Subcellular Localization
min:
: max
Winner_takes_all: plastid
Predictor Summary:
Predictor Summary:
- plastid 5
- nucleus 2
PPI
No PPI Data
Homology
Paralog
| locus | Identity | Homology Identity |
|---|
Ortholog
| locus | Homology Species | Location | Identity | Homology Identity |
|---|---|---|---|---|
| TraesCS1A01G323500.1 | Wheat | plastid | 98.4 | 98.4 |
| TraesCS1B01G336400.1 | Wheat | plastid | 96.27 | 95.39 |
| HORVU1Hr1G065680.1 | Barley | nucleus | 78.19 | 95.22 |
| HORVU0Hr1G026710.1 | Barley | plastid | 88.51 | 94.71 |
| Os12t0291000-00 | Rice | nucleus | 77.36 | 77.82 |
| PGSC0003DMT400037575 | Potato | cytosol, extracellular | 5.96 | 76.88 |
| OQU79067 | Sorghum | plastid | 73.73 | 73.2 |
| Zm00001d023796_P033 | Maize | nucleus, plastid | 73.34 | 72.25 |
| CDY51661 | Canola | nucleus | 49.35 | 65.42 |
| Solyc08g068120.1.1 | Tomato | cytosol, nucleus, plastid | 42.75 | 60.79 |
| GSMUA_Achr11P... | Banana | nucleus | 58.02 | 58.59 |
| KRH16213 | Soybean | nucleus | 56.37 | 54.17 |
| CDY23339 | Canola | nucleus | 52.64 | 54.0 |
| VIT_04s0008g03960.t01 | Wine grape | nucleus | 55.74 | 53.29 |
| AT4G32700.2 | Thale cress | nucleus | 55.5 | 53.16 |
| Bra040938.1-P | Field mustard | nucleus | 54.53 | 52.89 |
| Bra011372.1-P | Field mustard | nucleus | 55.74 | 50.02 |
| CDY51662 | Canola | nucleus | 16.09 | 43.23 |
| Solyc08g068110.1.1 | Tomato | nucleus | 13.18 | 38.58 |
| TraesCS4D01G171000.1 | Wheat | nucleus | 9.94 | 16.68 |
| TraesCS7D01G010500.1 | Wheat | cytosol | 7.61 | 15.89 |
| TraesCS4D01G091400.1 | Wheat | cytosol | 7.42 | 15.12 |
| TraesCS2D01G159900.1 | Wheat | cytosol | 7.37 | 15.11 |
| TraesCS6D01G291500.1 | Wheat | plastid | 8.14 | 14.26 |
| TraesCS7D01G199800.1 | Wheat | cytosol | 10.28 | 13.72 |
| TraesCS6D01G028200.1 | Wheat | cytosol | 14.15 | 13.39 |
| TraesCS4D01G247100.1 | Wheat | mitochondrion, peroxisome | 11.83 | 11.74 |
Protein Annotations
Description
No Description!
Coordinates
chr1D:+:416610196..416623522
Molecular Weight (calculated)
225600.0 Da
IEP (calculated)
7.936
GRAVY (calculated)
-0.237
Length
2063 amino acids
Sequence
(BLAST)
(BLAST)
0001: MASGSSRGHV DQFFAAKKRR PSSQHGSPGA AKGSLAGYLV RSPPAAAASA AASSAALAGS PSGARRSLAA SMNADIANSA AAMNVDAGDS AAVAPDYGDD
0101: LEMKRFTMEF LSHYCSDIPS VMMPDAGKRE PEKQQKRSAV NSFLAPCGDR SAKKQCVSRC DAVEVPRVKE SGDNMPLKWV GNHGASQPLE GLHEGAKLSG
0201: EGFAALQRSS FTPYAAQKMA GFSAAPGETP KSASSLISPG EDFWNAAMEF ADDVSAMADK GPRRRHCDAA EDKSSCAVAL GSKALPRSGN EEFNCENTVG
0301: SNPMKQMDTL SNTAELAVAS RQHKNNSPLP VKHLDFFHED AIQVSDLEGK EKGDTVPGSA QVNQGRPMDS NFHRTENLMH SVDDIKTITL SESKTAGMGH
0401: SIDVGSRGSC MIKSDLNQLT HGETKLLAAH SNPDKPNRDS KSKFASQRVE TCTPTSSVPL KDHSKLSSWL PHELCAIYMK KGIPQLYPWQ VECLLVDGLL
0501: ENRNLVYCAS TSAGKSFVAE VLMLRRILSS QKIAILVLPY VSLCAEKAEH LEQLLAPLGK HVRSYYGNQG GGSLPKDTSV AVCTIEKANS LVNKLLEDGR
0601: LSELGIIVID ELHMVGDQHR GYLLELMLTK LRYAAGEGNS GSSSGETSGS SSGKAGATHG LQIIGMSATM PNVAAVADWL QAALYQTAFR PVPLEEFIKV
0701: GNQIFDKDMN IVRVLPKIAD IGGKDPDHIV ELCNEVVLEG HSVLLFCSSR KGCESTAKHI AKYLKVANVG SKEGSEFRDA ASAVEALKRC PAGLDPVLEE
0801: TLPFGVAYHH AGLTVEERDI VETCYRKGLV RVLTATSTLA AGVNLPARRV IFRQPRIGRD FIDGTRYRQM AGRAGRTGID TKGESILVCR PEEVKRITGI
0901: VRSDCPPLQS CLSEDKNGMT HAIMEVVAGG IVQTASDIHR YVRCTLLNST KSFDDVVKSA QDSLRWLCHK RFVEWNNDTK IYSTTPLGRA SFGSSLNPEE
1001: SLVVLDDLSR AREGFVLASD LHLVYLVTPI NVEVEPDWEL YYERFMQLSS LEQSVGNRVG VTEPFLMHMA HGAAMPIRGR PKKNTSGGSG ANTLINDQSL
1101: RVSKRFYVAL MISRLAQEIP VTDVCESFKV ARGTIQALQE NAGRFASMVS AFCQRLGWQD LEGLVAKFQN RVSFGVRAEI AELTTIPFVK GSRARALYNS
1201: GLRTPVTIAE ASIPEIAKAL FENSWSGQDD SGLRRMQFGI AKKIKNGARR IVLEEAEAAR VAAFSAFKSL GVEVPQFTTP LLPASEDSPP RDVMVFPGAG
1301: HAKCHESVLG AHVGDERNIC SDYVPQRAST EIVGEDMHPV STIHIKESQG IANSVNIASM QEASPLSTLP SRNVADKGPV NAHNFPGGFD GFLDQWSSVD
1401: EFSFDLHFVK RSSKLSLTIF EILGLAVCWE NSPVYYCNFP KDLTPTGSND SVELWEGFRK RWSRIVGIMQ QKSVKKTTWN LKNQIQALKS PCVSCQRLAR
1501: LHLDPKTLNN IEVLDSTYVL LPPISVYNGL DICLVAWILW PDEESKTVPN LEKLVKRRLP SEAAAAANRD GRWRNQMHKA AHNGCCRRAV QTRALGSVLL
1601: KLLVSQNLSD LIETVEGPLV NVLADMELWG IGADMDACLR ARHIIITRLK ELDKEAYKLA GKSFSLNANA DIADILFTHL KLPVPKGCEK GKLHPSTDKQ
1701: CLDHLRDLHP IVSVIKEHRT LAKLLNGTLG SICSRAKLCI QSQRYIIHGN WLQTSTATGR LSMEEPNLQS VEHMVDFTTR KNDKDFTSMS MVDHHEINAR
1801: EFFVPTQENW LLVTADYSQI ELRFMAHFSK DPVLIELLSK PDVDVFTMIA SRWSGKEESL VSSKDRDNTK RFIYGILYGM GANSLAEQLE CSPAEAAQKI
1901: QSFKRFFPGV SSWLQQAVAS CRQKGYIETL MGRRRFLSKI TAGNSREKAQ AQRQAVNSIC QGSAADIIKV AMLKVHSVIT NGSNTVDSMD GLMQNFSQIR
2001: GRCHLLLQVH DELVLEVDPS MVADAVNLLQ ISMETAASLL VPLRAKVKVG KTWGSLQPFR PEP
0101: LEMKRFTMEF LSHYCSDIPS VMMPDAGKRE PEKQQKRSAV NSFLAPCGDR SAKKQCVSRC DAVEVPRVKE SGDNMPLKWV GNHGASQPLE GLHEGAKLSG
0201: EGFAALQRSS FTPYAAQKMA GFSAAPGETP KSASSLISPG EDFWNAAMEF ADDVSAMADK GPRRRHCDAA EDKSSCAVAL GSKALPRSGN EEFNCENTVG
0301: SNPMKQMDTL SNTAELAVAS RQHKNNSPLP VKHLDFFHED AIQVSDLEGK EKGDTVPGSA QVNQGRPMDS NFHRTENLMH SVDDIKTITL SESKTAGMGH
0401: SIDVGSRGSC MIKSDLNQLT HGETKLLAAH SNPDKPNRDS KSKFASQRVE TCTPTSSVPL KDHSKLSSWL PHELCAIYMK KGIPQLYPWQ VECLLVDGLL
0501: ENRNLVYCAS TSAGKSFVAE VLMLRRILSS QKIAILVLPY VSLCAEKAEH LEQLLAPLGK HVRSYYGNQG GGSLPKDTSV AVCTIEKANS LVNKLLEDGR
0601: LSELGIIVID ELHMVGDQHR GYLLELMLTK LRYAAGEGNS GSSSGETSGS SSGKAGATHG LQIIGMSATM PNVAAVADWL QAALYQTAFR PVPLEEFIKV
0701: GNQIFDKDMN IVRVLPKIAD IGGKDPDHIV ELCNEVVLEG HSVLLFCSSR KGCESTAKHI AKYLKVANVG SKEGSEFRDA ASAVEALKRC PAGLDPVLEE
0801: TLPFGVAYHH AGLTVEERDI VETCYRKGLV RVLTATSTLA AGVNLPARRV IFRQPRIGRD FIDGTRYRQM AGRAGRTGID TKGESILVCR PEEVKRITGI
0901: VRSDCPPLQS CLSEDKNGMT HAIMEVVAGG IVQTASDIHR YVRCTLLNST KSFDDVVKSA QDSLRWLCHK RFVEWNNDTK IYSTTPLGRA SFGSSLNPEE
1001: SLVVLDDLSR AREGFVLASD LHLVYLVTPI NVEVEPDWEL YYERFMQLSS LEQSVGNRVG VTEPFLMHMA HGAAMPIRGR PKKNTSGGSG ANTLINDQSL
1101: RVSKRFYVAL MISRLAQEIP VTDVCESFKV ARGTIQALQE NAGRFASMVS AFCQRLGWQD LEGLVAKFQN RVSFGVRAEI AELTTIPFVK GSRARALYNS
1201: GLRTPVTIAE ASIPEIAKAL FENSWSGQDD SGLRRMQFGI AKKIKNGARR IVLEEAEAAR VAAFSAFKSL GVEVPQFTTP LLPASEDSPP RDVMVFPGAG
1301: HAKCHESVLG AHVGDERNIC SDYVPQRAST EIVGEDMHPV STIHIKESQG IANSVNIASM QEASPLSTLP SRNVADKGPV NAHNFPGGFD GFLDQWSSVD
1401: EFSFDLHFVK RSSKLSLTIF EILGLAVCWE NSPVYYCNFP KDLTPTGSND SVELWEGFRK RWSRIVGIMQ QKSVKKTTWN LKNQIQALKS PCVSCQRLAR
1501: LHLDPKTLNN IEVLDSTYVL LPPISVYNGL DICLVAWILW PDEESKTVPN LEKLVKRRLP SEAAAAANRD GRWRNQMHKA AHNGCCRRAV QTRALGSVLL
1601: KLLVSQNLSD LIETVEGPLV NVLADMELWG IGADMDACLR ARHIIITRLK ELDKEAYKLA GKSFSLNANA DIADILFTHL KLPVPKGCEK GKLHPSTDKQ
1701: CLDHLRDLHP IVSVIKEHRT LAKLLNGTLG SICSRAKLCI QSQRYIIHGN WLQTSTATGR LSMEEPNLQS VEHMVDFTTR KNDKDFTSMS MVDHHEINAR
1801: EFFVPTQENW LLVTADYSQI ELRFMAHFSK DPVLIELLSK PDVDVFTMIA SRWSGKEESL VSSKDRDNTK RFIYGILYGM GANSLAEQLE CSPAEAAQKI
1901: QSFKRFFPGV SSWLQQAVAS CRQKGYIETL MGRRRFLSKI TAGNSREKAQ AQRQAVNSIC QGSAADIIKV AMLKVHSVIT NGSNTVDSMD GLMQNFSQIR
2001: GRCHLLLQVH DELVLEVDPS MVADAVNLLQ ISMETAASLL VPLRAKVKVG KTWGSLQPFR PEP
0001: MDSDSSKSRI DQFYVSKKRK HQSPNLKSGR NEKNVKVTGE RSPGDKGTLD SYLKASLDDK STTNSGLQAR QEAFTRKLDL EVSASSVGQN IHPCLPKPVS
0101: FATFKECLGQ NGSQDLHKEG VAAETHATDG LLCANQKDNS ELRDFATSFL SLYCSGVQSV VGSPPHQKEN ELKRRSSSSS LAQDIQISHK RRCESENIPS
0201: LDDLTNPLGS KPESLARNGN NRDKPVSDPT KKMPSNESVE IPMGLRKCSK APESSAHLTE FHTPGSAIKS CPVGTPKSGC GSSMFSPGEA FWNEAIQVAD
0301: GLTIPIENFG SVEAKVRDQH VTILSCSKKT DKCTEKLERS LDLDEIRVKD KDAIGFSKVV EKHGRDFNKE VYQLPVKNLE LLFQDKNING GIQERCASFD
0401: QNNITLGSSR ISESAFVGNK GCENLDIANN AQADKGLIGK MYPEPEGKKV LLCEENRGVR SVSMISNMRK PVGSSESEES HTPSSSHRNY DGLSLSTWLP
0501: SEVCSVYNKK GISKLYPWQV ECLQVDGVLQ KRNLVYCAST SAGKSFVAEV LMLRRVIRTG KMALLVLPYV SICAEKAEHL EVLLEPLGKH VRSYYGNQGG
0601: GTLPKDTSVA VCTIEKANSL INRLLEEGRL SELGIIVIDE LHMVGDQHRG YLLELMLTKL RYAAGEGSSE SSSGESSGTS SGKADPAHGL QIVGMSATMP
0701: NVGAVADWLQ AALYQTEFRP VPLEEYIKVG STIYNKKMEV VRTIPKAADM GGKDPDHIVE LCNEVVQEGN SVLIFCSSRK GCESTARHIS KLIKNVPVNV
0801: DGENSEFMDI RSAIDALRRS PSGVDPVLEE TLPSGVAYHH AGLTVEEREI VETCYRKGLV RVLTATSTLA AGVNLPARRV IFRQPMIGRD FIDGTRYKQM
0901: SGRAGRTGID TKGDSVLICK PGELKRIMAL LNETCPPLQS CLSEDKNGMT HAILEVVAGG IVQTAKDIHR YVRCTLLNST KPFQDVVKSA QDSLRWLCHR
1001: KFLEWNEETK LYTTTPLGRG SFGSSLCPEE SLIVLDDLLR AREGLVMASD LHLVYLVTPI NVGVEPNWEL YYERFMELSP LEQSVGNRVG VVEPFLMRMA
1101: HGATVRTLNR PQDVKKNLRG EYDSRHGSTS MKMLSDEQML RVCKRFFVAL ILSKLVQEAS VTEVCEAFKV ARGMVQALQE NAGRFSSMVS VFCERLGWHD
1201: LEGLVAKFQN RVSFGVRAEI VELTSIPYIK GSRARALYKA GLRTSQAIAE ASIPEIVKAL FESSAWAAEG TGQRRIHLGL AKKIKNGARK IVLEKAEEAR
1301: AAAFSAFKSL GLDVNELSKP LPLAPASSLN GQETTERDIS RGSVGPDGLQ QSIEGHMECE NFDMDNHREK PSEVLGDATL GVSSEINLTS RLPNFRPIGT
1401: AVGTNGPSAV SILSSDTFPI PVYDNREIKP KDNVEQHLTR NDHIPLSSNK DGTGEKGPVT AGNISGGFDS FLELWGSAGE FFFDLHYNKL QDLNSRISYE
1501: IHGIAICWNC SPVYYVNLNK DLPNLECVEK QKLIEDAVIG KSEVLASHNM LDVIKSRWNK ISKIMGNVNT RKFTWNLKVQ IQVLKSPAIS IQRCTRLNLP
1601: EGIRDELVDG SWLMMPPLHT SHTIDMSIVI WILWPDEERH SNPNIDKEVK KRLSPEAAEA ANRSGRWRNQ IRRVAHNGCC RRVAQTRALC SALWKILVSE
1701: ELLQALTTIE MPLVNVLADM ELWGIGIDIE GCLRARNILR DKLRSLEKKA FELAGMTFSL HNPADIANVL FGQLKLPIPE NQSKGKLHPS TDKHCLDLLR
1801: NEHPVVPIIK EHRTLAKLLN CTLGSICSLA KLRLSTQRYT LHGRWLQTST ATGRLSIEEP NLQSVEHEVE FKLDKNGRDV SSDADRYKIN ARDFFVPTQE
1901: NWLLLTADYS QIELRLMAHF SRDSSLISKL SQPEGDVFTM IAAKWTGKAE DSVSPHDRDQ TKRLIYGILY GMGANRLAEQ LECTSDEAKE KIRSFKSSFP
2001: AVTSWLNETI SFCQEKGYIQ TLKGRRRFLS KIKFGNAKEK SKAQRQAVNS MCQGSAADII KIAMINIYSA IAEDVDTAAS SSSSETRFHM LKGRCRILLQ
2101: VHDELVLEVD PSYVKLAAML LQTSMENAVS LLVPLHVKLK VGKTWGSLEP FQTD
0101: FATFKECLGQ NGSQDLHKEG VAAETHATDG LLCANQKDNS ELRDFATSFL SLYCSGVQSV VGSPPHQKEN ELKRRSSSSS LAQDIQISHK RRCESENIPS
0201: LDDLTNPLGS KPESLARNGN NRDKPVSDPT KKMPSNESVE IPMGLRKCSK APESSAHLTE FHTPGSAIKS CPVGTPKSGC GSSMFSPGEA FWNEAIQVAD
0301: GLTIPIENFG SVEAKVRDQH VTILSCSKKT DKCTEKLERS LDLDEIRVKD KDAIGFSKVV EKHGRDFNKE VYQLPVKNLE LLFQDKNING GIQERCASFD
0401: QNNITLGSSR ISESAFVGNK GCENLDIANN AQADKGLIGK MYPEPEGKKV LLCEENRGVR SVSMISNMRK PVGSSESEES HTPSSSHRNY DGLSLSTWLP
0501: SEVCSVYNKK GISKLYPWQV ECLQVDGVLQ KRNLVYCAST SAGKSFVAEV LMLRRVIRTG KMALLVLPYV SICAEKAEHL EVLLEPLGKH VRSYYGNQGG
0601: GTLPKDTSVA VCTIEKANSL INRLLEEGRL SELGIIVIDE LHMVGDQHRG YLLELMLTKL RYAAGEGSSE SSSGESSGTS SGKADPAHGL QIVGMSATMP
0701: NVGAVADWLQ AALYQTEFRP VPLEEYIKVG STIYNKKMEV VRTIPKAADM GGKDPDHIVE LCNEVVQEGN SVLIFCSSRK GCESTARHIS KLIKNVPVNV
0801: DGENSEFMDI RSAIDALRRS PSGVDPVLEE TLPSGVAYHH AGLTVEEREI VETCYRKGLV RVLTATSTLA AGVNLPARRV IFRQPMIGRD FIDGTRYKQM
0901: SGRAGRTGID TKGDSVLICK PGELKRIMAL LNETCPPLQS CLSEDKNGMT HAILEVVAGG IVQTAKDIHR YVRCTLLNST KPFQDVVKSA QDSLRWLCHR
1001: KFLEWNEETK LYTTTPLGRG SFGSSLCPEE SLIVLDDLLR AREGLVMASD LHLVYLVTPI NVGVEPNWEL YYERFMELSP LEQSVGNRVG VVEPFLMRMA
1101: HGATVRTLNR PQDVKKNLRG EYDSRHGSTS MKMLSDEQML RVCKRFFVAL ILSKLVQEAS VTEVCEAFKV ARGMVQALQE NAGRFSSMVS VFCERLGWHD
1201: LEGLVAKFQN RVSFGVRAEI VELTSIPYIK GSRARALYKA GLRTSQAIAE ASIPEIVKAL FESSAWAAEG TGQRRIHLGL AKKIKNGARK IVLEKAEEAR
1301: AAAFSAFKSL GLDVNELSKP LPLAPASSLN GQETTERDIS RGSVGPDGLQ QSIEGHMECE NFDMDNHREK PSEVLGDATL GVSSEINLTS RLPNFRPIGT
1401: AVGTNGPSAV SILSSDTFPI PVYDNREIKP KDNVEQHLTR NDHIPLSSNK DGTGEKGPVT AGNISGGFDS FLELWGSAGE FFFDLHYNKL QDLNSRISYE
1501: IHGIAICWNC SPVYYVNLNK DLPNLECVEK QKLIEDAVIG KSEVLASHNM LDVIKSRWNK ISKIMGNVNT RKFTWNLKVQ IQVLKSPAIS IQRCTRLNLP
1601: EGIRDELVDG SWLMMPPLHT SHTIDMSIVI WILWPDEERH SNPNIDKEVK KRLSPEAAEA ANRSGRWRNQ IRRVAHNGCC RRVAQTRALC SALWKILVSE
1701: ELLQALTTIE MPLVNVLADM ELWGIGIDIE GCLRARNILR DKLRSLEKKA FELAGMTFSL HNPADIANVL FGQLKLPIPE NQSKGKLHPS TDKHCLDLLR
1801: NEHPVVPIIK EHRTLAKLLN CTLGSICSLA KLRLSTQRYT LHGRWLQTST ATGRLSIEEP NLQSVEHEVE FKLDKNGRDV SSDADRYKIN ARDFFVPTQE
1901: NWLLLTADYS QIELRLMAHF SRDSSLISKL SQPEGDVFTM IAAKWTGKAE DSVSPHDRDQ TKRLIYGILY GMGANRLAEQ LECTSDEAKE KIRSFKSSFP
2001: AVTSWLNETI SFCQEKGYIQ TLKGRRRFLS KIKFGNAKEK SKAQRQAVNS MCQGSAADII KIAMINIYSA IAEDVDTAAS SSSSETRFHM LKGRCRILLQ
2101: VHDELVLEVD PSYVKLAAML LQTSMENAVS LLVPLHVKLK VGKTWGSLEP FQTD
Arabidopsis Description
TEBHelicase and polymerase-containing protein TEBICHI [Source:UniProtKB/Swiss-Prot;Acc:Q588V7]
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.