Subcellular Localization
min:
: max
Winner_takes_all: cytosol
Predictor Summary:
Predictor Summary:
- nucleus 1
- cytosol 2
- mitochondrion 1
- 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 |
|---|---|---|---|---|
| CDX99625 | Canola | cytosol | 97.57 | 97.91 |
| AT5G40820.2 | Thale cress | cytosol, nucleus, plasma membrane | 88.39 | 86.16 |
| Os06t0724700-01 | Rice | mitochondrion | 13.62 | 75.1 |
| Bra030327.1-P | Field mustard | cytosol, peroxisome, plasma membrane | 98.86 | 72.58 |
| VIT_03s0038g02970.t01 | Wine grape | cytosol | 65.62 | 63.08 |
| KRH36116 | Soybean | cytosol | 64.74 | 62.31 |
| TraesCS1B01G298500.2 | Wheat | cytosol | 12.41 | 61.58 |
| Solyc01g111870.1.1 | Tomato | cytosol | 62.24 | 60.12 |
| GSMUA_Achr1P26290_001 | Banana | plastid | 52.71 | 56.35 |
| TraesCS7A01G543400.2 | Wheat | plastid | 55.37 | 54.0 |
| TraesCS7D01G529300.1 | Wheat | cytosol, plastid | 55.33 | 53.96 |
| OQU77126 | Sorghum | cytosol | 55.18 | 53.89 |
| HORVU7Hr1G118750.2 | Barley | plastid | 55.07 | 53.88 |
| TraesCS7B01G465500.1 | Wheat | mitochondrion | 55.07 | 53.66 |
| Zm00001d014813_P006 | Maize | cytosol | 55.29 | 53.61 |
| CDY45045 | Canola | cytosol | 0.87 | 29.11 |
| CDX77893 | Canola | cytosol | 8.58 | 22.35 |
| CDY71256 | Canola | cytosol | 3.42 | 20.32 |
| CDY68500 | Canola | cytosol | 3.11 | 15.89 |
| CDY46271 | Canola | plastid | 13.13 | 15.12 |
| CDY28135 | Canola | plastid | 14.12 | 15.01 |
| CDY21811 | Canola | cytosol | 17.5 | 14.79 |
| CDY29333 | Canola | plastid | 13.81 | 14.77 |
| CDY50976 | Canola | plastid | 13.09 | 14.12 |
| CDY54069 | Canola | cytosol, plastid | 10.85 | 10.37 |
| CDX77892 | Canola | cytosol | 6.53 | 10.15 |
| CDY69314 | Canola | cytosol | 0.68 | 3.6 |
| CDY69250 | Canola | cytosol | 0.68 | 2.55 |
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:14.1.2 | MapMan:18.4.7.1 | Gene3D:3.30.1010.10 | GO:A0A078FU64 | UniProt:A0A078FU64 | InterPro:ARM-type_fold |
| EnsemblPlants:CDY15923 | ProteinID:CDY15923 | ProteinID:CDY15923.1 | InterPro:FATC_dom | GO:GO:0000166 | GO:GO:0003674 |
| GO:GO:0003824 | GO:GO:0004674 | GO:GO:0005488 | GO:GO:0005515 | GO:GO:0005524 | GO:GO:0006464 |
| GO:GO:0006468 | GO:GO:0008150 | GO:GO:0008152 | GO:GO:0009987 | GO:GO:0016301 | GO:GO:0016310 |
| GO:GO:0016740 | GO:GO:0019538 | EnsemblPlantsGene:GSBRNA2T00090292001 | InterPro:IPR000403 | InterPro:IPR003152 | InterPro:IPR014009 |
| InterPro:IPR036940 | InterPro:Kinase-like_dom_sf | PFAM:PF00454 | PFAM:PF02259 | PFAM:PF02260 | PFAM:PF08064 |
| InterPro:PI3/4_kinase_CS | InterPro:PI3/4_kinase_cat_dom | InterPro:PI3/4_kinase_cat_sf | InterPro:PIK-rel_kinase_FAT | InterPro:PIK_FAT | ScanProsite:PS00916 |
| PFscan:PS50290 | PFscan:PS51189 | PFscan:PS51190 | PANTHER:PTHR11139 | PANTHER:PTHR11139:SF69 | SMART:SM00146 |
| SMART:SM00802 | SMART:SM01343 | SUPFAM:SSF48371 | SUPFAM:SSF56112 | InterPro:UME | UniParc:UPI0004EE40D0 |
| SEG:seg | : | : | : | : | : |
Description
BnaA04g11880DBnaA04g11880D protein [Source:UniProtKB/TrEMBL;Acc:A0A078FU64]
Coordinates
chrLK032059:-:531666..541475
Molecular Weight (calculated)
295128.0 Da
IEP (calculated)
7.198
GRAVY (calculated)
0.001
Length
2635 amino acids
Sequence
(BLAST)
(BLAST)
0001: MANDNNLSSL VHELRERVAA SSANNLGHAY GEDDALEIRF RAVIPNLLNA YVVPSLGSRR EVTAVLKLVG HTARNLPGVF YHGDPAAVFP VIAHILPFFA
0101: EPEFAPGHVV ILDTVGSLLM LLRSNSRKAY RMFFHDALQA IQVLLLNMPF SMCPPDMQPI AYESHIPIRC FSMSFSGVWG DSCHLCDLPP FATCVIKLIC
0201: KCLTEGTLYV EGLIHTSFLK AACSLVCYGG ADVQMACFEL ASLVGSILSF NILPHVGLIQ SIILLLSADE EGLPVYRNAV YDSTLGRCLA TVYSSCSDVT
0301: VKLTAESIVL VFPHALQRTK SEELKASLCS AYVRIVKSCP PYVWKLHCLL ELLHLSEPCF QLIECFQAVL VVLGPDFDTA KCGSHTTAAS ARPVQGINAG
0401: QKRHMKDGST HKRKRQKVGV DTQQGVYFAP EITDETDGKD SANLHRMLIS AVESLKAPPA GPSLLRPEIS IMALSILTNA FCLCPWTRMT YRLFRQMYAW
0501: IPWIAEQVEN KSSIIFDISL YLEGIYNMLL VLDLDLQHEY TSKENDLDAI QVLLKLPWTH SLLFKRPSSL RKAKCLSVGI WTKLGIQSGS GFDIFSMALS
0601: DDSEQVRAVA VISMPLKVLF TGLDALPHIF RRLEHLLKEE DLMVKKTIPQ SLGFLSCLYG SSATGPEKTA CHLFLHEDIK KDETLNCLLQ GFQCSKCDKL
0701: IESKDEKHFR IIETPEMGNL EMGHHCDYSD LQSLYFNLLY DDSSEETQLA CVEVIQRVLG HTTPDILVRT RSQWIRCLQY LLLHVNTDVR EAFCAQIGIF
0801: VQQPIVSCLF LDEYTTEKSY ERNFVDLIEH SLATAKDLLV IQTLLETAAE VMVAVDITSE LFLFSLFLLI DQLDHPNLIV RVNASRLINR SCYIHVKGGF
0901: AMLLSRAAHI QTKLFDNLSA RLTIRPNVVR EFAEAVLGVE TEELVKKMVP VILPKLLVYW QDNAQAAKTL NELAKLLDTD IGSDNKEIFS AALPALLDEL
1001: VCFLDIADTA ETDRRYVRLP EAIKKISKVL TNAEDLPGFL QNHFVGLLNS IDRKMLHADD IFLQKQALKR IKLLIEMMGH YLSTYVPKLM VLLMHAIDKD
1101: ALQSEGLLVL HFFTKKLAAV SPSSIKHVIS QVFAALIPFL EREKEGPHVC LDEVVKILEE LVLKNRDILK QHICEFPLLP SIPSLAGLNN AIQEARGLMS
1201: LKDQLREIVN GMKHENLNVR YMVACELSKL LYQRNEDVAA LISDELMSDM EILSSLITSL LQGCSEESRT TVGQRLKLVC ADCLGAVGAV DPAKVRVASC
1301: NRFKIQCSDD DLIFELIDKH LARAFRAAQD TIIQDSAALA IQELLKIAGC EPSLAGNSGR SSEVNERGHK LWGRFSNYVK ELIAPCLTSR FQLPNVSDPG
1401: SAGPIYRPSM SFRRWLSYWI KKLTAHANGS RVSIFAACRG IVRHDMQTAT YLLPYLVLDV VCHGTEAARL SISEEILSVL DAATSENSGA NNFGVGRSEV
1501: CVQSVFTLLD NLGQWVDDVK QGVALSLSVQ SSGGRQVASK SKDQVSTSTT EQDQLLVQCK YVLELLLAIP KVTLARASFR CQAYARSLMY LESHVREKSG
1601: SLNPAAEKTG FFENADVSSL MGIYSCLDEP DGLSGFASLS KSLSLQDQLL IDKKSGNWAE VFTACEQALQ MEPTSVQRHS DVLNCLLNMC HHQTMVTHVD
1701: GLISRVPEYK KTWCTQGVQA AWRLGKWDLM DEYLGGADEE GLLFSSSDSN ASFDRDVAKI LQAMMKKDQY SVAERIAISK QALIAPLAAA GMDSYTRAYP
1801: FVVKLHLLRE LEDIQALLNG ESYLEKSFST SDPVFSKVVD NWENRLRFTQ SSLWTREPLL AFRRLVFGAS GLGAQVGNCW LQYAKLCRLA GHYETAHRAL
1901: LEAQASGAPN VHMEKAKLLW ITRRSDSAII ELQQSLLNMP EGVVDSTVIS SINSLLMAPP NPEPTVRNTQ SFSDKKDVAK TLLLYTKWIH HSGQKQKKDV
2001: LNLYTQVKDL QPWEKGYFHL AKYYDELYVD ARKCQQESIV LSSAGSKKGS VSSNSSTEKA GWDYLFKGMY FYAKGLHSGH KNLFQALPRL LTLWFDFSTI
2101: YQMSGSAGNK EMKSTHMKIM SLMRGCLKDL PTYQWLTVLP QLVSRICHQN GETVQMVKNL ITSVLHQFPQ QGLWIMAAVS KSAVPARREA AAEILQGARK
2201: GFNQSDRGHN MFIQFASLTD HFIKLCFHGG QPRSKIINIA TEFSALKRMM PLDIIMPIQQ SLTITLPAFD MKNNERHSAS VFSGSDLPTI CGITDEAEIL
2301: SSLQRPKKII LLGNDGIEYP FLCKPKDDLR KDARMMEFNA MINRLLSKYP ESRRRKLYIR TFAVVPLTED CGMVEWVPHT RGLRHILQDI YISCGRFDRQ
2401: KTNPQIKRIY DQCAAKKECE MLKTKILPMF PPLFHKWFLT TFSEPAAWFR SRVAYAHTTA VWSMVGHVVG LGDRHGENIL FDSTSGDCVH VDFSCLFDKG
2501: LQLEKPELVP FRLTQASSRL FNMIDGLGIT GYEGIFMKVC EITLTVLRTH RETLMSILET FIHDPLVEWT KSHKSSGVEV QNPHAQRAIS SIEARLRGVV
2601: VGVPLPVEGQ ARRLISDAVS LENLGKMYIW WMPWF
0101: EPEFAPGHVV ILDTVGSLLM LLRSNSRKAY RMFFHDALQA IQVLLLNMPF SMCPPDMQPI AYESHIPIRC FSMSFSGVWG DSCHLCDLPP FATCVIKLIC
0201: KCLTEGTLYV EGLIHTSFLK AACSLVCYGG ADVQMACFEL ASLVGSILSF NILPHVGLIQ SIILLLSADE EGLPVYRNAV YDSTLGRCLA TVYSSCSDVT
0301: VKLTAESIVL VFPHALQRTK SEELKASLCS AYVRIVKSCP PYVWKLHCLL ELLHLSEPCF QLIECFQAVL VVLGPDFDTA KCGSHTTAAS ARPVQGINAG
0401: QKRHMKDGST HKRKRQKVGV DTQQGVYFAP EITDETDGKD SANLHRMLIS AVESLKAPPA GPSLLRPEIS IMALSILTNA FCLCPWTRMT YRLFRQMYAW
0501: IPWIAEQVEN KSSIIFDISL YLEGIYNMLL VLDLDLQHEY TSKENDLDAI QVLLKLPWTH SLLFKRPSSL RKAKCLSVGI WTKLGIQSGS GFDIFSMALS
0601: DDSEQVRAVA VISMPLKVLF TGLDALPHIF RRLEHLLKEE DLMVKKTIPQ SLGFLSCLYG SSATGPEKTA CHLFLHEDIK KDETLNCLLQ GFQCSKCDKL
0701: IESKDEKHFR IIETPEMGNL EMGHHCDYSD LQSLYFNLLY DDSSEETQLA CVEVIQRVLG HTTPDILVRT RSQWIRCLQY LLLHVNTDVR EAFCAQIGIF
0801: VQQPIVSCLF LDEYTTEKSY ERNFVDLIEH SLATAKDLLV IQTLLETAAE VMVAVDITSE LFLFSLFLLI DQLDHPNLIV RVNASRLINR SCYIHVKGGF
0901: AMLLSRAAHI QTKLFDNLSA RLTIRPNVVR EFAEAVLGVE TEELVKKMVP VILPKLLVYW QDNAQAAKTL NELAKLLDTD IGSDNKEIFS AALPALLDEL
1001: VCFLDIADTA ETDRRYVRLP EAIKKISKVL TNAEDLPGFL QNHFVGLLNS IDRKMLHADD IFLQKQALKR IKLLIEMMGH YLSTYVPKLM VLLMHAIDKD
1101: ALQSEGLLVL HFFTKKLAAV SPSSIKHVIS QVFAALIPFL EREKEGPHVC LDEVVKILEE LVLKNRDILK QHICEFPLLP SIPSLAGLNN AIQEARGLMS
1201: LKDQLREIVN GMKHENLNVR YMVACELSKL LYQRNEDVAA LISDELMSDM EILSSLITSL LQGCSEESRT TVGQRLKLVC ADCLGAVGAV DPAKVRVASC
1301: NRFKIQCSDD DLIFELIDKH LARAFRAAQD TIIQDSAALA IQELLKIAGC EPSLAGNSGR SSEVNERGHK LWGRFSNYVK ELIAPCLTSR FQLPNVSDPG
1401: SAGPIYRPSM SFRRWLSYWI KKLTAHANGS RVSIFAACRG IVRHDMQTAT YLLPYLVLDV VCHGTEAARL SISEEILSVL DAATSENSGA NNFGVGRSEV
1501: CVQSVFTLLD NLGQWVDDVK QGVALSLSVQ SSGGRQVASK SKDQVSTSTT EQDQLLVQCK YVLELLLAIP KVTLARASFR CQAYARSLMY LESHVREKSG
1601: SLNPAAEKTG FFENADVSSL MGIYSCLDEP DGLSGFASLS KSLSLQDQLL IDKKSGNWAE VFTACEQALQ MEPTSVQRHS DVLNCLLNMC HHQTMVTHVD
1701: GLISRVPEYK KTWCTQGVQA AWRLGKWDLM DEYLGGADEE GLLFSSSDSN ASFDRDVAKI LQAMMKKDQY SVAERIAISK QALIAPLAAA GMDSYTRAYP
1801: FVVKLHLLRE LEDIQALLNG ESYLEKSFST SDPVFSKVVD NWENRLRFTQ SSLWTREPLL AFRRLVFGAS GLGAQVGNCW LQYAKLCRLA GHYETAHRAL
1901: LEAQASGAPN VHMEKAKLLW ITRRSDSAII ELQQSLLNMP EGVVDSTVIS SINSLLMAPP NPEPTVRNTQ SFSDKKDVAK TLLLYTKWIH HSGQKQKKDV
2001: LNLYTQVKDL QPWEKGYFHL AKYYDELYVD ARKCQQESIV LSSAGSKKGS VSSNSSTEKA GWDYLFKGMY FYAKGLHSGH KNLFQALPRL LTLWFDFSTI
2101: YQMSGSAGNK EMKSTHMKIM SLMRGCLKDL PTYQWLTVLP QLVSRICHQN GETVQMVKNL ITSVLHQFPQ QGLWIMAAVS KSAVPARREA AAEILQGARK
2201: GFNQSDRGHN MFIQFASLTD HFIKLCFHGG QPRSKIINIA TEFSALKRMM PLDIIMPIQQ SLTITLPAFD MKNNERHSAS VFSGSDLPTI CGITDEAEIL
2301: SSLQRPKKII LLGNDGIEYP FLCKPKDDLR KDARMMEFNA MINRLLSKYP ESRRRKLYIR TFAVVPLTED CGMVEWVPHT RGLRHILQDI YISCGRFDRQ
2401: KTNPQIKRIY DQCAAKKECE MLKTKILPMF PPLFHKWFLT TFSEPAAWFR SRVAYAHTTA VWSMVGHVVG LGDRHGENIL FDSTSGDCVH VDFSCLFDKG
2501: LQLEKPELVP FRLTQASSRL FNMIDGLGIT GYEGIFMKVC EITLTVLRTH RETLMSILET FIHDPLVEWT KSHKSSGVEV QNPHAQRAIS SIEARLRGVV
2601: VGVPLPVEGQ ARRLISDAVS LENLGKMYIW WMPWF
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 EGIHNLLLVA GVDPQYEYTS KGNDLVAIQF LLKLPWTHYM LFKTPSSLVK SKCLSVGIWT
0601: KLGLQDGSDF DIFSWSLSDD FEQVQAVAAI SMPLKVLFSG LGALLHMFPK LEHLLEEKEL MIKKAIPQSL GFLSCLYGSS TTDSEKTACH LLLHEDLKKD
0701: ETLNSLLQGF RCSKCDKFIE REDEKHFRII ETPEMVKLKM DHHRDYFNLQ SLYFNLLYDE SSEETQLACV EVIRRILGHT SPDILVRTRS QWIRCLQYLL
0801: VHVNTDVREA FCAQIGIFVQ HPIVSCLFLS EDATEKSCER NFFNLIEHSL AAAKDLLVIQ TLLETTAEVM VAVDVTSELF LICLFLLIDQ LDHPNLIVRI
0901: NASKLINRSC YIHVKGGFAT LLSTASHIQN ELFDNLSVRL TSRPNVVREF AEAVLGVETE ELVRKMVPAV LPKLLVYWQE NAQAANTLNE LAKLIDTDVV
1001: PLIVNWLPRV LAFALNQEED KNLLSVLQLY HSQIGSDNQE IFAAALPALL DELVCFVDIA DTPETDRRLQ RLPDAIKKIS KVLTNAEDLP GFLQNHFVGL
1101: LNSIDRKMLH ADDIFLQKQA LKRIKLLIEM MGHYLSTYVP KLMVLLMHAI EKDALQSEGL LVLHFFTRKL ADVSPSSIKY VISQIFAALI PFLEKEKEGP
1201: HVYLDEVVKI LEELVLKNRD IVKEHICEFP LLPSIPSLGE LNNAIQEARG LMSLKDQLRD IVNGMKHENL NVRYMVACEL SKLLYNRNED VAALIAGELV
1301: SDMEILSSLI TYLLQGCAEE SRTTVGQRLK LVCADCLGAI GAIDPAKVRV ASCSRFKIQC SDDDLIFELI HKHLARAFRA AQDTIIQDSA ALAIQELLKI
1401: AGCEPSLAGN VVVLTPQEHV QVNVSGSRRC GGNNEVKDRG QKLWDRFSNY VKELIAPCLT SRFQLPNVSD PGSAGPIYRP SMSFRRWLSY WIRKLTAFAT
1501: GSRVSIFAAC RGIVRHDMQT ATYLLPYLVL DVVCHGTEAA RLSISEEILS VLDAAASENS GVTINSFGVG QSEVCVQAVF TLLDNLGQWV DDVKQGVALS
1601: SSLQSSGGRQ VAPKSKDQVS NSTTEQDHLL VQCKYVLELL LAIPKVTLAR ASFRCQAYAR SLMYLESHVR GKSGSLNPAA EKTGIFENAD VSSLMGIYSC
1701: LDEPDGLSGF ASLSKSLNLQ DQLLINKKSG NWADVFTACE QALQMEPTSV QRHSDVLNCL LNMCHHQTMV THVDGLISRV PEYKKTWCTQ GVQAAWRLGK
1801: WDLMDEYLDG ADAEGLLFSS SDSNASFDRD VAKILHAMMK KDQYSVAEGI AISKQALIAP LAAAGMDSYT RAYPFVVKLH LLRELEDFQA VLNGDSYLEK
1901: SFSTSDQVFS KAVDNWENRL RFTQSSLWTR EPLLAFRRLV FGASGLGAQV GNCWLQYAKL CRLAGHYETA HRAILEAQAS GAPNVHMEKA KLLWITKRSD
2001: SAIIELQQSL LNMPEGVVDS TVISSINSLL MAPPNPEPTV RNTQSFKEKK DVAKTLLLYS KWIHHSGQKQ KKDVLNLYTQ VKELLPWEKG YFHLAKYYDE
2101: LYVDARKCQQ ESSVFSSAGS KKGSVSSNLS TEKAGWDYLF KGMYFYAKAL HSGHKNLFQA LPRLLTLWFD FGTIYKTSGS AGNKELKSTH MKIMSLMRGC
2201: LKDLPTYQWL TVLPQLVSRI CHQNADTVLM VKNIITSVLH QFPQQGLWIM AAVSKSTVPA RREAAAEIIQ GARKGFNQSD RGHNLFIQFA SLTDHFIKLC
2301: FHGGQPRSKV INIATEFSAL KRMMPLDIIM PIQQSLTISL PAFHMNNNER HSASVFSGSD LPTISGIADE AEILSSLQRP KKIILLGNDG IEYPFLCKPK
2401: DDLRKDARMM EFTAMINRLL SKYPESRRRK LYIRTFAVAP LTEDCGLVEW VPHTRGLRHI LQDIYISCGK FDRQKTNPQI KRIYDQCAVK KEYEMLKTKI
2501: LPMFPPVFHK WFLTTFSEPA AWFRSRVAYA HTTAVWSMVG HIVGLGDRHG ENILFDSTSG DCVHVDFSCL FDKGLQLEKP ELVPFRLTQN MIDGLGITGY
2601: EGIFMRVCEI TLTVLRTHRE TLMSILETFI HDPLVEWTKS HKSSGVEVQN PHAQRAISSI EARLQGVVVG VPLPVEGQAR RLIADAVSLE NLGKMYIWWM
2701: PWF
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 EGIHNLLLVA GVDPQYEYTS KGNDLVAIQF LLKLPWTHYM LFKTPSSLVK SKCLSVGIWT
0601: KLGLQDGSDF DIFSWSLSDD FEQVQAVAAI SMPLKVLFSG LGALLHMFPK LEHLLEEKEL MIKKAIPQSL GFLSCLYGSS TTDSEKTACH LLLHEDLKKD
0701: ETLNSLLQGF RCSKCDKFIE REDEKHFRII ETPEMVKLKM DHHRDYFNLQ SLYFNLLYDE SSEETQLACV EVIRRILGHT SPDILVRTRS QWIRCLQYLL
0801: VHVNTDVREA FCAQIGIFVQ HPIVSCLFLS EDATEKSCER NFFNLIEHSL AAAKDLLVIQ TLLETTAEVM VAVDVTSELF LICLFLLIDQ LDHPNLIVRI
0901: NASKLINRSC YIHVKGGFAT LLSTASHIQN ELFDNLSVRL TSRPNVVREF AEAVLGVETE ELVRKMVPAV LPKLLVYWQE NAQAANTLNE LAKLIDTDVV
1001: PLIVNWLPRV LAFALNQEED KNLLSVLQLY HSQIGSDNQE IFAAALPALL DELVCFVDIA DTPETDRRLQ RLPDAIKKIS KVLTNAEDLP GFLQNHFVGL
1101: LNSIDRKMLH ADDIFLQKQA LKRIKLLIEM MGHYLSTYVP KLMVLLMHAI EKDALQSEGL LVLHFFTRKL ADVSPSSIKY VISQIFAALI PFLEKEKEGP
1201: HVYLDEVVKI LEELVLKNRD IVKEHICEFP LLPSIPSLGE LNNAIQEARG LMSLKDQLRD IVNGMKHENL NVRYMVACEL SKLLYNRNED VAALIAGELV
1301: SDMEILSSLI TYLLQGCAEE SRTTVGQRLK LVCADCLGAI GAIDPAKVRV ASCSRFKIQC SDDDLIFELI HKHLARAFRA AQDTIIQDSA ALAIQELLKI
1401: AGCEPSLAGN VVVLTPQEHV QVNVSGSRRC GGNNEVKDRG QKLWDRFSNY VKELIAPCLT SRFQLPNVSD PGSAGPIYRP SMSFRRWLSY WIRKLTAFAT
1501: GSRVSIFAAC RGIVRHDMQT ATYLLPYLVL DVVCHGTEAA RLSISEEILS VLDAAASENS GVTINSFGVG QSEVCVQAVF TLLDNLGQWV DDVKQGVALS
1601: SSLQSSGGRQ VAPKSKDQVS NSTTEQDHLL VQCKYVLELL LAIPKVTLAR ASFRCQAYAR SLMYLESHVR GKSGSLNPAA EKTGIFENAD VSSLMGIYSC
1701: LDEPDGLSGF ASLSKSLNLQ DQLLINKKSG NWADVFTACE QALQMEPTSV QRHSDVLNCL LNMCHHQTMV THVDGLISRV PEYKKTWCTQ GVQAAWRLGK
1801: WDLMDEYLDG ADAEGLLFSS SDSNASFDRD VAKILHAMMK KDQYSVAEGI AISKQALIAP LAAAGMDSYT RAYPFVVKLH LLRELEDFQA VLNGDSYLEK
1901: SFSTSDQVFS KAVDNWENRL RFTQSSLWTR EPLLAFRRLV FGASGLGAQV GNCWLQYAKL CRLAGHYETA HRAILEAQAS GAPNVHMEKA KLLWITKRSD
2001: SAIIELQQSL LNMPEGVVDS TVISSINSLL MAPPNPEPTV RNTQSFKEKK DVAKTLLLYS KWIHHSGQKQ KKDVLNLYTQ VKELLPWEKG YFHLAKYYDE
2101: LYVDARKCQQ ESSVFSSAGS KKGSVSSNLS TEKAGWDYLF KGMYFYAKAL HSGHKNLFQA LPRLLTLWFD FGTIYKTSGS AGNKELKSTH MKIMSLMRGC
2201: LKDLPTYQWL TVLPQLVSRI CHQNADTVLM VKNIITSVLH QFPQQGLWIM AAVSKSTVPA RREAAAEIIQ GARKGFNQSD RGHNLFIQFA SLTDHFIKLC
2301: FHGGQPRSKV INIATEFSAL KRMMPLDIIM PIQQSLTISL PAFHMNNNER HSASVFSGSD LPTISGIADE AEILSSLQRP KKIILLGNDG IEYPFLCKPK
2401: DDLRKDARMM EFTAMINRLL SKYPESRRRK LYIRTFAVAP LTEDCGLVEW VPHTRGLRHI LQDIYISCGK FDRQKTNPQI KRIYDQCAVK KEYEMLKTKI
2501: LPMFPPVFHK WFLTTFSEPA AWFRSRVAYA HTTAVWSMVG HIVGLGDRHG ENILFDSTSG DCVHVDFSCL FDKGLQLEKP ELVPFRLTQN MIDGLGITGY
2601: EGIFMRVCEI TLTVLRTHRE TLMSILETFI HDPLVEWTKS HKSSGVEVQN PHAQRAISSI EARLQGVVVG VPLPVEGQAR RLIADAVSLE NLGKMYIWWM
2701: PWF
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.