Subcellular Localization
min:
: max
Winner_takes_all: plastid, cytosol
Predictor Summary:
Predictor Summary:
- plastid 5
- cytosol 2
- plasma membrane 1
| Predictors | GFP | MS/MS | Papers |
|---|---|---|---|
PPI
No PPI Data
Homology
Paralog
| locus | Identity | Homology Identity |
|---|
Ortholog
| locus | Homology Species | Location | Identity | Homology Identity |
|---|---|---|---|---|
| Bra015251.1-P | Field mustard | plastid | 99.02 | 75.8 |
| VIT_03s0063g01740.t01 | Wine grape | plastid | 35.7 | 56.58 |
| KRH29549 | Soybean | cytosol, nucleus, plasma membrane | 56.69 | 41.6 |
| Solyc01g109080.2.1 | Tomato | cytosol, endoplasmic reticulum, nucleus | 55.45 | 41.14 |
| GSMUA_Achr3P30770_001 | Banana | cytosol, plasma membrane | 49.91 | 37.11 |
| CDY45045 | Canola | cytosol | 1.01 | 35.44 |
| KXG37601 | Sorghum | nucleus | 45.23 | 33.82 |
| Zm00001d033935_P002 | Maize | cytosol, mitochondrion, plasma membrane, plastid | 45.16 | 33.73 |
| TraesCS4B01G069200.1 | Wheat | cytosol, mitochondrion | 45.05 | 33.66 |
| HORVU4Hr1G011510.11 | Barley | cytosol, nucleus, plastid | 45.12 | 33.33 |
| CDY71256 | Canola | cytosol | 5.29 | 32.96 |
| VIT_03s0063g01750.t01 | Wine grape | cytosol | 23.2 | 32.19 |
| CDX77893 | Canola | cytosol | 6.38 | 17.41 |
| CDY28135 | Canola | plastid | 12.76 | 14.21 |
| CDY29333 | Canola | plastid | 12.47 | 13.96 |
| CDY50976 | Canola | plastid | 12.18 | 13.75 |
| CDY46271 | Canola | plastid | 10.87 | 13.11 |
| CDX99625 | Canola | cytosol | 10.37 | 10.89 |
| CDY15923 | Canola | cytosol | 10.37 | 10.85 |
| CDY21811 | Canola | cytosol | 10.11 | 8.95 |
| CDY68500 | Canola | cytosol | 1.38 | 7.36 |
| CDX77892 | Canola | cytosol | 3.55 | 5.79 |
| Os03t0738200-00 | Rice | cytosol | 0.0 | 0.0 |
| CDY69314 | Canola | cytosol | 0.0 | 0.0 |
| CDY69250 | Canola | cytosol | 0.0 | 0.0 |
Protein Annotations
| KEGG:04150+2.7.11.1 | KEGG:04151+2.7.11.1 | KEGG:04714+2.7.11.1 | KEGG:04926+2.7.11.1 | KEGG:05165+2.7.11.1 | Gene3D:1.10.1070.11 |
| MapMan:17.3.2.2.1 | MapMan:18.4.7.1 | Gene3D:3.30.1010.10 | GO:A0A078IXJ7 | UniProt:A0A078IXJ7 | InterPro:ARM-type_fold |
| EnsemblPlants:CDY54069 | ProteinID:CDY54069 | ProteinID:CDY54069.1 | ncoils:Coil | GO:GO:0000184 | GO:GO:0003674 |
| GO:GO:0003824 | GO:GO:0004674 | GO:GO:0005488 | GO:GO:0006139 | GO:GO:0006464 | GO:GO:0006468 |
| GO:GO:0008150 | GO:GO:0008152 | GO:GO:0009056 | GO:GO:0009987 | GO:GO:0016301 | GO:GO:0016310 |
| GO:GO:0016740 | GO:GO:0019538 | EnsemblPlantsGene:GSBRNA2T00012068001 | InterPro:IPR000403 | InterPro:IPR014009 | InterPro:IPR036940 |
| InterPro:Kinase-like_dom_sf | PFAM:PF00454 | PFAM:PF15785 | InterPro:PI3/4_kinase_CS | InterPro:PI3/4_kinase_cat_dom | InterPro:PI3/4_kinase_cat_sf |
| InterPro:PIK_FAT | ScanProsite:PS00916 | PFscan:PS50290 | PFscan:PS51189 | PANTHER:PTHR11139 | PANTHER:PTHR11139:SF71 |
| SMART:SM00146 | InterPro:SMG1 | SUPFAM:SSF48371 | SUPFAM:SSF56112 | UniParc:UPI0004EE2D30 | SEG:seg |
Description
BnaA07g36310DBnaA07g36310D protein (Fragment) [Source:UniProtKB/TrEMBL;Acc:A0A078IXJ7]
Coordinates
chrLK033273:-:1..9867
Molecular Weight (calculated)
308526.0 Da
IEP (calculated)
6.431
GRAVY (calculated)
-0.097
Length
2759 amino acids
Sequence
(BLAST)
(BLAST)
0001: MMQGFHHQQQ QQLISLLSAA LPTNNPSSSS SEPVAPPSTS AAAAASSSNA SSPFKNKKPK KTKKKIASAP LGPRDSKPER NLDSARLAAL KSLHRAITYP
0101: PNSLLIANSA SYLCSGLWQL LSDKSYDVRQ ASVSAYGALC AIVCSIPIEF IGRQSLLMLV DSFIDWALPL IRDVSVQDGS TVLALESVRE FLSVGDVHVI
0201: DRYALPILDA CKSLLEDERT SIPLLNQALG VLFLISSKFF ILFHPHFLDI VDMLLGWALL QDQPDSDRQI VLDSFLQFQK HWVGNLDFSV GLLSKFLGDM
0301: DVLLCDGSEG TPEQFHRLLA LLSCFLAILR STASGLLENN LLYKMDEPLS QMIPRLLGFL STMGQRFGWA KWIEDLWKCL TLLAEILREK FSTYYFPSLE
0401: MLFKSLEQND NVNIHGTLKT NLQLLSLQKQ GLLSSCVPKL LCFESPLSRL RLHQNRLVTA GSSDTYIFLL QHESEEIIQQ AMELLMNELE LLKTVLVDSS
0501: GSENKTFDVT AYEAFSKNEL LAMINFDMKV LLSCVSLGGR KSLSDVPKIA ALYLKRSEKL ISFVFEKLNP FESYVDACSE LQVSIMRMLE CLAAVELLSN
0601: CSVLIQPGSK LLKETNHGKT PVKHTFFTMV VEHLRKYSLT MVKALRFSSP LDVKLASLEW IQKFCENLMA ISKNLNMDAY FCETFPYAGA VRDVIMAVLD
0701: AAFDTEPKVR SLSAKVLELL LVVKLIHPIS FYSLAEILLE KLGDPDTSIK NAFIKLLSHL LPATQYVCGM HSEVEHMALR PEVLMLGNGY LHWKQVFALK
0801: QPDHHFQSQQ LVSVLNYVSQ RWKVPFSSWI QGLINAFQGT KDTDDGHPDE NLIKNGWLAI KAEKGSIERI CLANNLAGAW WAVHEAARFC VSTRLRTNFG
0901: GPTQTFAVLE RMLLDITTVL QVDSEQNVVG SSGAHLLPMR LLLDFVEALK KNVYNAYEGT AVLSSAPQQS VLFFRANRKV CEEWFSRISE PMMNAGISLQ
1001: SHNATVEYCT LRLEELKSRA ILVKKEKFKV QAQITSDISG ILRKMSLALS QNHDTHALLG VNKWVSMNLA PLVAEESDNQ KRSDELTLFP WITGLIYQSD
1101: GRYEKAAAYF AHLLEEEDCL SSMGSDDIHF VIERIIESYA ALSDWKSLDS WLSELQALRA RHAGKSFSGS LTAAGNEMNA IRALARFDEG DIQGAWACLD
1201: LTPKTSAEPS LNPKLALQRS EQMLLQAILF QAEGNIQKVS HTLQKARSML DETSLALSFD GLSETAPYAT QLHCLYAFEE SHQMRESEPK QKHNNLMLSS
1301: CVWSMQSMIN RIHRDCSPWL KVLRTYSTIS PTAWVTLKLC MDLFGFARKQ GNLLLANHLK VYLNDHVSSC DEVKVRDFLI SNLQYQGALL MYEENKIQDA
1401: VVDLWSFVQP EVTALHPVCL DNGVAFLKAK ACLKLATWLK GDASSLDLEK VVFKISADFN RTEIPSSVSS EPLVYESSQP SIKAISEEMI GTVTKVSTQL
1501: CSAMGKSWIS YASWCFRQAT ESFSKSNEST IHTSFSSRIL AQELQPGTFR LTEDETQSVE SIVMQFLQND ESKDLTNIGQ DGNHHTTTAD HSEARMKALQ
1601: KQVIETIENA AAAPGGEGCD WDSLSVHLAS QLTDTLLCAK ENGEDTDIGP IVKRLIEVWW SLRKRRVSLF GHSALGFTQY LRYSSKNLRT SEFTGVDYDP
1701: LNKKAGSHTL RSTLYILHIL LNYGVELKDT LRHALSMVPL EPWQEVTPQL FARLSSHPEE VVRKEIEGLL IMLAKLCPWS IVYPTLVDVN ACDEKPSEEL
1801: LHVKACLAEL YPRLIQDVQL MLNELGNVTV LWEELWLSTL QDLHMDVIRR INLLKEEAAR VSENVTLSQS EKNDINAARY SAMMAPIVVA LERRLASTSR
1901: KPVTPHEVWF YEEYIERLNS AILTFKTLPS PAALGEVWRP FDSIATSLAS HQKKSSISLK EVAPSLSLLS SCNIPMPGLE KQPTLSESDT SLQGIVTVSS
2001: LSDHVTILPT KTRPKKLIMI GSDGKKYIYL LKGREDLRLD ARIMQLLQAI NTFFCSSRAT DGGTIGIRYY SVTPISGRAG LIQWVDNVIS IYSIFRSWQT
2101: RAKLSQMSPS APGSAKSPDL PPVPRPSDMF YGKMIPALKD KGIRRVISRR DWPHDVKRQV QLDLMKEVPK QLLHRELWCA SEGFKAFATK FKRYSGSVAA
2201: MSIVGHMLGL GDRHLDNILM DFCSGDVVHI DYNVCFDKGQ RLEVPEIVPF RLTQTMEAAL GLTGVEGTFR ANCEAVLGVL RQNKDTLLML MEVFVWDPLV
2301: EWTRGNSHDD AAIGGEERKD MEVAVSLSLF SSRVQEIRVR LQEHHDLLLA ALPAVELSLE RFSKVLNQYE IASSVFLQAD QERSKLSLRE TSAKTTVAEA
2401: TCNLENIRAS FEIQAQEFSR AKALVSEKAQ ETAVWMEQRG KILGALRRDM IPEITAPTVL TDILGSLSLT SAVLVAGVRL TVVPEPTQAQ CNNIDKEISL
2501: LVNDLSDGLS SALAALQTYS LALQRILPLN YHTTSQVYDW AQVLQLAARA LSTDILSLAK RQAGEQYAKV HGDDSQSVRN CYDDLWRKVE KYADDVKKLE
2601: EEYAELEASS ATGPESKAKN RLFYGLINYM QSPGFVESTN AGLSDKYEAA KRVNLQDSGK RTLKDSGERT LKALDLLHTS ISSLYDRSKE KVHYILNAST
2701: ERNDLNESLV SESRSLSTNL EAQIEMCMIV VDFLNEVKHY AGQEISSVGE SLAGSAHRV
0101: PNSLLIANSA SYLCSGLWQL LSDKSYDVRQ ASVSAYGALC AIVCSIPIEF IGRQSLLMLV DSFIDWALPL IRDVSVQDGS TVLALESVRE FLSVGDVHVI
0201: DRYALPILDA CKSLLEDERT SIPLLNQALG VLFLISSKFF ILFHPHFLDI VDMLLGWALL QDQPDSDRQI VLDSFLQFQK HWVGNLDFSV GLLSKFLGDM
0301: DVLLCDGSEG TPEQFHRLLA LLSCFLAILR STASGLLENN LLYKMDEPLS QMIPRLLGFL STMGQRFGWA KWIEDLWKCL TLLAEILREK FSTYYFPSLE
0401: MLFKSLEQND NVNIHGTLKT NLQLLSLQKQ GLLSSCVPKL LCFESPLSRL RLHQNRLVTA GSSDTYIFLL QHESEEIIQQ AMELLMNELE LLKTVLVDSS
0501: GSENKTFDVT AYEAFSKNEL LAMINFDMKV LLSCVSLGGR KSLSDVPKIA ALYLKRSEKL ISFVFEKLNP FESYVDACSE LQVSIMRMLE CLAAVELLSN
0601: CSVLIQPGSK LLKETNHGKT PVKHTFFTMV VEHLRKYSLT MVKALRFSSP LDVKLASLEW IQKFCENLMA ISKNLNMDAY FCETFPYAGA VRDVIMAVLD
0701: AAFDTEPKVR SLSAKVLELL LVVKLIHPIS FYSLAEILLE KLGDPDTSIK NAFIKLLSHL LPATQYVCGM HSEVEHMALR PEVLMLGNGY LHWKQVFALK
0801: QPDHHFQSQQ LVSVLNYVSQ RWKVPFSSWI QGLINAFQGT KDTDDGHPDE NLIKNGWLAI KAEKGSIERI CLANNLAGAW WAVHEAARFC VSTRLRTNFG
0901: GPTQTFAVLE RMLLDITTVL QVDSEQNVVG SSGAHLLPMR LLLDFVEALK KNVYNAYEGT AVLSSAPQQS VLFFRANRKV CEEWFSRISE PMMNAGISLQ
1001: SHNATVEYCT LRLEELKSRA ILVKKEKFKV QAQITSDISG ILRKMSLALS QNHDTHALLG VNKWVSMNLA PLVAEESDNQ KRSDELTLFP WITGLIYQSD
1101: GRYEKAAAYF AHLLEEEDCL SSMGSDDIHF VIERIIESYA ALSDWKSLDS WLSELQALRA RHAGKSFSGS LTAAGNEMNA IRALARFDEG DIQGAWACLD
1201: LTPKTSAEPS LNPKLALQRS EQMLLQAILF QAEGNIQKVS HTLQKARSML DETSLALSFD GLSETAPYAT QLHCLYAFEE SHQMRESEPK QKHNNLMLSS
1301: CVWSMQSMIN RIHRDCSPWL KVLRTYSTIS PTAWVTLKLC MDLFGFARKQ GNLLLANHLK VYLNDHVSSC DEVKVRDFLI SNLQYQGALL MYEENKIQDA
1401: VVDLWSFVQP EVTALHPVCL DNGVAFLKAK ACLKLATWLK GDASSLDLEK VVFKISADFN RTEIPSSVSS EPLVYESSQP SIKAISEEMI GTVTKVSTQL
1501: CSAMGKSWIS YASWCFRQAT ESFSKSNEST IHTSFSSRIL AQELQPGTFR LTEDETQSVE SIVMQFLQND ESKDLTNIGQ DGNHHTTTAD HSEARMKALQ
1601: KQVIETIENA AAAPGGEGCD WDSLSVHLAS QLTDTLLCAK ENGEDTDIGP IVKRLIEVWW SLRKRRVSLF GHSALGFTQY LRYSSKNLRT SEFTGVDYDP
1701: LNKKAGSHTL RSTLYILHIL LNYGVELKDT LRHALSMVPL EPWQEVTPQL FARLSSHPEE VVRKEIEGLL IMLAKLCPWS IVYPTLVDVN ACDEKPSEEL
1801: LHVKACLAEL YPRLIQDVQL MLNELGNVTV LWEELWLSTL QDLHMDVIRR INLLKEEAAR VSENVTLSQS EKNDINAARY SAMMAPIVVA LERRLASTSR
1901: KPVTPHEVWF YEEYIERLNS AILTFKTLPS PAALGEVWRP FDSIATSLAS HQKKSSISLK EVAPSLSLLS SCNIPMPGLE KQPTLSESDT SLQGIVTVSS
2001: LSDHVTILPT KTRPKKLIMI GSDGKKYIYL LKGREDLRLD ARIMQLLQAI NTFFCSSRAT DGGTIGIRYY SVTPISGRAG LIQWVDNVIS IYSIFRSWQT
2101: RAKLSQMSPS APGSAKSPDL PPVPRPSDMF YGKMIPALKD KGIRRVISRR DWPHDVKRQV QLDLMKEVPK QLLHRELWCA SEGFKAFATK FKRYSGSVAA
2201: MSIVGHMLGL GDRHLDNILM DFCSGDVVHI DYNVCFDKGQ RLEVPEIVPF RLTQTMEAAL GLTGVEGTFR ANCEAVLGVL RQNKDTLLML MEVFVWDPLV
2301: EWTRGNSHDD AAIGGEERKD MEVAVSLSLF SSRVQEIRVR LQEHHDLLLA ALPAVELSLE RFSKVLNQYE IASSVFLQAD QERSKLSLRE TSAKTTVAEA
2401: TCNLENIRAS FEIQAQEFSR AKALVSEKAQ ETAVWMEQRG KILGALRRDM IPEITAPTVL TDILGSLSLT SAVLVAGVRL TVVPEPTQAQ CNNIDKEISL
2501: LVNDLSDGLS SALAALQTYS LALQRILPLN YHTTSQVYDW AQVLQLAARA LSTDILSLAK RQAGEQYAKV HGDDSQSVRN CYDDLWRKVE KYADDVKKLE
2601: EEYAELEASS ATGPESKAKN RLFYGLINYM QSPGFVESTN AGLSDKYEAA KRVNLQDSGK RTLKDSGERT LKALDLLHTS ISSLYDRSKE KVHYILNAST
2701: ERNDLNESLV SESRSLSTNL EAQIEMCMIV VDFLNEVKHY AGQEISSVGE SLAGSAHRV
0001: MAKDDNNLSS LVHELRERVA ASASTPANNL RHSSGDEDAL EIRFRAVIPN LLNTYVVPSL GNGREVTAVL KLVGHTARNI PGVFYHGTPS AILPVIARII
0101: PFFAEPEFVP GHGVLLETVG SLLMLLRSNS RKAYRIFFHD ALQAIQDMQP IASLHSIEPE VCESHIPFRC FCMSFSGIGG DLPDANKPRD GDGLVLNLLG
0201: ANRWQPFATC ILKLICKCLT EGTLYVQGLI HTSFFKAACS LVCCGGADVQ MACFEFATLV GSILTFNILP HVALIQSIIL LLSADEGLPV YRNTIYDSTI
0301: GRFLTAVYSS CSDAAVKLTA ESLVLVLSHA LQRTKSEELK ASLCSAYVRI VKSCPPCIWK IHCLLELLHL PEPCFQLIEC FKAVLIVLGP GCVRVETTKC
0401: GSHTSATSDR PVQGINAGKK RHIEDESTYK RKRQKVGDDI RRGVYFAPEF ADETDGKDAA SLREMLISTV ESLKPPPAGP SLSQTESSIV ALSMLTNAFC
0501: FCPWTDMTHR LFNQMYAWIP WIAGQVEETN PIMFDISIYL EGIHNLLLVG VDPQYEYTSK GNDLVAIQFL LKLPWTHYML FKTPSSLVKS KCLSVGIWTK
0601: LGLQDGSDFD IFSWSLSDDF EQVQAVAAIS MPLKVLFSGL GALLHMFPKL EHLLEEKELM IKKAIPQSLG FLSCLYGSST TDSEKTACHL LLHEDLKKDE
0701: TLNSLLQGFR CSKCDKFIER EDEKHFRIIE TPEMVKLKMD HHRDYFNLQS LYFNLLYDES SEETQLACVE VIRRILGHTS PDILVRTRSQ WIRCLQYLLV
0801: HVNTDVREAF CAQIGIFVQH PIVSCLFLSE DATEKSCERN FFNLIEHSLA AAKDLLVIQT LLETTAEVMV AVDVTSELFL ICLFLLIDQL DHPNLIVRIN
0901: ASKLINRSCY IHVKGGFATL LSTASHIQNE LFDNLSVRLT SRPNVVREFA EAVLGVETEE LVRKMVPAVL PKLLVYWQEN AQAANTLNEL AKLIDTDVVP
1001: LIVNWLPRVL AFALNQEEDK NLLSVLQLYH SQIGSDNQEI FAAALPALLD ELVCFVDIAD TPETDRRLQR LPDAIKKISK VLTNAEDLPG FLQNHFVGLL
1101: NSIDRKMLHA DDIFLQKQAL KRIKLLIEMM GHYLSTYVPK LMVLLMHAIE KDALQSEGLL VLHFFTRKLA DVSPSSIKYV ISQIFAALIP FLEKEKEGPH
1201: VYLDEVVKIL EELVLKNRDI VKEHICEFPL LPSIPSLGEL NNAIQEARGL MSLKDQLRDI VNGMKHENLN VRYMVACELS KLLYNRNEDV AALIAGELVS
1301: DMEILSSLIT YLLQGCAEES RTTVGQRLKL VCADCLGAIG AIDPAKVRVA SCSRFKIQCS DDDLIFELIH KHLARAFRAA QDTIIQDSAA LAIQELLKIA
1401: GCEPSLAGNV VVLTPQEHVQ VNVSGSRRCG GNNEVKDRGQ KLWDRFSNYV KELIAPCLTS RFQLPNVSDP GSAGPIYRPS MSFRRWLSYW IRKLTAFATG
1501: SRVSIFAACR GIVRHDMQTA TYLLPYLVLD VVCHGTEAAR LSISEEILSV LDAAASENSG VTINSFGVGQ SEVCVQAVFT LLDNLGQWVD DVKQGVALSS
1601: SLQSSGGRQV APKSKDQVSN STTEQDHLLV QCKYVLELLL AIPKVTLARA SFRCQAYARS LMYLESHVRG KSGSLNPAAE KTGIFENADV SSLMGIYSCL
1701: DEPDGLSGFA SLSKSLNLQD QLLINKKSGN WADVFTACEQ ALQMEPTSVQ RHSDVLNCLL NMCHHQTMVT HVDGLISRVP EYKKTWCTQG VQAAWRLGKW
1801: DLMDEYLDGA DAEGLLFSSS DSNASFDRDV AKILHAMMKK DQYSVAEGIA ISKQALIAPL AAAGMDSYTR AYPFVVKLHL LRELEDFQAV LNGDSYLEKS
1901: FSTSDQVFSK AVDNWENRLR FTQSSLWTRE PLLAFRRLVF GASGLGAQVG NCWLQYAKLC RLAGHYETAH RAILEAQASG APNVHMEKAK LLWITKRSDS
2001: AIIELQQSLL NMPEGVVDST VISSINSLLM APPNPEPTVR NTQSFKEKKD VAKTLLLYSK WIHHSGQKQK KDVLNLYTQV KELLPWEKGY FHLAKYYDEL
2101: YVDARKCQQE SSVFSSAGSK KGSVSSNLST EKAGWDYLFK GMYFYAKALH SGHKNLFQAL PRLLTLWFDF GTIYKTSGSA GNKELKSTHM KIMSLMRGCL
2201: KDLPTYQWLT VLPQLVSRIC HQNADTVLMV KNIITSVLHQ FPQQGLWIMA AVSKSTVPAR REAAAEIIQG ARKGFNQSDR GHNLFIQFAS LTDHFIKLCF
2301: HGGQPRSKVI NIATEFSALK RMMPLDIIMP IQQSLTISLP AFHMNNNERH SASVFSGSDL PTISGIADEA EILSSLQRPK KIILLGNDGI EYPFLCKPKD
2401: DLRKDARMME FTAMINRLLS KYPESRRRKL YIRTFAVAPL TEDCGLVEWV PHTRGLRHIL QDIYISCGKF DRQKTNPQIK RIYDQCAVKK EYEMLKTKIL
2501: PMFPPVFHKW FLTTFSEPAA WFRSRVAYAH TTAVWSMVGH IVGLGDRHGE NILFDSTSGD CVHVDFSCLF DKGLQLEKPE LVPFRLTQNM IDGLGITGYE
2601: GIFMRVCEIT LTVLRTHRET LMSILETFIH DPLVEWTKSH KSSGVEVQNP HAQRAISSIE ARLQGVVVGV PLPVEGQARR LIADAVSLEN LGKMYIWWMP
2701: WF
0101: PFFAEPEFVP GHGVLLETVG SLLMLLRSNS RKAYRIFFHD ALQAIQDMQP IASLHSIEPE VCESHIPFRC FCMSFSGIGG DLPDANKPRD GDGLVLNLLG
0201: ANRWQPFATC ILKLICKCLT EGTLYVQGLI HTSFFKAACS LVCCGGADVQ MACFEFATLV GSILTFNILP HVALIQSIIL LLSADEGLPV YRNTIYDSTI
0301: GRFLTAVYSS CSDAAVKLTA ESLVLVLSHA LQRTKSEELK ASLCSAYVRI VKSCPPCIWK IHCLLELLHL PEPCFQLIEC FKAVLIVLGP GCVRVETTKC
0401: GSHTSATSDR PVQGINAGKK RHIEDESTYK RKRQKVGDDI RRGVYFAPEF ADETDGKDAA SLREMLISTV ESLKPPPAGP SLSQTESSIV ALSMLTNAFC
0501: FCPWTDMTHR LFNQMYAWIP WIAGQVEETN PIMFDISIYL EGIHNLLLVG VDPQYEYTSK GNDLVAIQFL LKLPWTHYML FKTPSSLVKS KCLSVGIWTK
0601: LGLQDGSDFD IFSWSLSDDF EQVQAVAAIS MPLKVLFSGL GALLHMFPKL EHLLEEKELM IKKAIPQSLG FLSCLYGSST TDSEKTACHL LLHEDLKKDE
0701: TLNSLLQGFR CSKCDKFIER EDEKHFRIIE TPEMVKLKMD HHRDYFNLQS LYFNLLYDES SEETQLACVE VIRRILGHTS PDILVRTRSQ WIRCLQYLLV
0801: HVNTDVREAF CAQIGIFVQH PIVSCLFLSE DATEKSCERN FFNLIEHSLA AAKDLLVIQT LLETTAEVMV AVDVTSELFL ICLFLLIDQL DHPNLIVRIN
0901: ASKLINRSCY IHVKGGFATL LSTASHIQNE LFDNLSVRLT SRPNVVREFA EAVLGVETEE LVRKMVPAVL PKLLVYWQEN AQAANTLNEL AKLIDTDVVP
1001: LIVNWLPRVL AFALNQEEDK NLLSVLQLYH SQIGSDNQEI FAAALPALLD ELVCFVDIAD TPETDRRLQR LPDAIKKISK VLTNAEDLPG FLQNHFVGLL
1101: NSIDRKMLHA DDIFLQKQAL KRIKLLIEMM GHYLSTYVPK LMVLLMHAIE KDALQSEGLL VLHFFTRKLA DVSPSSIKYV ISQIFAALIP FLEKEKEGPH
1201: VYLDEVVKIL EELVLKNRDI VKEHICEFPL LPSIPSLGEL NNAIQEARGL MSLKDQLRDI VNGMKHENLN VRYMVACELS KLLYNRNEDV AALIAGELVS
1301: DMEILSSLIT YLLQGCAEES RTTVGQRLKL VCADCLGAIG AIDPAKVRVA SCSRFKIQCS DDDLIFELIH KHLARAFRAA QDTIIQDSAA LAIQELLKIA
1401: GCEPSLAGNV VVLTPQEHVQ VNVSGSRRCG GNNEVKDRGQ KLWDRFSNYV KELIAPCLTS RFQLPNVSDP GSAGPIYRPS MSFRRWLSYW IRKLTAFATG
1501: SRVSIFAACR GIVRHDMQTA TYLLPYLVLD VVCHGTEAAR LSISEEILSV LDAAASENSG VTINSFGVGQ SEVCVQAVFT LLDNLGQWVD DVKQGVALSS
1601: SLQSSGGRQV APKSKDQVSN STTEQDHLLV QCKYVLELLL AIPKVTLARA SFRCQAYARS LMYLESHVRG KSGSLNPAAE KTGIFENADV SSLMGIYSCL
1701: DEPDGLSGFA SLSKSLNLQD QLLINKKSGN WADVFTACEQ ALQMEPTSVQ RHSDVLNCLL NMCHHQTMVT HVDGLISRVP EYKKTWCTQG VQAAWRLGKW
1801: DLMDEYLDGA DAEGLLFSSS DSNASFDRDV AKILHAMMKK DQYSVAEGIA ISKQALIAPL AAAGMDSYTR AYPFVVKLHL LRELEDFQAV LNGDSYLEKS
1901: FSTSDQVFSK AVDNWENRLR FTQSSLWTRE PLLAFRRLVF GASGLGAQVG NCWLQYAKLC RLAGHYETAH RAILEAQASG APNVHMEKAK LLWITKRSDS
2001: AIIELQQSLL NMPEGVVDST VISSINSLLM APPNPEPTVR NTQSFKEKKD VAKTLLLYSK WIHHSGQKQK KDVLNLYTQV KELLPWEKGY FHLAKYYDEL
2101: YVDARKCQQE SSVFSSAGSK KGSVSSNLST EKAGWDYLFK GMYFYAKALH SGHKNLFQAL PRLLTLWFDF GTIYKTSGSA GNKELKSTHM KIMSLMRGCL
2201: KDLPTYQWLT VLPQLVSRIC HQNADTVLMV KNIITSVLHQ FPQQGLWIMA AVSKSTVPAR REAAAEIIQG ARKGFNQSDR GHNLFIQFAS LTDHFIKLCF
2301: HGGQPRSKVI NIATEFSALK RMMPLDIIMP IQQSLTISLP AFHMNNNERH SASVFSGSDL PTISGIADEA EILSSLQRPK KIILLGNDGI EYPFLCKPKD
2401: DLRKDARMME FTAMINRLLS KYPESRRRKL YIRTFAVAPL TEDCGLVEWV PHTRGLRHIL QDIYISCGKF DRQKTNPQIK RIYDQCAVKK EYEMLKTKIL
2501: PMFPPVFHKW FLTTFSEPAA WFRSRVAYAH TTAVWSMVGH IVGLGDRHGE NILFDSTSGD CVHVDFSCLF DKGLQLEKPE LVPFRLTQNM IDGLGITGYE
2601: GIFMRVCEIT LTVLRTHRET LMSILETFIH DPLVEWTKSH KSSGVEVQNP HAQRAISSIE ARLQGVVVGV PLPVEGQARR LIADAVSLEN LGKMYIWWMP
2701: WF
Arabidopsis Description
ATRAD3Ataxia telangiectasia-mutated and RAD3-related [Source:TAIR;Acc:AT5G40820]
SUBAcon: [plasma membrane,nucleus,cytosol]
SUBAcon: [plasma membrane,nucleus,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.