Subcellular Localization
min:
: max
Winner_takes_all: nucleus
Predictor Summary:
Predictor Summary:
- nucleus 5
- mitochondrion 1
- cytosol 1
| Predictors | GFP | MS/MS | Papers | ||||||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|
PPI
No PPI Data
Homology
Paralog
| locus | Identity | Homology Identity |
|---|
Ortholog
| locus | Homology Species | Location | Identity | Homology Identity |
|---|---|---|---|---|
| KRH31260 | Soybean | cytosol, nucleus, plastid | 93.8 | 94.05 |
| KRH18030 | Soybean | mitochondrion, plastid | 5.7 | 94.03 |
| Os02t0511900-00 | Rice | nucleus | 22.54 | 73.13 |
| GSMUA_Achr9P17910_001 | Banana | nucleus | 63.74 | 71.47 |
| AT1G08260.1 | Thale cress | nucleus | 69.76 | 71.31 |
| Bra018641.1-P | Field mustard | nucleus | 67.72 | 70.3 |
| OQU85005 | Sorghum | nucleus | 66.32 | 69.86 |
| CDX95079 | Canola | nucleus | 67.68 | 69.83 |
| KRG99612 | Soybean | cytosol | 8.92 | 69.61 |
| CDX93579 | Canola | nucleus | 68.36 | 69.59 |
| TraesCS1B01G156600.1 | Wheat | cytosol | 64.46 | 69.57 |
| TraesCS1D01G139000.1 | Wheat | cytosol | 64.37 | 69.47 |
| HORVU1Hr1G036500.57 | Barley | mitochondrion, nucleus | 67.95 | 68.76 |
| AT2G27120.2 | Thale cress | nucleus | 66.59 | 68.71 |
| TraesCS1A01G130700.1 | Wheat | nucleus | 68.36 | 68.17 |
| Os02t0511901-00 | Rice | nucleus | 20.82 | 62.42 |
| GSMUA_Achr9P17920_001 | Banana | nucleus | 5.89 | 56.03 |
Protein Annotations
Description
hypothetical protein
Coordinates
chr12:+:7032552..7055653
Molecular Weight (calculated)
253725.0 Da
IEP (calculated)
7.049
GRAVY (calculated)
-0.407
Length
2209 amino acids
Sequence
(BLAST)
(BLAST)
0001: MSGDGRRRDR RDNRASKKRK LNRTPEEELE AKLGFDLFSE GEKRLGWLLT FASSSVDDED SYKVYSCVDL YFVAQDGSSF KTKFRFRPYF YVATKDKMEI
0101: DVEAYLKRRY EGQIADVEII EKEDLDLKNH LSGLRKSYLK LSFDTVQQLM DVKRDLMPTV ERNKAKSDAA EAFLSVSTER REHRPQDFLD CITDVREYDV
0201: PYHVRFAIDN DIRCGQWYDV GVSSNNGVTL EKKTDLLQRA EVRICAFDIE TTKLPLKFPD ADYDLIMMIS YMVDGQGYLI INRECVGDDI EDIEYTPKPE
0301: FEGCFKVTNA QNEIELLRLW FSHMQEVKPG IYVTYNGDFF DWPFLERRAT HHGFKMSDEL GFKCDMNQGE CRARYACHLD CFAWVKRDSY LPQGSQGLKA
0401: VTKAKLGYDP LEVNPEDMVR FAKEKPQMMA SYSVSDAVAT YYLYTTYVHP FIFSLATIIP MSPDEVLRKG SGTLCEMLLM VQAYKANVIC PNKHQSDPEK
0501: FYNNHLLESE TYIGGHVECL ESGVFRSDIP SSFTLEPSAY QQLINNLDRD LQYAITVEGK MDLEFVSNYD EVKNAIMEKL VKLRDAPIRE ECPLIYHLDV
0601: AAMYPNIILT NRLQPPSIVT EEVCTACDFN RPGKTCLRKL EWVWRGETFM AKKSDYYALK TQIESEFVDD SEKNNKALTH YSEKSSKSFL DLPKAEQQSR
0701: LKERLKKYCQ KAYKRVLDKP VTELREAGIC MRENPFYVDT VRSFRDRRYE YKGLNKVWKG KLSEAKASGN SMKIQEAQDM VVLYDSLQLA HKCILNSFYG
0801: YVMRKGARWY SMEMAGVVTY TGAKIIQNAR LLVEKIGKPL ELDTDGIWCA LPGSFPENFT FKTKDPKKKF TISYPCVMLN VDVAINNTND QYQTLTDPIR
0901: KTYTTHSECS IEFEVDGPYK AMILPASKEE GILIKKRYAV FNDDGTLAEL KGFEIKRRGE LKLIKVFQAE LFDKFLHGST LEECYSAVAS VANGWLDLLD
1001: NQGKDIADSE LLDYISESST MSKSLADYGQ QKSCAVTTAR RLADFLGDTM VKDKGLRCQY IVASEPKGTP VSERAVPVAI FETDAEVMKF YVRKWCKVSS
1101: DVGIRSIVDW SYYKQRLSSA IQKIITIPAA MQKVANPVPR VVHPDWLHKK VREKEDKFRQ RKLVDAFKSM NRNEHSKRHD DSTRVPLVMD GDIVNELEDF
1201: GNKDRSSTCR PRPIIRHYEA NNEQHSRKVN DQEDVEQQHN KPLQQNVYRS VDYQGWLQIK KRTWKDILER RKKQRLENSK KSDRVSSVLE QMNGKGNQGR
1301: SHVSSYLKRL EVDLTKRHWQ IIQLVPSSLI GQFFAWVVVD GSMHKIHVSV PRVFYLNSRS AITEGFMGKR VNKTLPHGRH SYNLYEVSIN EIQYGEASQK
1401: LAALLADPDV EGVYETKVPL EFNAIVQLGC VCKVDKTANK RSLQEPWNLS ELHMKTTAEC AYLEQSISFF YFYHSISEGR AIYIGYFPAS KTMTVVVVNP
1501: YQNKDLSPVF LERHFHDACQ SLSIEPPPRN GINFKVDYVA HVKDAEAVMQ RAINGHSHGR ENHMPMVAVI ECPNVQLVKL GIRALDNFPC LSVPYNARDS
1601: QYQILGWQQV AAKTGMQRCA ASVQWLNQRI ALSRYAHVPL GNFELDWLIF IADIFFSRAL HDNQQVLWIS DDGLPDLGGI NSEQNCFVDE VQQPALTYPG
1701: AYRNVTVELK IHHLAVNALL KYNLVNEMEG GTLLRFGHEL DSGAFSTNDQ NGFDESTSCV QAFRVLKQLI QRCLADAVTS GNVYADSILQ HLYRWLCSPK
1801: SKLHDPALHQ LLHKVMQKVF ALLLAEFRKL GATIVFANFS KIIIDTGKYD LSRAKAYCDS LLRTIQSRDL FEWIELEPLQ FWCSLLFMDQ YNYGGIPTKS
1901: DEAVNNESQV DIISSWNIAE YLPKKIQDHF VFIVSQFMYI PWNYAKKQAQ IRASLQNGDS CTPSINIGAA EAFESEITEF TKEQIGSYFT HKLLGIVHDI
2001: GLHMKGMNRL ENNQSTSGLP PLTGDVHRGD ASLEFIKHVC AVLALDQSVQ HEVLVLRKNL LKYVDVKEFA PEAKFHGPCH SFILSNVICS YCNDCRDLDL
2101: CRDSALLTEE WRCAVPQCAQ PYDREVMENA LLQTVRQRER LYHLQDLVCT RCHQVKAAHL AEQCACAGSF RCKEDASEFR EKMQIFLNIA SRQKFQLLQE
2201: CTSWILELR
0101: DVEAYLKRRY EGQIADVEII EKEDLDLKNH LSGLRKSYLK LSFDTVQQLM DVKRDLMPTV ERNKAKSDAA EAFLSVSTER REHRPQDFLD CITDVREYDV
0201: PYHVRFAIDN DIRCGQWYDV GVSSNNGVTL EKKTDLLQRA EVRICAFDIE TTKLPLKFPD ADYDLIMMIS YMVDGQGYLI INRECVGDDI EDIEYTPKPE
0301: FEGCFKVTNA QNEIELLRLW FSHMQEVKPG IYVTYNGDFF DWPFLERRAT HHGFKMSDEL GFKCDMNQGE CRARYACHLD CFAWVKRDSY LPQGSQGLKA
0401: VTKAKLGYDP LEVNPEDMVR FAKEKPQMMA SYSVSDAVAT YYLYTTYVHP FIFSLATIIP MSPDEVLRKG SGTLCEMLLM VQAYKANVIC PNKHQSDPEK
0501: FYNNHLLESE TYIGGHVECL ESGVFRSDIP SSFTLEPSAY QQLINNLDRD LQYAITVEGK MDLEFVSNYD EVKNAIMEKL VKLRDAPIRE ECPLIYHLDV
0601: AAMYPNIILT NRLQPPSIVT EEVCTACDFN RPGKTCLRKL EWVWRGETFM AKKSDYYALK TQIESEFVDD SEKNNKALTH YSEKSSKSFL DLPKAEQQSR
0701: LKERLKKYCQ KAYKRVLDKP VTELREAGIC MRENPFYVDT VRSFRDRRYE YKGLNKVWKG KLSEAKASGN SMKIQEAQDM VVLYDSLQLA HKCILNSFYG
0801: YVMRKGARWY SMEMAGVVTY TGAKIIQNAR LLVEKIGKPL ELDTDGIWCA LPGSFPENFT FKTKDPKKKF TISYPCVMLN VDVAINNTND QYQTLTDPIR
0901: KTYTTHSECS IEFEVDGPYK AMILPASKEE GILIKKRYAV FNDDGTLAEL KGFEIKRRGE LKLIKVFQAE LFDKFLHGST LEECYSAVAS VANGWLDLLD
1001: NQGKDIADSE LLDYISESST MSKSLADYGQ QKSCAVTTAR RLADFLGDTM VKDKGLRCQY IVASEPKGTP VSERAVPVAI FETDAEVMKF YVRKWCKVSS
1101: DVGIRSIVDW SYYKQRLSSA IQKIITIPAA MQKVANPVPR VVHPDWLHKK VREKEDKFRQ RKLVDAFKSM NRNEHSKRHD DSTRVPLVMD GDIVNELEDF
1201: GNKDRSSTCR PRPIIRHYEA NNEQHSRKVN DQEDVEQQHN KPLQQNVYRS VDYQGWLQIK KRTWKDILER RKKQRLENSK KSDRVSSVLE QMNGKGNQGR
1301: SHVSSYLKRL EVDLTKRHWQ IIQLVPSSLI GQFFAWVVVD GSMHKIHVSV PRVFYLNSRS AITEGFMGKR VNKTLPHGRH SYNLYEVSIN EIQYGEASQK
1401: LAALLADPDV EGVYETKVPL EFNAIVQLGC VCKVDKTANK RSLQEPWNLS ELHMKTTAEC AYLEQSISFF YFYHSISEGR AIYIGYFPAS KTMTVVVVNP
1501: YQNKDLSPVF LERHFHDACQ SLSIEPPPRN GINFKVDYVA HVKDAEAVMQ RAINGHSHGR ENHMPMVAVI ECPNVQLVKL GIRALDNFPC LSVPYNARDS
1601: QYQILGWQQV AAKTGMQRCA ASVQWLNQRI ALSRYAHVPL GNFELDWLIF IADIFFSRAL HDNQQVLWIS DDGLPDLGGI NSEQNCFVDE VQQPALTYPG
1701: AYRNVTVELK IHHLAVNALL KYNLVNEMEG GTLLRFGHEL DSGAFSTNDQ NGFDESTSCV QAFRVLKQLI QRCLADAVTS GNVYADSILQ HLYRWLCSPK
1801: SKLHDPALHQ LLHKVMQKVF ALLLAEFRKL GATIVFANFS KIIIDTGKYD LSRAKAYCDS LLRTIQSRDL FEWIELEPLQ FWCSLLFMDQ YNYGGIPTKS
1901: DEAVNNESQV DIISSWNIAE YLPKKIQDHF VFIVSQFMYI PWNYAKKQAQ IRASLQNGDS CTPSINIGAA EAFESEITEF TKEQIGSYFT HKLLGIVHDI
2001: GLHMKGMNRL ENNQSTSGLP PLTGDVHRGD ASLEFIKHVC AVLALDQSVQ HEVLVLRKNL LKYVDVKEFA PEAKFHGPCH SFILSNVICS YCNDCRDLDL
2101: CRDSALLTEE WRCAVPQCAQ PYDREVMENA LLQTVRQRER LYHLQDLVCT RCHQVKAAHL AEQCACAGSF RCKEDASEFR EKMQIFLNIA SRQKFQLLQE
2201: CTSWILELR
0001: MSGDNRRRDR KDTRWSKKPK VVNTAEDELE SKLGFGLFSE GETRLGWLLT FSSSSWEDRD TGKVYSCVDL YFVTQDGFSF KTKYKFRPYF YAATKDKMEL
0101: ELEAYLRRRY ERQVADIEIV EKEDLDLKNH LSGLQKKYLK ISFDTVQQLM EVKRDLLHIV ERNQAKFDAL EAYESILAGK REQRPQDCLD SIVDLREYDV
0201: PYHVRFAIDN DVRSGQWYNV SISSTDVILE KRTDLLQRAE VRVCAFDIET TKLPLKFPDA EYDQIMMISY MVDGQGFLII NRECVGEDVE DLEYTPKPEF
0301: EGYFKVTNVK NEVELLQRWF YHMQELKPGI YVTYNGDFFD WPFIERRASH HGIKMNEELG FRCDQNQGEC RAKFACHLDC FAWVKRDSYL PQGSHGLKAV
0401: TKAKLGYDPL EVNPEDMVRF AMEKPQTMAS YSVSDAVATY YLYMTYVNPF IFSLATIIPM VPDEVLRKGS GTLCEMLLMV EAYKANVVCP NKNQADPEKF
0501: YQNQLLESET YIGGHVECLE SGVFRSDIPT SFKLDSSAYQ QLIDNLGRDL EYAITVEGKM RMDSISNYDE VKDEIKEKLE KLRDDPIREE GPLIYHLDVA
0601: AMYPNIILTN RLQPPSIVTD EICTACDFNR PGKTCLRKLE WVWRGVTFMG KKSDYYHLKK QIESEFVDAG ANIMSSKSFL DLPKVDQQSK LKERLKKYCQ
0701: KAYKRVLDKP ITEVREAGIC MRENPFYVDT VRSFRDRRYE YKTLNKVWKG KLSEAKASGN SIKIQEAQDM VVVYDSLQLA HKCILNSFYG YVMRKGARWY
0801: SMEMAGVVTY TGAKIIQNAR LLIERIGKPL ELDTDGIWCC LPGSFPENFT FKTIDMKKLT ISYPCVMLNV DVAKNNTNDQ YQTLVDPVRK TYKSHSECSI
0901: EFEVDGPYKA MIIPASKEEG ILIKKRYAVF NHDGTLAELK GFEIKRRGEL KLIKVFQAEL FDKFLHGSTL EECYSAVAAV ADRWLDLLDN QGKDIADSEL
1001: LDYISESSTM SKSLADYGEQ KSCAVTTAKR LAEFLGVTMV KDKGLRCQYI VACEPKGTPV SERAVPVAIF TTNPEVMKFH LRKWCKTSSD VGIRLIIDWS
1101: YYKQRLSSAI QKVITIPAAM QKVANPVPRV LHPDWLHKKV REKDDKFRQR KLVDMFSSAN KDVVLDTDLP VTKDNVEDIE DFCKENRPSV KGPKPIARSY
1201: EVNKKQSECE QQESWDTEFH DISFQNIDKS VNYQGWLELK KRKWKVTLEK KKKRRLGDLR SSNQVDTHEI NQKVGQGRGG VGSYFRRPEE ALTSSHWQII
1301: QLVPSPQSGQ FFAWVVVEGL MLKIPLSIPR VFYINSKVPI DEYFQGKCVN KILPHGRPCY SLTEVKIQED QFKKESKKRA ALLADPGVEG IYETKVPLEF
1401: SAICQIGCVC KIDNKAKHRN TQDGWEVGEL HMKTTTECHY LKRSIPLVYL YNSTSTGRAI YVLYCHVSKL MSAVVVDPFN GNELLPSALE RQFRDSCLEL
1501: SLDSLSWDGI RFQVHYVDHP EAAKKIIQRA ISEYREENCG PTVAVIECPD FTFMKEGIKA LDDFPCVRIP FNDDDNSYQP VSWQRPAAKI AMFRCAAAFQ
1601: WLDRRITQSR YAHVPLGNFG LDWLTFTIDI FLSRALRDQQ QVLWVSDNGV PDLGGINNEE AFFADEVQQT SLVFPGAYRK VSVELKIHNL AVNALLKSNL
1701: VNEMEGGGFM GFEQDVNPRG INSNDNTSFD ETTGCAQAFR VLKQLIHSCL TDVRKSKNIY ADSILQRLSW WLCSPSSKLH DPALHLMLHK VMQKVFALLL
1801: TDLRRLGAII IYADFSKVII DTVKFDLSAA KAYCESLLST VRNSDIFEWI LLEPVHYWHS LLFMDQYNYA GIRADDEISL DEVTIEPKWS VARHLPEYIE
1901: RDFIIIIAKF IFDPWKFAIE NKKGSSESLE AQMIEYLREQ IGSTFINMLV KKVDDIMSHM KEINVSDASR VSGQAPKGDY SLEFIQVISA VLALDQNVQQ
2001: DVLVMRKSLL KYIKVKECAA EAEFLDPGPS FILPNVACSN CDAYRDLDIC RDPALLTEKE WSCADTQCGK IYDREQMESS LLEMVRQRER MYHMQDVVCI
2101: RCNQVKAAHL TEQCECSGSF RCKESGSEFS KRMEIFMDIA KRQKFRLLEE YISWIIYGPS Y
0101: ELEAYLRRRY ERQVADIEIV EKEDLDLKNH LSGLQKKYLK ISFDTVQQLM EVKRDLLHIV ERNQAKFDAL EAYESILAGK REQRPQDCLD SIVDLREYDV
0201: PYHVRFAIDN DVRSGQWYNV SISSTDVILE KRTDLLQRAE VRVCAFDIET TKLPLKFPDA EYDQIMMISY MVDGQGFLII NRECVGEDVE DLEYTPKPEF
0301: EGYFKVTNVK NEVELLQRWF YHMQELKPGI YVTYNGDFFD WPFIERRASH HGIKMNEELG FRCDQNQGEC RAKFACHLDC FAWVKRDSYL PQGSHGLKAV
0401: TKAKLGYDPL EVNPEDMVRF AMEKPQTMAS YSVSDAVATY YLYMTYVNPF IFSLATIIPM VPDEVLRKGS GTLCEMLLMV EAYKANVVCP NKNQADPEKF
0501: YQNQLLESET YIGGHVECLE SGVFRSDIPT SFKLDSSAYQ QLIDNLGRDL EYAITVEGKM RMDSISNYDE VKDEIKEKLE KLRDDPIREE GPLIYHLDVA
0601: AMYPNIILTN RLQPPSIVTD EICTACDFNR PGKTCLRKLE WVWRGVTFMG KKSDYYHLKK QIESEFVDAG ANIMSSKSFL DLPKVDQQSK LKERLKKYCQ
0701: KAYKRVLDKP ITEVREAGIC MRENPFYVDT VRSFRDRRYE YKTLNKVWKG KLSEAKASGN SIKIQEAQDM VVVYDSLQLA HKCILNSFYG YVMRKGARWY
0801: SMEMAGVVTY TGAKIIQNAR LLIERIGKPL ELDTDGIWCC LPGSFPENFT FKTIDMKKLT ISYPCVMLNV DVAKNNTNDQ YQTLVDPVRK TYKSHSECSI
0901: EFEVDGPYKA MIIPASKEEG ILIKKRYAVF NHDGTLAELK GFEIKRRGEL KLIKVFQAEL FDKFLHGSTL EECYSAVAAV ADRWLDLLDN QGKDIADSEL
1001: LDYISESSTM SKSLADYGEQ KSCAVTTAKR LAEFLGVTMV KDKGLRCQYI VACEPKGTPV SERAVPVAIF TTNPEVMKFH LRKWCKTSSD VGIRLIIDWS
1101: YYKQRLSSAI QKVITIPAAM QKVANPVPRV LHPDWLHKKV REKDDKFRQR KLVDMFSSAN KDVVLDTDLP VTKDNVEDIE DFCKENRPSV KGPKPIARSY
1201: EVNKKQSECE QQESWDTEFH DISFQNIDKS VNYQGWLELK KRKWKVTLEK KKKRRLGDLR SSNQVDTHEI NQKVGQGRGG VGSYFRRPEE ALTSSHWQII
1301: QLVPSPQSGQ FFAWVVVEGL MLKIPLSIPR VFYINSKVPI DEYFQGKCVN KILPHGRPCY SLTEVKIQED QFKKESKKRA ALLADPGVEG IYETKVPLEF
1401: SAICQIGCVC KIDNKAKHRN TQDGWEVGEL HMKTTTECHY LKRSIPLVYL YNSTSTGRAI YVLYCHVSKL MSAVVVDPFN GNELLPSALE RQFRDSCLEL
1501: SLDSLSWDGI RFQVHYVDHP EAAKKIIQRA ISEYREENCG PTVAVIECPD FTFMKEGIKA LDDFPCVRIP FNDDDNSYQP VSWQRPAAKI AMFRCAAAFQ
1601: WLDRRITQSR YAHVPLGNFG LDWLTFTIDI FLSRALRDQQ QVLWVSDNGV PDLGGINNEE AFFADEVQQT SLVFPGAYRK VSVELKIHNL AVNALLKSNL
1701: VNEMEGGGFM GFEQDVNPRG INSNDNTSFD ETTGCAQAFR VLKQLIHSCL TDVRKSKNIY ADSILQRLSW WLCSPSSKLH DPALHLMLHK VMQKVFALLL
1801: TDLRRLGAII IYADFSKVII DTVKFDLSAA KAYCESLLST VRNSDIFEWI LLEPVHYWHS LLFMDQYNYA GIRADDEISL DEVTIEPKWS VARHLPEYIE
1901: RDFIIIIAKF IFDPWKFAIE NKKGSSESLE AQMIEYLREQ IGSTFINMLV KKVDDIMSHM KEINVSDASR VSGQAPKGDY SLEFIQVISA VLALDQNVQQ
2001: DVLVMRKSLL KYIKVKECAA EAEFLDPGPS FILPNVACSN CDAYRDLDIC RDPALLTEKE WSCADTQCGK IYDREQMESS LLEMVRQRER MYHMQDVVCI
2101: RCNQVKAAHL TEQCECSGSF RCKESGSEFS KRMEIFMDIA KRQKFRLLEE YISWIIYGPS Y
Arabidopsis Description
POL2ADNA polymerase epsilon catalytic subunit A [Source:UniProtKB/Swiss-Prot;Acc:F4HW04]
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.