Subcellular Localization
min:
: max
Winner_takes_all: cytosol
Predictor Summary:
Predictor Summary:
- nucleus 3
- cytosol 2
- mitochondrion 1
Predictors | GFP | MS/MS | Papers | ||||||||||||||||
---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|
PPI
No PPI Data
Homology
Paralog
locus | Identity | Homology Identity |
---|
Ortholog
locus | Homology Species | Location | Identity | Homology Identity |
---|---|---|---|---|
VIT_06s0004g05970.t01 | Wine grape | cytosol, endoplasmic reticulum, extracellular, golgi, plasma membrane, vacuole | 63.26 | 77.68 |
PGSC0003DMT400053716 | Potato | cytosol, mitochondrion | 4.32 | 77.33 |
Solyc06g005990.2.1 | Tomato | cytosol | 72.43 | 71.42 |
CDX99082 | Canola | cytosol | 63.56 | 71.38 |
AT3G46960.1 | Thale cress | nucleus | 71.09 | 70.82 |
GSMUA_Achr9P03710_001 | Banana | cytosol | 69.3 | 70.51 |
Bra018181.1-P | Field mustard | nucleus | 69.75 | 69.8 |
CDX86107 | Canola | nucleus | 69.67 | 69.52 |
TraesCS6A01G133400.3 | Wheat | cytosol | 64.61 | 63.42 |
KXG29518 | Sorghum | cytosol | 64.53 | 63.17 |
TraesCS6B01G161800.5 | Wheat | nucleus | 64.38 | 63.16 |
HORVU6Hr1G025670.1 | Barley | nucleus | 64.16 | 62.98 |
Zm00001d015314_P003 | Maize | cytosol | 64.01 | 60.84 |
KRH41401 | Soybean | nucleus | 26.23 | 36.07 |
KRH60115 | Soybean | cytosol | 25.41 | 35.26 |
KRH46878 | Soybean | nucleus | 25.71 | 35.17 |
KRH74713 | Soybean | nucleus | 19.0 | 21.94 |
KRH07179 | Soybean | endoplasmic reticulum, plastid | 11.25 | 12.69 |
KRH43818 | Soybean | nucleus | 16.62 | 10.22 |
KRH13647 | Soybean | cytosol | 16.54 | 10.17 |
KRH54676 | Soybean | nucleus | 14.83 | 9.53 |
KRH16213 | Soybean | nucleus | 14.53 | 9.08 |
Protein Annotations
Description
hypothetical protein
Coordinates
chr18:+:6246475..6262080
Molecular Weight (calculated)
150382.0 Da
IEP (calculated)
5.893
GRAVY (calculated)
-0.336
Length
1342 amino acids
Sequence
(BLAST)
(BLAST)
0001: MDPIQAANEL AFRVGFSGHS GHLRLEPLST EERRNPLRSI PDFIPPPAFP SETPESIKKY IEETYLQPRL DPDDFSPEKV GRQWEFDWFD RAKVPLEPSL
0101: PRTMVVPVWE PPFRRSNNGS VKGIWEPKFE EVDVADLTSG AVESGPLPRT SGKDFVRGSI NNRPFRPGGL DDSRSLDRIL PEGASNGEWV HEILNGGPAQ
0201: TIPPSLKQGL DFGMLKPYPC SWNVCKEANS LKSSSDEKLS GLSVQFDDLF KKAWDEDAVG DQEDGHLSEV ETITLEAEVG TTEVSSRAHE SEMSLDDILS
0301: ADSEGSKLHL DGFNDEIGQQ KKEAWAIHET SEQIVDSFHE LVPDMALEFP FELDAFQKEA IYYLEKGESV FVAAHTSAGK TVVAEYAFAL ASKHCTRAVY
0401: TAPIKTISNQ KYRDLCGKFD VGLLTGDVSL RPEASCLIMT TEILRSMLYR GADIIRDIEW VIFDEVHYVN DVERGVVWEE VIIMLPRHIN IVLLSATVPN
0501: TIEFADWIGR TKQKEIRVTG TTKRPVPLEH CLFYSGELYK ICESEKFLPQ GLKAAKKEAS RKKNLTAGGG SGPKPGISPG HDKARVQKRE NTSHTKHHGA
0601: NFYGTGRGYQ NNGNGQSNWE LRRADASMLL MLINKLSKKS LLPVVIFCFS KNRCDKSADS LTGTDLTSSS EKSEIRLFCD KAFSRLKGSD KNLPQVVRVQ
0701: NLLRRGIGVH HAGLLPIVKE VVEMLFCRGV IKVLFSTETF AMGVNAPART VVFDTLRKFD GKEFRQLLAG EYTQMAGRAG RRGLDKIGTV ILMCRDELPE
0801: ESDLEPVIVG SATRLESQFR LTYIMILHLL RVEELKVEDM LKRSFAEFHA QKKLPEMQQL LKRKLNQPTK AIECLKGEPT IEEYYDLYLE AETYSNQISE
0901: AILQSPSAQQ FLNTGRVVIV KSESAQDHLL GVVVETPSPT NKMYIVFVIK PDMPSSVDNA SSSGNMQNKS GAFDQGYFVM PKSRRVVVDE YSTSVSARKG
1001: KGVITIRLPY SGSACGMGYE VREVDSKEFL CICSSKIKID RVGLLEDISS SVYSKTVQLL MDLKSDGNKY PPALDPVKDL KLRDVKLVAT YHKWTRLLEK
1101: MSQNQCHGCI KLEEHLKLAK EIKKHKEEVY ALQFQMSDEA LKQMPDFQGR IDVLKQIGCI DEDLVVQMKG RVACEMNSGE ELICTECLFE NQMDELEPEE
1201: AVAIMSAFVF QQKNTSEPSL TPKLSEAKHR LYQTAIRLGE LQAHFNLPIN PAEYAQENLK FGLVEVVYEW AKGTPFADIC ELTDVPEGLI VRTIVRLDET
1301: CREFKNAAAI MGNSALCKKM EIASNAIKRD IVFAASLYIT GV
0101: PRTMVVPVWE PPFRRSNNGS VKGIWEPKFE EVDVADLTSG AVESGPLPRT SGKDFVRGSI NNRPFRPGGL DDSRSLDRIL PEGASNGEWV HEILNGGPAQ
0201: TIPPSLKQGL DFGMLKPYPC SWNVCKEANS LKSSSDEKLS GLSVQFDDLF KKAWDEDAVG DQEDGHLSEV ETITLEAEVG TTEVSSRAHE SEMSLDDILS
0301: ADSEGSKLHL DGFNDEIGQQ KKEAWAIHET SEQIVDSFHE LVPDMALEFP FELDAFQKEA IYYLEKGESV FVAAHTSAGK TVVAEYAFAL ASKHCTRAVY
0401: TAPIKTISNQ KYRDLCGKFD VGLLTGDVSL RPEASCLIMT TEILRSMLYR GADIIRDIEW VIFDEVHYVN DVERGVVWEE VIIMLPRHIN IVLLSATVPN
0501: TIEFADWIGR TKQKEIRVTG TTKRPVPLEH CLFYSGELYK ICESEKFLPQ GLKAAKKEAS RKKNLTAGGG SGPKPGISPG HDKARVQKRE NTSHTKHHGA
0601: NFYGTGRGYQ NNGNGQSNWE LRRADASMLL MLINKLSKKS LLPVVIFCFS KNRCDKSADS LTGTDLTSSS EKSEIRLFCD KAFSRLKGSD KNLPQVVRVQ
0701: NLLRRGIGVH HAGLLPIVKE VVEMLFCRGV IKVLFSTETF AMGVNAPART VVFDTLRKFD GKEFRQLLAG EYTQMAGRAG RRGLDKIGTV ILMCRDELPE
0801: ESDLEPVIVG SATRLESQFR LTYIMILHLL RVEELKVEDM LKRSFAEFHA QKKLPEMQQL LKRKLNQPTK AIECLKGEPT IEEYYDLYLE AETYSNQISE
0901: AILQSPSAQQ FLNTGRVVIV KSESAQDHLL GVVVETPSPT NKMYIVFVIK PDMPSSVDNA SSSGNMQNKS GAFDQGYFVM PKSRRVVVDE YSTSVSARKG
1001: KGVITIRLPY SGSACGMGYE VREVDSKEFL CICSSKIKID RVGLLEDISS SVYSKTVQLL MDLKSDGNKY PPALDPVKDL KLRDVKLVAT YHKWTRLLEK
1101: MSQNQCHGCI KLEEHLKLAK EIKKHKEEVY ALQFQMSDEA LKQMPDFQGR IDVLKQIGCI DEDLVVQMKG RVACEMNSGE ELICTECLFE NQMDELEPEE
1201: AVAIMSAFVF QQKNTSEPSL TPKLSEAKHR LYQTAIRLGE LQAHFNLPIN PAEYAQENLK FGLVEVVYEW AKGTPFADIC ELTDVPEGLI VRTIVRLDET
1301: CREFKNAAAI MGNSALCKKM EIASNAIKRD IVFAASLYIT GV
0001: MNKVEAGNEL GFRVGFSGHG GHLRVEPFYT AERDDALNSL PDFVSPPAFA KETKESIKKH IEEKYLIPRL EPDQFSAEKA ENQWDFDWFS RVKMPLQPSL
0101: PRSVVVPTWE LPFRRQKEDT ENGAWEPKSV EVDLSEQMYG DQDSGFFPRM VGPPKDFLRG SVNNRPFRPG GLEDSQSSER VLPEGVSSGQ WVQELLNGGP
0201: AQTVPPSFKQ SLDLGDLMPY PQTWSVYEDH SSHGNASDEN SSKLSIQFDD LFKKAWEEDT FSELEGDDHT AGSESPKAEA EPDAKASISN EVSKGLETDV
0301: TVLDEILSSA KTAIMSEEAV TGSSDKQLRK EGWATKGDSQ DIADRFYELV PDMAIEFPFE LDNFQKEAIC CLEKGESVFV AAHTSAGKTV VAEYAFALAT
0401: KHCTRAVYTA PIKTISNQKY RDFCGKFDVG LLTGDVSIRP EASCLIMTTE ILRSMLYRGA DIIRDIEWVI FDEVHYVNDV ERGVVWEEVI IMLPRHINFV
0501: LLSATVPNTF EFADWIGRTK QKEIRVTGTT KRPVPLEHCL FYSGELYKVC ENEVFLSKGI KDAKDSQKKK NSNAVSVAPK QQMGSSAHQD GSKSQKHEAH
0601: SRGKQNKHSS VKDVGKSSYS GNSQNNGAFR RSAASNWLLL INKLSKMSLL PVVVFCFSKN YCDRCADALT GTDLTSSSEK SEIRVFCDKA FSRLKGSDRN
0701: LPQVLRLQSL LHRGIGVHHA GLLPIVKEVV EMLFCRGVIK VLFSTETFAM GVNAPARTVV FDALRKFDGK EFRQLLPGEY TQMAGRAGRR GLDKTGTVVV
0801: MCRDEVPDES DLRRVIVGSA TRLESQFRLT YIMILHLLRV EELKVEDMLK RSFAEFHAQK KLPEKQQLLM IKRSLPTKHI ECIKGEPAIE DYYDMYMEAN
0901: EYNNKMSEAV MQSPYAQSFL VQGRVVVMKS GMGIDNLLGI VLKGPSNTNR QYVVLVIKSE IPPPEKNMVS IGKKSSDPSQ GYFIAPKSKR GFEEEFYTKP
1001: SSRKGPVVIK IELPYHGVAA GVGYEVKGFD NKEFLCICDS KIKIDQVRLL EDGNKAAFSQ TVQQLLDLKS DGNKFPPALD PVKDLKLKDA ELVETYYKWT
1101: NLLQKMSMNK CHGCVKLEEH MKLAREIKKH KTDLKDLEFQ MSDEALLQMP AFQGRIDVLK NIGCIDDDLV VQIKGRVACE MNSGEELICT VCLFENQFEE
1201: LEPEEAVAIM SAFVFQQKNT SAPTLTPKLA KAKQRLYDTA IRLGELQAQY NLQIDPEEYA QENLKFGLVE VVYEWAKGTP FAEICELTDV PEGLIVRTIV
1301: RLDETCREFK NAAAIMGNSA LHKKMDAASN AIKRDIVFAA SLYVTGV
0101: PRSVVVPTWE LPFRRQKEDT ENGAWEPKSV EVDLSEQMYG DQDSGFFPRM VGPPKDFLRG SVNNRPFRPG GLEDSQSSER VLPEGVSSGQ WVQELLNGGP
0201: AQTVPPSFKQ SLDLGDLMPY PQTWSVYEDH SSHGNASDEN SSKLSIQFDD LFKKAWEEDT FSELEGDDHT AGSESPKAEA EPDAKASISN EVSKGLETDV
0301: TVLDEILSSA KTAIMSEEAV TGSSDKQLRK EGWATKGDSQ DIADRFYELV PDMAIEFPFE LDNFQKEAIC CLEKGESVFV AAHTSAGKTV VAEYAFALAT
0401: KHCTRAVYTA PIKTISNQKY RDFCGKFDVG LLTGDVSIRP EASCLIMTTE ILRSMLYRGA DIIRDIEWVI FDEVHYVNDV ERGVVWEEVI IMLPRHINFV
0501: LLSATVPNTF EFADWIGRTK QKEIRVTGTT KRPVPLEHCL FYSGELYKVC ENEVFLSKGI KDAKDSQKKK NSNAVSVAPK QQMGSSAHQD GSKSQKHEAH
0601: SRGKQNKHSS VKDVGKSSYS GNSQNNGAFR RSAASNWLLL INKLSKMSLL PVVVFCFSKN YCDRCADALT GTDLTSSSEK SEIRVFCDKA FSRLKGSDRN
0701: LPQVLRLQSL LHRGIGVHHA GLLPIVKEVV EMLFCRGVIK VLFSTETFAM GVNAPARTVV FDALRKFDGK EFRQLLPGEY TQMAGRAGRR GLDKTGTVVV
0801: MCRDEVPDES DLRRVIVGSA TRLESQFRLT YIMILHLLRV EELKVEDMLK RSFAEFHAQK KLPEKQQLLM IKRSLPTKHI ECIKGEPAIE DYYDMYMEAN
0901: EYNNKMSEAV MQSPYAQSFL VQGRVVVMKS GMGIDNLLGI VLKGPSNTNR QYVVLVIKSE IPPPEKNMVS IGKKSSDPSQ GYFIAPKSKR GFEEEFYTKP
1001: SSRKGPVVIK IELPYHGVAA GVGYEVKGFD NKEFLCICDS KIKIDQVRLL EDGNKAAFSQ TVQQLLDLKS DGNKFPPALD PVKDLKLKDA ELVETYYKWT
1101: NLLQKMSMNK CHGCVKLEEH MKLAREIKKH KTDLKDLEFQ MSDEALLQMP AFQGRIDVLK NIGCIDDDLV VQIKGRVACE MNSGEELICT VCLFENQFEE
1201: LEPEEAVAIM SAFVFQQKNT SAPTLTPKLA KAKQRLYDTA IRLGELQAQY NLQIDPEEYA QENLKFGLVE VVYEWAKGTP FAEICELTDV PEGLIVRTIV
1301: RLDETCREFK NAAAIMGNSA LHKKMDAASN AIKRDIVFAA SLYVTGV
Arabidopsis Description
SKI2DExH-box ATP-dependent RNA helicase DExH11 [Source:UniProtKB/Swiss-Prot;Acc:F4JAA5]
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.