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LotjaGi6g1v0255000.3

Overview

Field Value
Gene ID LotjaGi6g1v0255000
Transcript ID LotjaGi6g1v0255000.3
Related isoforms 4
Lotus japonicus genome version Gifu v1.2
Description Class-10 pathogenesis-related protein 1; TAIR: AT1G24020.1 MLP-like protein 423; Swiss-Prot: sp|P93333|PR101_MEDTR Class-10 pathogenesis-related protein 1; TrEMBL-Plants: tr|I3SRT2|I3SRT2_LOTJA Uncharacterized protein; Found in the gene: LotjaGi6g1v0255000
Working Lj name n.a.

Sequence information

Genomic sequence (LjG1.1_chr6:56740755..56751837) extracted from Lotus japonicus Gifu genome v1.2.

CTTATCCATTCCCCTGGGAGAGAAAAGAGGTCCAATCCAGTGCCTATAAATAGCAGGCTCCGTTGTGCTCACAAACCACA CAAGCCAATTAAGCTCTCATTTCATTCTTACACTACTTGTTTCATTCTCCTCTTGTGTCTTACTAGCTCATCATCATCAA TTCATCATGGCTGTTCTTACTTTCACTGACGAGACTACCTCTACCGTAGCTCCTGCTAAGCTTTTCAAAGCTCTGGTTCT AGATGTTGATACCATCGTCCCAAAGGTTATTCCTGTTTTCAAGAGTGTTGAATTTGTTGAAGGAGATAGTACTGCTGTCG GAGCCGTAAAAAAAATCACTATCAATGAAGGTAATTAAGCACATAAATATGTTACTTGATTGGATATACACATACTCTAT AATTAATATATGTATGTATCATAGTTAATTATATGTTGAATTTAATAAAATTTATCTACAACCTATAAATAATAGTTAAT ACTCCATTAATACTGATGATCTCAAACAATGAATCATGTGCAGGTGGAGAAGACAAGTATGTGTTGCACAAAATTGATGC AATTGATGAGGCCAATTTTGGATACAACTACAGCATCATTGGAGGTGTTGGGTTGCCGGACTCCGTGGAGAAGATTTTAT TTGAGACCAAATTGATTGCAGGGCCTGATGGAGGTTCCATTGCAAAGCTCACCGTCCACTTCCACCTCAAAGGTGATGCT AAACCCACTGAAGCAGAGCTTAAGGAAGGCAAGGAAAAGGGTGATGGTCTTTTCAAGGCAGTTGAGGGTTACGTCTTGGC CAATCCCAATTACTAATCAACCATATTTCTAAGTGGTGTGATCCATCCATTGCATATTGTGTGGTGTGCTCAATTTGGCT GCAATTGTGATTCTCCTTTTTTCTTTTTATTTTGCTTATACTGGGGGGTTGTGAGATGTAATCTCGTGAGTGTTGTACTT GTCTTCATCAATAAATTAATAAAATGATACCATAAGAATTACAAGAAAAACTCCATACCATCATAATATTAAGTATATGA GCAACTATTCATTGGAAAATCTCATATCCTCTAACAGTGGAAGGAAGATTAATTAAATCAATTAATTATTTCGCCGTTAA TTAATTGCTTAGCTCGCTGTAATTTGAAAAACTCTATTTGAGTTTAACTTATAACATAGATGTTTAGGTCCATTCAAAAA CAAAAATAACATAGCAGATGTTTAGGTAAGTGTTTTAATAACTTTATATATAATCTACTTATGAGTTGATACTTTCAGCA TGTTTTCATATCCTTCTCAGATTAGTTAATAGATAAAGCTGATACTTACCTATAAATTACTTGAGCTTGTACTTAAACAA GTTTCTAATGAGAAAGGTGTTTTTACATGAGAAAATAAGAACATTGGTTGGCACTCACCTATATATATTGGCTTTAAATA AGTGATAAATGCTAATTAAATTACACAAACACACCTTAAATCCATAAAGCATGGATGTGATATAAATGAGTAAATATTGG TAATTTTGAGGATCTTCAAATTAGGTAGTCAATGACTCTATTATTGACGTTGAATTTTATTTTATATACATCAGAAGATA TTGACATTAATATCAATATCAATCAATATATATTAGAAAAGATGAACTTTCATAGTGACGTGTCAGCACCATATTAATTC TTAGTGACGTGTCAGCACCAGATTAATTCTCATAAAACTTATTCCACGTGTCAATTTGTTAGAGGGTACAATTTTCAATT CATATATGTTTTAATTCATATATGTTTAGAATTTATATATTCTAAACTAATTGATTGATATTATTTTAGAAGATATAATT TTCAATTGATATATCTTTTAATTTTATATATTCTAAAATAATTGATTGATATTATTTTAAAAGATAAGATTTGGTCTTTT AATTTATTTTTAGAATATATTAATTAATTTTTATTAAATTTTTGAATTTTTATTAATTCGGGATTTTATGAGTTTTTATT GTGATTTGCTAGATTTTGTTAGTTTTTATCTATCTTTATTTAGTACCTTTTTTAATATTAGATTTGATTGGGATTTAGGT TGTTTATTTCTTAATTTTATCTTAATTTATCTTATTATTTATTTAATTTTAATTCTATAAAGTATTTTATTTTATTTTAG ATTTATTTTTAGTTATATTAATTAATTTTTCTTGAATTTTCGGTATTTTAATTAATTCAGAATTTTATGAGTTTTTATTG TGATTTGCTAGATTTGGTAGTTTTTATCTATCTTTATTTAGTACCTTTTTAAATTTTAGATTTGATTAGGATTTAGGTTT TTTATTTATTAATTTTATCTTATTATTTATTTAATTTTACTTCCGGGAAATGTTTTATTTTATTTTACATTTATTTATAG AGTATAATAATTAACTTTTATTGAATTTTTGGATTTTTAATTAATGCAGGATTTTATGAGTTTTTATTGTGATTTGGTAG TTTTTATCTATCTTTATTTATTATTTATTTAATTTTAATTTTAATTTCGTGAAATATTTTATTTTATTTTAGAGTTATTT TTAGAGTATAAATGAATTTTTATAGTATTTTTATTGAATTTTCATATTTTTATTTAATTCAGAATTTTATGAGTTTTTAT TGTGATTTGATAGATTTTGGTAGTTTTTATCTATCTTTATTTAGTACCTTTTTAAAGTTTAGATTTGATTAGGATTTATG TTGTTTATTTCTTGATTTTATCTTAATTTATCTTATTATTAATTTAATGCTAATTCTAAGAAAATGGAGTTGTTTTGGTG CTGATGGTCCACAAAGCTACCATAAACACGTAGAGATTTGATAGCTGCTATTTCTACCTTTGCCACATGTCGCGATCAGG ACAGAGGTATGTCATAAGATGATGTTACGTGAAGTAGAGTTTATCATGTTGTGATTGATGATTTGTGCCATTTCAGTTTA TCCTTTGTTCGTAATTTAATCATGGATTCTTAAATTTCACATATTTTGTGTGTTTCGATCCAAAAGTTTACAAATTTTTG CATATGCAAGGGACCCTTTAACGAATTATTATTGAAGACGTAATGTTTTGATTCTGATGTAATGTTTTTTCTATTGTTCT CCTTTCGCTTTCGTATTTTTTTAAACCAGATTTTGGTTAAATTTCACATATTTTGTGTGTTTAGATCCAAAGGTTTACAA ATTTTTGCATATACAAGGGACCCTTTAACGAATTATTATTGAAGACGTAATGTTTTGATTCTGATGTAATGTTTTTTCTA TTGTTCTCCTTTCGCTTTCGTATTTTTTTAAACCAGATTTTGGTATAGTTTGTAGAAATCCATGCGTGTGAAGCTATTCT AAACCAGACTTTGGTATAATTTGTAGAAATTCACGAAACTTAGGATAGCCTGAATTTATATTCATTTCTCAAATTTTGCT CCTTTTTATTCATCATGTTTGAGCTATGTGTATAAGCATACTATTTGCACTGTATGTGAATGATGCACAACTTACTAATT TTATTTTTTTTATGATGCACAAGTCAGTCAAATTGATGAAAGCATATGAAAAGCTCATATTTAATCTTCATGAGTATGTT TAGCCCATTCTTAAGGTTGGTTCATGTTTTCCTCAAACTCATCAGTTTTGCATATAATCATGTTTTAGTATGCCAATTGG GTGACTTATCTTACTTTGCTCTATATATTTCCTTAAATTTAATTTAAATTGATTGTTAGTATAAGTTCATTGGTGAAGTA ACCACAATTATATTGGGTGAGAGAATTATTTTGTTTTTTTCTCACATATATAAATAATTTGTTGGGGTGTGCACATGTGG GGCATTGCCCCATTTTTTGTTTCTCTTTACTGAAATGTGCCTTTGTTTTTTTTTGTTTCACAATGGTTCCACCCCAAGAT TCACAAATACACTAGATACAATTCTTTCACCACAGTCCTTTCAAATTGGTGAAGGAGAGGGTTTTTTGTTCTTCAAGACT TCATTTTGGGTTTCTGTTTCAATATTCTTCATGAATTGATTTTGTTCTTCAACTAATTGTTAGACGTCAAATTTTTCAAG GATTTCTGCTTTTCTCTTCTTAATAAAAAACAAAAGGATTGAGGAAAAGAAAATCTTCTGGGGTGCAGAATATTCACTTA TTGGATCTGTTTTCAATTTTTTGAGGATTATTTATTTGGACCATGATATGAGGTCATTGTGCAGCTTGCAAGAACCAGGG AAGGAAGTGCCTTTCAGATTGCATTGCTCTCCTTACTTCACTCCCAATGATCCTCAAAGATATTTGACAGTTCACAGAAT CTATGGTGGCAGTAACGTTGGAAGAATGCTTCAGGTAATCAATTCATAAAATTCTATGTAAATATACATATAATCACCAT ATTATTTCATTTGTTATAAATAAATTTTGTGTCCTTCTAACAAACCCCTTGACGACATATAGTAGTGTTACAACCAAAGA TTTTGGATGTAACACTACTATATTGGTGCATTTCCTCTTCTATCTCATTCTTATGTCCTTTTCTGCTTCATGTAGATTAA TCTATGTATTAAGCTTCTTTTACTATGTTCATTAATCAAGTCAGATTATTTAAGCATAAGTAGAACTGTTTGAAATGTTT TTATTGTACTTTTCCCCTTGACAAGGTCCATCTTTTTTTAAAACAAAATTGGTGTTGTGGATTGAAGTAAAAGATTCATG TTTTGATTATTTGGGTTACTTTTTGTTTCAGAGACATGGTGAGCATCTTTAAGGTATCCCAATGGTATGTTTTGTTTCAG AATCCTTCTCCCCACCATCAACCTCTTCGTCCCGCAACATAATAAATTCAAACGAACACGCATAATCACATTCATGATTA ATTGATGTATCAAATACAATAGACATATTCCCCGTGCAACGCACGGGAAAAAAAACACTAGTTGAAATCATATTATTAGT AATTAATAAGAGCTAAAGCGAAATTTTTATTTAAGTGTAACTTTTGTAGACCGTTCTATACACACATTAAAATAAAGAGG GGAGTTATTCATATTATATGTGTGTATTGTCTTTGGACCGTTACAATGTTGGATTGGCCGGATCACTCAAGCACGTCCAG CCCATAGAAATCCTAAGATTAACCGTCCACCCAAGTCATAATAGTCCGCCCTATCCATAGCAAAATGTTGTCGCTAAGGC CTCTTGACTCCTATTCTCCTAACATTGGAAGGTTGTGGACCGTTAAGGTATGGGCCGACCAAGTTGCTAATATTGCCCCA AGATCTTAGCATGTTGATCAAGTACTTGTTGGCATGATTAGCCACCCACTGTGAAAGGTGTTCAATTGCATCTTCTCTCA TTCATTATTAGATCTTCAAATTCTCAATTCCCCATAAACATAATTATTTGATTATCCCCCATTATGTAATTGCTAGATTC ATACTATCGCATTAATTGTAATGTAGGGAGACCTAGACTATATAAGGAGCTCCTCTATACTTATCTAAGACATGTTCATT TGACCACGAGATCCTAGGTATTGTTTTGTGTTCAGCTTACTTACCTTTGTCCTAGCATTTCTTCTTGAAAAATATTGAAT TACATACTAGATTAAAAGATAGAAAAAATTTCCACCTTTCCACCAGAATGAATTTCTCATCCCCGAACAAATCTTGCACC AAGCTGCTGAGCCTCCTCCATCCCAACTAAGACCACCATTGTGACTAACCTTGAGCCATTCGATCATTATTGTCGGCTTC GTGCATCGAACCCAACCATATGCTCCACTATTTTCCATACTAACTACTACATCTCATGTGACCAGGTCTTGTTCCATCTC TGCCATAGTCCTTCTCTCTCTTTCTTCCCCTATCGATCTCACTTTACTCTCCCTCTCCCTCTTGCATTCTATTAAACAAA TGGGAAGTGTTTTGTTTGATTTTGGTTCTGCGATATTTAGATTGCTCTTTCTTTTGTTTTGATAAAAAAGAATTGTGTGA GAAGTGAAGTGTGTGATTGGGCTCCAACACACAAGTAACTCGCCGATCCAAGCCCTCAACCACCACATCCACCCTCCATT TTTCTGCTCTTCTTCCGTGTGTGTGAAAAGAGATGGTTGGTATAAGACGAAGAGGATGGAGGACGACATTGAAGAGAGAA TCAAGTGTTATTTTCCGGGTGTAATTCAGTTATTTTAATAATTTAATCTCGATTATTCATTATTCAATTGTCATACGAAC GACTAATCATATTTATATATCGATCCATGTCATATTTACATTTGACAACGCGATAAAACGTTATTTTAGTGTTCTATATA TACAGTCTTTTAATGTACAGAGAATGATAATGATAAATAGACATTTCATTTTTGCAAGACATTCAACACTCATACATCTT GTGACGGTTTTTAGCTATTGCAAATGTTAGTGACGGTTAAAAACCGCCACAAGAATGTGTATCGATTGGTGGTCAATCAA AATCATATGTCTATTGATCATTTTTGAAAAAAAAATAATGTGTCCAAAACAAATAGAGATGAAGAGTAATTCTTTTATGA ATAAAGTTTCATTGACATACCAAAAGTACTTATTAATTAAGAAATGAGAGAAAAATGATAGTATGAATAATGTGATATGA AAATTAAATGAGAAAATATGTGAATATAAAAAAGAGAAAAATGTGATATAAAAGATAAAATAATGTGTAAATGAATTATT ATTTTCTTCGCAAAGTGTTTGGACACGTGGATTACACAATAAAAAAGGTTTCGAGAAGGATTGACCGCTGGAGTTAGCCA ATGTTGAAGCAACGGGGGTCCTTCCTTCTTGTTTTCAAATCTTAGCCATTTGTTCTTCCCTTCTCAGTATAGTCAATTTG CTATTTCTCTTTCCTGCACTTAATTATATGAGGTCTGGAATTAGAAACTGCAAGTGTTGATTTAATATTTTTCAATTATT GATATGTTTACTGTTGCGTTTTTAATATTAGATAGTAGTATTTTTTAGTATTTCTTAATTTCTCAACCAATATTATAAAA AATCTTGTCTAAATGACCTAAGAAAAAACTTAAATCAAATTACTCTAATCCTCAAAATGACACTAGAACTAGGACAATTT AACTAAGTTTTTTTTTAGAATAATTTTAGACAACTTACTCCGGTAGAACCCAAAGTCCTCTAAAATATTGTAGATATTGA TTATTTTAATTTTTTTTAATTAGTCAAATCGGTACTGGTGCAATGAATGTAGATGTTTTGGTTAGAGAAACAAGTAACAT CAAAAAATTACTATTAGAAAGCATGAAACCCACAATAATAATAATCAATAAAAATTGAATTATGATGTTAGGTGCACATA AAAAAGCACTTATTAGACGCTTAAAGCTCTTTTAGTAGATAAGGTCTAATAAGCTCTAATAAATTGATATAAAAAATGGC CTTTTAACATATTTTCTCTTCTTTCACCCCAAGACATCTCATATTTGTATTTTTCCCCTTTTATAAAAAATGGGTTGTAA AAATTGTTTTTTAAATTCAGAAAAATCAGAAGAAAAGCAAGCAACTCTTTGTGTTTTGGAATAACTACTTTATCTTAAGT ATTTTTTTATCAAGGTATCTCTATAACTGATAGTCATAAGATTAATAATCTCGAGACTGATATTACATTAAGTGCATAGG TCTCTCAACAAATTTTTCTCTATACACGCCGCCTAAAAATTAACCATGAACTAGATGCTTAAAGAATCATATTATCTATC AATTGTGTTGAACCTTGTTGTTATTTTTCTTAAGTCTATAGTAATAAATAAAAGAGTTACCAAATACTTTTCTTTTTCTA GTTTGTCTCTTTCAATATTTTCTTTGGAGCGTCAAAGACTTTTTTTGTACTTGTAATATTGAATTGTAAATTTGGTCCCT TCAAATAAATTTAAAAAAAATCAATTCTTTTAAGAGTTTAATTTTGATGCACCGACGGTGTAAAGTTTTTTTACACCGTC AACCAATCAGATTTCAAAGATGTGAGAAAATCTCTCTTTTCATTTAGTTTCATTAATTGACGTGACATATCTTTGAAATC TGATTGGTTGACGGTGTAAAAAAACATTACACCGTCGGTGCATCAAACTTTTTCTCTTCTTTTAATCTTCAACATTAATA AATATACGAAGTTATATAGACTAGTGTTTATTGTGTATTTTGTGGAAGTTTAAACGCCATTATTACATTTTATAACCGGT TTTACTACCATCAATATAGAAATTAAAGATGCCACAAAATGAACAACAAAGATTTACTTGAATTACTGATAAGTGCCAAT TTTACCTAATTTCGATGAGAAACTTAGGCACTTATCCTTATGAATTCATGAGAAATATTGATCAAATCCTACTTCTTTTG ATTATAACTTATTGATGGGTGAACATTAGGCTAGAATGTGCCAAAGTTTGATGTTCATCTCAACTTTTACGGTAGGATTG AAGATTCAAGGAAAAGAGCAAGTTTTTGGCAAGAAAAAGGAGTTTGAAGGTGTACTGGGCGCCCAGCGGCCTGCAGAGGC CGCCCAGCGCTCAAGGCGGTGCCAGAAACCTTCCCTTGAAGTAATCTGGCCGCCCAGCGCCCAAAACAGGCCGCCCAGCG CCATGTACTGCATTTTTTCAATATAAAAAGCTTATTTTAAGAATCTAGAGTGGAGATTGATCAGAACTTCGACCCAACTT AGAGAAACACTAGATAAACAAAGGGAAAGGCTTAGGAGGCTAGAGAAGAAGCTCCGGAGGTCAGATTCGGCGGCGAGACA TCGCGACGGTTTCGTTTCTTCGTGTTCTTCATCTCTATTTGTAAAGTTATCCATGAAAATGGATAGCTAATCTCTCTTTT GTTGGGATTTGATGTAGTTGTATGATACTGATGCTTTTTATGTGATTTTCTTTTATATAAAGCATGTTTCTTGTTTATGG TTTAGTGGTTTTCTCTTGATCCTCATGCTATATCTTAGATTGATCATTTAGGATATTTTGCATGATTCGACTTGTGAGCG GAAGCTACAACGTTTGAGTCCGAACTAGAGTTAATCACCTAATAATCCTAATTGCTAGACATAGAGTTAGGTTTGTTAGT CACTTAAACACCTAAACTTCATGATAATTATATTTCTTAATCATGTGAGACATCAATGTTTAGGATTAGATAGTTATTGT TATCCACTCATGCGAGACATCGATGACGTAGGGTTGAACTGGTGTGGATGAATCATATTCTTAGGCTTGGTTTGTATTTG AATCACTAGAACGTACAAAGGTCATTCAATGAAATCTAATCCCAACAATTCCGCATACTTGTTGTTTCTCCGTTAGTTTA TTTGCTTTTCATTTATTTTCATGCTCTTAAACAATCATCTTTGTAAACCATCATTTAAGTGTGTTAACTATTGAACGACA TAAGTATTACACCTCTTTGTAGATACGACAAAACCCTTTACTATATTATAATTGAGTCTTGAGAGATTCAAACGTAGAGT TGTAAAAAATCTTTCAACAATTACACGTGCATAAAGATTTGTTGGGAGAAAAAAAAACGAAAGAAAATTTAACTCTTTTT TTTTTATACATCGGAAAATAAAATTTAACTCTACGTAGAAAGTTTATTTTAAAGGATAACTTTTAAAATTATTTATTGAA TGAATAACTAATTACTAAAATAATTCCATGACTTATCATAAATAAGCATCATAGTGCAGCACAATTATATTGTTTCAGTG AATGAATATGAATATGAACAATGGATTACTAGAAGAAAACTGGTCAAAGAACTTCGAGATGAAAATTCATATTTCCTTGC CATCATACTTTTATGTGAATTTTTTTCTTTTCCCACTATGAACTGTTGCCTGGGCCGCCACGGTGACGAGGAAAGGGCCC CACGGCCTCTTCTCAGTCAACATTTTCGCCTAAGTTGCATTCTAACTTGTAATAAGCAATTCTGCTCCTCCAGTTCCTAT AAATAGCAAGCTCAGTTGTGCTCACAAACCACACAAGCCAATTAAGCTTTCATTTCATTCTCACACTACTTATTTCATTT TCCTCTTGTGTCTTACTAGCTCATCATCATCAATTCATCATGGCTGTTCTTACTTTCACTGATGAGACCACCTCTACCGT AGCTCCTGCTAAGCTTTTTAAAGCTCTGGTTCTAGATGTTGATACCATTGTGCCAAAGGTTATTCCTGTTTTCAAGAGTG TTGCAATTGTTGAAGGAAATGGTGGTGCCGGAACCGTAAAAAAAATCACTATCAATGAAGGTAATTAAGCACATAAATAT GTTACTTGATTGAATATACACATACTCGATCTATAATATATGGTAAATATATGTAATTATGTATGTACCATAATTAATTA TGTTAAAACTACTAAATCATGTGCAGGTGGAGAAGACAAGTATGTGTTGCACAAAATTGATGCAATTGATGAGGCCAATT TTGTATACAACTACAGCGTCATTGGAGGTGATGGGTTACCAGACGCCGCGGAGAAGATTTCATTTGAGTCCAAATTGGCT GCAGGACCTGATGGAGGTTCCATTGCAAAGCTCACCGTCCACTTCCACCTCAAAGGTGATGCTAAACCCACTGAAGCAGA GCTCAAGGAAGGCAAGGAAAAGGGTGATGGTCTTTTCAAGGCAGTTGAGGGTTATGTTTTGGCCAATCCCAATTACTAAT TAATAAGCATATTTCTAAGTGTTAATTTGCTTATATATGGTGTGTTTGCATATTTTCTCAGTGTGCTCAATTTGGCTGCC AGAGCCATTCTCTTTTTCTTTTCTTCCTTTGCTTTTGTTGTGGAGTTGTGAGATTTCATCTCATGTGTGTAGCAGCTCCC TTCATCAATTAATAATGATCCTATAATTACAAGAAATGCAAGCTATTTGAGCTTTTATATACTCGATCTTTGTAATTCTT CATATAATTACAAGAAAGCTCAAGTTTGTAGCAATTCAGATTTATGTTTAAAGAAGTCAGTTTGGTGTTTCTCAAAATTT GCTTCATGCCAGTTTAGTATTTGGCATGTTATGCTAATATGCA
Download Genomic Sequence

CDS sequence (LotjaGi6g1v0255000.3) extracted from Lotus japonicus Gifu v1.2 CDS.

ATGGCTGTTCTTACTTTCACTGACGAGACTACCTCTACCGTAGCTCCTGCTAAGCTTTTCAAAGCTCTGGTTCTAGATGT TGATACCATCGTCCCAAAGGTTATTCCTGTTTTCAAGAGTGTTGAATTTGTTGAAGGAGATAGTACTGCTGTCGGAGCCG TAAAAAAAATCACTATCAATGAAGGTGGAGAAGACAAGTATGTGTTGCACAAAATTGATGCAATTGATGAGGCCAATTTT GGATACAACTACAGCATCATTGGAGGTGTTGGGTTGCCGGACTCCGTGGAGAAGATTTTATTTGAGACCAAATTGATTGC AGGGCCTGATGGAGGTTCCATTGCAAAGCTCACCGTCCACTTCCACCTCAAAGGTGATGCTAAACCCACTGAAGCAGAGC TCAAGGAAGGCAAGGAAAAGGGTGATGGTCTTTTCAAGGCAGTTGAGGGTTATGTTTTGGCCAATCCCAATTACTAA
Download CDS Sequence

Protein sequence (LotjaGi6g1v0255000.3) extracted from Lotus japonicus Gifu v1.2 Proteins.

MAVLTFTDETTSTVAPAKLFKALVLDVDTIVPKVIPVFKSVEFVEGDSTAVGAVKKITINEGGEDKYVLHKIDAIDEANF GYNYSIIGGVGLPDSVEKILFETKLIAGPDGGSIAKLTVHFHLKGDAKPTEAELKEGKEKGDGLFKAVEGYVLANPNY
Download Protein Sequence

Domain prediction

Data for domain prediction are obtained with InterProScan, and merged with InterPro data obtained from the EB-eye REST service.

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Domains

Sorting

Prediction algorithm Identifier Start End Length E-value InterPro ID
PANTHER
PTHR31213
1 158 158 6.8E-64 –
PANTHER
PTHR31213:SF88
1 158 158 6.8E-64 –
Pfam
PF00407
1 155 155 2.7E-25
IPR000916
Gene3D
G3DSA:3.30.530.20
1 158 158 3.0E-51
IPR023393
PRINTS
PR00634
3 23 21 2.4E-43
IPR024949
SUPERFAMILY
SSF55961
4 158 155 5.5E-40 –
CDD
cd07816
5 152 148 1.23221E-48 –
PRINTS
PR00634
26 36 11 2.4E-43
IPR024949
PRINTS
PR00634
50 59 10 2.4E-43
IPR024949
PRINTS
PR00634
66 85 20 2.4E-43
IPR024949
PRINTS
PR00634
85 98 14 2.4E-43
IPR024949
PRINTS
PR00634
110 126 17 2.4E-43
IPR024949
PRINTS
PR00634
144 154 11 2.4E-43
IPR024949

Gene function (GO predictions)

GO predictions are based solely on the InterPro-to-GO mappings published by EMBL-EBI, which are in turn based on the mapping of predicted domains to the InterPro dataset. The InterPro-to-GO mapping was last updated on , while the GO metadata was last updated on .

GO term Namespace Name Definition Relationships
GO:0004864
Molecular function Protein phosphatase inhibitor activity Stops, prevents or reduces the activity of a protein phosphatase, an enzyme that hydrolyzes phosphate groups from phosphorylated proteins.
Subterm of
GO:0006952
Biological process Defense response Reactions, triggered in response to the presence of a foreign body or the occurrence of an injury, which result in restriction of damage to the organism attacked or prevention/recovery from the infection caused by the attack.
Subterm of
GO:0009738
Biological process Abscisic acid-activated signaling pathway A series of molecular signals generated by the binding of the plant hormone abscisic acid (ABA) to a receptor, and ending with modulation of a cellular process, e.g. transcription.
Subterm of
Part of
GO:0010427
Molecular function Abscisic acid binding Interacting selectively and non-covalently with abscisic acid, plant hormones that regulate aspects of plant growth.
Subterm of
GO:0038023
Molecular function Signaling receptor activity Receiving a signal and transmitting it in the cell to initiate a change in cell activity. A signal is a physical entity or change in state that is used to transfer information in order to trigger a response.
Subterm of

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Expression data

Expression pattern

Expression pattern of LotjaGi6g1v0255000.3, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.

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