCQ SLKQLDLSNN SLAGSIPEAL FELVELTDLY LHNNTLEGTL
0401: SPSISNLTNL QWLVLYHNNL EGKLPKEISA LRKLEVLFLY ENRFSGEIPQ EIGNCTSLKM IDMFGNHFEG EIPPSIGRLK ELNLLHLRQN ELVGGLPASL
0501: GNCHQLNILD LADNQLSGSI PSSFGFLKGL EQLMLYNNSL QGNLPDSLIS LRNLTRINLS HNRLNGTIHP LCGSSSYLSF DVTNNGFEDE IPLELGNSQN
0601: LDRLRLGKNQ LTGKIPWTLG KIRELSLLDM SSNALTGTIP LQLVLCKKLT HIDLNNNFLS GPIPPWLGKL SQLGELKLSS NQFVESLPTE LFNCTKLLVL
0701: SLDGNSLNGS IPQEIGNLGA LNVLNLDKNQ FSGSLPQAMG KLSKLYELRL SRNSLTGEIP VEIGQLQDLQ SALDLSYNNF TGDIPSTIGT LSKLETLDLS
0801: HNQLTGEVPG SVGDMKSLGY LNVSFNNLGG KLKKQFSRWP ADSFLGNTGL CGSPLSRCNR VRSNNKQQGL SARSVVIISA ISALTAIGLM ILVIALFFKQ
0901: RHDFFKKVGH GSTAYTSSSS SSQATHKPLF RNGASKSDIR WEDIMEATHN LSEEFMIGSG GSGKVYKAEL ENGETVAVKK ILWKDDLMSN KSFSREVKTL
1001: GRIRHRHLVK LMGYCSSKSE GLNLLIYEYM KNGSIWDWLH EDKPVLEKKK KLLDWEARLR IAVGLAQGVE YLHHDCVPPI VHRDIKSSNV LLDSNMEAHL
1101: GDFGLAKVLT ENCDTNTDSN TWFACSYGYI APEYAYSLKA TEKSDVYSMG IVLMEIVTGK MPTDSVFGAE MDMVRWVETH LEVAGSARDK LIDPKLKPLL
1201: PFEEDAACQV LEIALQCTKT SPQERPSSRQ ACDSLLHVYN NRTAGYKKL
0101: DLSSNNLVGP IPTALSNLTS LESLFLFSNQ LTGEIPSQLG SLVNIRSLRI GDNELVGDIP ETLGNLVNLQ MLALASCRLT GPIPSQLGRL VRVQSLILQD
0201: NYLEGPIPAE LGNCSDLTVF TAAENMLNGT IPAELGRLEN LEILNLANNS LTGEIPSQLG EMSQLQYLSL MANQLQGLIP KSLADLGNLQ TLDLSANNLT
0301: GEIPEEFWNM SQLLDLVLAN NHLSGSLPKS ICSNNTNLEQ LVLSGTQLSG EIPVELSKCQ SLKQLDLSNN SLAGSIPEAL FELVELTDLY LHNNTLEGTL
0401: SPSISNLTNL QWLVLYHNNL EGKLPKEISA LRKLEVLFLY ENRFSGEIPQ EIGNCTSLKM IDMFGNHFEG EIPPSIGRLK ELNLLHLRQN ELVGGLPASL
0501: GNCHQLNILD LADNQLSGSI PSSFGFLKGL EQLMLYNNSL QGNLPDSLIS LRNLTRINLS HNRLNGTIHP LCGSSSYLSF DVTNNGFEDE IPLELGNSQN
0601: LDRLRLGKNQ LTGKIPWTLG KIRELSLLDM SSNALTGTIP LQLVLCKKLT HIDLNNNFLS GPIPPWLGKL SQLGELKLSS NQFVESLPTE LFNCTKLLVL
0701: SLDGNSLNGS IPQEIGNLGA LNVLNLDKNQ FSGSLPQAMG KLSKLYELRL SRNSLTGEIP VEIGQLQDLQ SALDLSYNNF TGDIPSTIGT LSKLETLDLS
0801: HNQLTGEVPG SVGDMKSLGY LNVSFNNLGG KLKKQFSRWP ADSFLGNTGL CGSPLSRCNR VRSNNKQQGL SARSVVIISA ISALTAIGLM ILVIALFFKQ
0901: RHDFFKKVGH GSTAYTSSSS SSQATHKPLF RNGASKSDIR WEDIMEATHN LSEEFMIGSG GSGKVYKAEL ENGETVAVKK ILWKDDLMSN KSFSREVKTL
1001: GRIRHRHLVK LMGYCSSKSE GLNLLIYEYM KNGSIWDWLH EDKPVLEKKK KLLDWEARLR IAVGLAQGVE YLHHDCVPPI VHRDIKSSNV LLDSNMEAHL
1101: GDFGLAKVLT ENCDTNTDSN TWFACSYGYI APEYAYSLKA TEKSDVYSMG IVLMEIVTGK MPTDSVFGAE MDMVRWVETH LEVAGSARDK LIDPKLKPLL
1201: PFEEDAACQV LEIALQCTKT SPQERPSSRQ ACDSLLHVYN NRTAGYKKL
Arabidopsis Description
GSO1LRR receptor-like serine/threonine-protein kinase GSO1 [Source:UniProtKB/Swiss-Prot;Acc:C0LGQ5]
SUBAcon: [plasma membrane]
SUBAcon: [plasma membrane]
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.