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LotjaGi4g1v0151300.1

Overview

Field Value
Gene ID LotjaGi4g1v0151300
Transcript ID LotjaGi4g1v0151300.1
Lotus japonicus genome version Gifu v1.2
Description Histone-lysine N-methyltransferase; TAIR: AT4G13460.1 SU(VAR)3-9 homolog 9; Swiss-Prot: sp|Q9T0G7|SUVH9_ARATH Histone-lysine N-methyltransferase family member SUVH9; TrEMBL-Plants: tr|A0A072U350|A0A072U350_MEDTR Histone-lysine N-methyltransferase, suvh protein, putative; Found in the gene: LotjaGi4g1v0151300
Working Lj name n.a.

Sequence information

Genomic sequence (LjG1.1_chr4:24979158..24988384) extracted from Lotus japonicus Gifu genome v1.2.

ATCACTTCTAGTCTAGTAAGAAACTCTTATAAATCGAAATGAATGAGTTTTCATGTTAAGTAAATTCTGCTATCCAAACA CATACTAATTCCACCAGAGGCATGATAAATACCAAATCGTACAGCAAATCTGACACAACAAAGTCAGCATACGAGAGTGT GTGTTTGTGCCTCTTTCATTCTGAGCTCTCAACTGCTGCATAATCTAACTCAATTTTCTTCCCCATTCAAACCTTTCATT TCCTCCAATGTCCTCCATAACCTAACATAGAATTCATCACTTCCCATAAATTCTCATGGATTCTCTCCTCTCCCTTCAAA TCCCACCTAACACCTTCCCTCACCCACTCCCAACCACCCCCAATTCCGCCGTGGCTCCACCCACACCCACCCCCATTGCC GTCGGAACCTCAATTCCAAACCTGCTTGTCCCAAAATCCGAACCATTGGACGATTTCTTCGCCACCCAGAACCACCAACA ACCCCACCATGCGGCGGAGGACGATGAACCCGATATATACGGCGAGTTCTACCGGCTATCCCAGCTCTTCCATGCCGCCA TCAACAAAACCCTACCCCAGTTTGGAGCCGAGAATACCAACACTCCACACCAGGACCTTGTTTTGCTCTTCGGGAATCCC AAGATTCCTGTTCCGGGCATGTTTTCAAACTCTGGAAGCGGCCATGTCGTGGATCCTGAAGTAGTTGTTGTGGGGGATCA GAATTCGCTGTCCGGGGACGGCAATGCTGCTGTTTCTGACCAGAGTTCGCGGGCGATCGTGCCTGTTCCGGCGGCCTCGC CGTCGTCTTCGGCGGTGTCGGTGAGGCGGAGGAACAGTAGCAAGGTGAAGGAGCTGGTGAGGGTGATGGATTTAAGTGGG AAGGATCAGATGCATTTCCGCCAGGAGGTGAGGCAGACGAGGATGATCTATGATTCCCTGCGTGTGCTGGCTGTGGTGGA GGAGGAGAAGAGGGCGGCTGAGGAGAAGAGGGCGGCTGAGGAGAAGAGGGTGTCTGAGGAGAAGAGGGTGGCTGAGGAGA AGAGAGCAGCTGAGGAGCTGAATGCGGCGGCTGCCGCGCAACTTGCGGCCGAGCAACTCGCATCCTATCCGGAGGCTGGT CCTGTCGCTGCTTCCTATCCGGAGGCTGTTCCTGTCGCTGCTGCTGTGCCGGAGGCTGCTCCAGTTGGCCGGCGCCACCG CTACCGCATAAGAGGGGACCTGAGGGCAGCGGCATTGATGAGGGAGCGGGGTTTGTGGATGAACCGTGCTAAAAGGATTG TTGGGGCGATTCCTGGTGTGTTTGTTGGGGATTTGTTTCTTTTCAGGATGGAGTTGTGCGTGGTTGGGTTGCATGGTCAG ATACAGGCTGGGATTGATTATCTTCCTGCTAGCATGTGCTCCAATGGAGAGCCAATTGCCACTAGTGTCATTGTTTCGGG TGGATATGAGGATGACATGGATGATGGTGAGGAGATAATCTACACTGGCCATGGAGGGCAGGGGAAGAATTCGTTTAAGC AAGTGTGTGATCAGAAGTTGGAGGGAGGGAACCTTGCTTTGGAAAGGAGTATGCATTATGGGATCGAGGTAAGGGTGATT CGAGGGATGAGGGATGAGGGGAGTGCTTCAGCTGCAGGTAAGGTTTATGTTTATGATGGATTGTATAAGATTGTTGCTTG CTGGTTCGATGTGGGGAAGTCTGGTTTTGGAGTTTATAAGTTTAAGCTTACGAGGATTGAGGGGCAACCTAAGATGGGTA GTGCTTTTTTGAAAGAGGCTAGGGAGATTAGAAGAAATGGCTTGGACTTCAAACCTACGCATTGTCTTTCTGTGGATATT TCAAACAAGAAGGAGAATGTTGCTATTCGGCTTTTTAATGACATCGATGACAATCAGGACCCTCTTTATTTTGAGTATCT TCCGCGGACTATTTTCCCTCAGTTTGTGTTTCATCAGAGTGGGAATGCTACTGGTTGTGATTGTATAGATGGTTGTGTTG ATGGCTGCTTTTGCTCTATGAAAAATGGGGGCGAGCTCCCTTATAATCAACATGGGTTTCTTGTGAGGGGAAAGCCTTTG ATTTTTGAATGTGGCCCTTTTTGCAGCTGTCCTCCTCATTGTCGCAATCGTGCTACCCAAAAAGGTCTGAAAAGTAGGTT AGAAGTGTTTCGGTCTGTGCAGACGGGTTGGGGAGTTAGGTCCTTAGACATTATTCATGCTGGTGCTTTTATCTGTGAGT ATACAGGGGTTGTTTTGACTAGGGAGCAAGCGCAAATTTTAACAATGAATGGTGACTCATTGATATATCCTAATCGGTTT GCGTCAAAATGGGCAGAATGGGGGGATTTATCTCAGGTATACCCTGATTATAAGATCCCATCATATCCTGAGGTGCCTCC TTTAGATTATTCTCTGGATGTGTCAACTATGAGGAATGTTGCTTGCTATATTAGTCATAGTTCATCCCCAAATGTATTAG TTCAGTTTGTTCTGCATGATCACAACAATTTGATGTTCCCTCACCTTATGCTATTTGCAATGGAGAACATCCCTCCAATG AGAGAACTCAGCCTTGATTATGGTGTAGCTGATGAGTGGACAGGCAAGCTCTCTATATGTAATGTAACTGAGTGATTTTG AAAGGTTCGTGCATTTCTAATATGTTGGAGGCGAGTTTTGGGCATGGTTAACTGAGGTAAAGCCCCATTCTATCATTGAA CTTTTTTTCATTTCCCTGTTATTTTTTTGTTGTGTTTTCTTTTTATCTCGTAGACTGGTACTTTGCGCTGGCTCTAATGT AAATTCTGTTGACATTATGATATTGAGCTATAGGCTTAAATTATATTGATATTTCAAACATCCAGGTGTACTTTGGCTGT GGAGCAAGTTTAGTGAGGTTGATGTTTGACTTGTAAATTGTTATGTTTGAATATATTATTGTATTGTGCTTTGCAAACAG ATTAGAATCATGGTTACATTGATATTAGCCTTTTGTGTGGTTTTTGCTTGGTCTAGGCAGATCAAATTTGTTTGTTGGTA TCTGCTTTCTTTATTTACATTCATGTCTCCTTTATGGGTGTTCACTGAAAATGTACTATTACAATTTATCTCATAACCAA ATTTCCCTCGAGTTATTATTCATTCACACCTCATTTTCTCTTTCATCCCATTTCTACTTACTTTCTCTTCCTATCTCTCT CTACTTCTCCTATCACATCACACATCATATCTCTCATTTCTTTCTCTTCTCTTCCTATCTCTCTCTTGGTGTCGTTTGAT TTGGAGTATGAATAAAAATTAACCATTTCCCTCATTTGTATTCACTCTCTTGAGTCAGTTTCTTTACGTAACATGTGATG TCTTTTTTTTTGACGGATCATGTCATTTATACAGTTAGATCAGTTATGTTTAATGAATTATTCTATTCATCTTAACATCA TTCTAATATTGATAAATGCTACTCTTTTAATTTAAAATTGCCGCTAAGAACAGAGACTGGGTGCTTATTTGGTGATCATT TTGGGTAGAGTGTGATTGACCATCGAACTTGATTCTTCTATATGGATTTTTGTAGGGGATTATTCTGGTAGCCATTTTTT CCTGGTTGATAGTCCCTCAGTTAGTTGTGAAACATTTATGGTTGTTGTTTAGAGCCTGTTTGTTTCTTTTAAAATTCTCA TTCTCTGTCAAATCTTTCGTTCTGAGGCACTAAAACTGAAACCCGCGTCTCATACAGTTTAGAAAACGGAAGTTTGTGGC TAGCGAAACCGAAAAACAAACATGCTCTTAAAGTCTTAATATACTTGGTGGCGGCTCTAAACATTTATTTATATTTGTCT TTTCATAGAGTCCGATTCCTTTTTGCTTGTGGCAAAATACAATTGTTATGGAAAATACTACATGAAAAATACTTCTTGAT CTGCTTCCCTAAAAATTAAATTCTTACTATATTACAATATAATTCTCTATAGATTTCTATTGCGCCATCCAGAAGAAGTA ATCTTGATATTTCTTCTTCCTTTACTTTTATTCTCAGCTTTTCTTCAAATTGAAAGAAAAAGTACCAACTGACATTATGC AAAAAAGATATATTGAATTAATTAATGAAGTTTATTTTTCAAAAAAACATTATAAAAAACTGAAATGGAGTTTTCATCAA TGTTTTTATTAATAAAGGATATTAGTACTCTAGGAAATTAAACAGGTGCCACAGAAACACCTATTTGTGGAATACTATTT AAACTCGAAGGCATTTTCGTAAGTCCATGCCCTTTCCTCATCCCAAACCGAGATGGTGTGCGAACAACCATGAAATGAGC CGCGATAGCGGCAGCTCCAGCCACGATGGCAAACCAAGACGCAATGAGCCATGTCTTTGTAGGGTTGTAGGTGCAATGCA AAGCCGCGATCGCATCGATTGAAAAGTGTGGTACAGATGTGGTTATAGGAGTACTTATAAAGGGTGCGACATTCCTCACC CTGAGCAAGTTTTTCAGGTAGAGCTAGGCCCTAACCCAAATTCTAAGTTGGTACCAGGGTCAATCTTAGATCCATTGCTG TGTCATCTGCTACCCATTGAAGTTTGAAGTTCAAGAATCGTCCTGACATGAAGCTGTTCTAGGAAAAATTAATGGGTCAA TCTGGCCTGCGAGCTACTTCAAGGATGAAGTTAATCTATCCGCATAGATTCCCATAATGTGGATAAGGGCTTTTTGATAC ATATGAAGTATATTGTTGTGCCATCTGTGATGGGAAGAATTGACCTAACCTGCACTTGCTCTAGTGCTCCAGATGTCCAG ACTTGGGCGTGGGGTATTAATGTCCGAAATTTTACTAGAGATATGACTAAAGAAATCATTATGAAGGATAGGGCAATCCT CATCCCTAAGCTAGCTTTTTGGGTAGAGTTAGACTTGATCCAAATTCTAAGAGTATTATACAAAAGCAAATTTAAGGGTG TGCAGAACTTTCTAATAAAAGCTGATGGTTTGTAGCCTTGCAATGAAATTAAATGTGCTTTGATGAAGTAGACTGCAAAT GTGAGATACTTGGCATTGGTATGTGGTTCATCTAATTTCCCCAAGTCTGTAGGAAGTTGTTTGTATGAATATTGGATATG AAATATGTGGATAATTCATCATCCGGATGTTAGATCTATCATCCGAAATGACTCAAGCCCCTAGGTTTTAAATCGTTGGG GAACCCTTTTAGGGGCATGTTAGGACTTCTCAGGGCCATTATAGGTCAAACTTGAAAGAATTAAGCTTCATTCTTCATTC AGATTTGCAAATTCGACTTCTTTACCTTGCTTTTGATTGTTTCTAGTTGTGTGTTATTGTTCAAGACTTGTGATTTTTAT TTCTATTATCAATGTGATGAATTTTAGGCAATACTTGAAATTGTTTTCTATTTATATGTATATAGTATTAAACTATTAAT TATATAAGATTATATATAAAAAATAGCGGCCATCCCGCTATCCCACTTTTGGGGCTGGCCGCTACGCGCCGCTTTCCGGG ATTGACTACTATGCCCAATATACAGATTAGCAAGATTTTGCCACGTTAAGTTCAACTTGATTGACATTGAGTTTAATGGA AATCCCTACACAAACTAACTTGTTTGCTTTGACAATAGCAGCCTTGCTTAATTTTATTCGGTTTGGGACAACTAATGTAA TTTCTAAATCAATTTCTTTCTACGTGATGTGACAAATATGAATTGAGCTAGTTGGAATTTTCTGTTATTTCCTTTGGTGT GAGATGTAAATTGTAATAGATACTTGGAGCCATTTTTGTGAAGATCGTGATCATACTTGTAAGATCACATGTTCCTACGA GTTTTTCTTCCTCCGTGGTGGATCACATGTATAATCACGTCTTAGTGTGATTAGAGTGAAATCGCTGATCATACTCGCAA GTCGCAAGATCATATTATCTGTGTTCTTTTCCAATCCAGATGTGTTTGTTCAAGCTGATATCGCGAGTTGGGATTCACCC AAATCAACCCTTATTCACCTGAATCCTCATTCCCTCTACCCGACTCTGGTTGATAATCTCATGAAACAAAAGTTACGGAA CCATTATCCCTGGTTGTCATCCATGTTATCATCTATGTATTGCTGCCTCCATCGTCTACATCATTGCCTTTGCACAGCTG GGCTATCCTTCTGCTTTCAAATTGTGCTACAGTCCTGCGTCCTCGTTCCTTTGCATCACTGGGTTGATCATGGGGTGTTG AACTGTTGATAGGTCTGTGTACTAAGTGGTTTGTGGATGGGTGAATGTTTCATTGTATGACATCTCTGTCAAGTTTTCAT TCTGTAGAAGCATCCAGAATTTTTCTTTCAATATCATATATGAGCCAGAATGGCATACAGGATCTCAGTTGGGACTTGGG ATAGGACCCACAAAATTCTGGCTGTCGGAGAGTTTTTTCTATCTTTTAATTGTGAGTAGAAAATTTGTTTTTTTTATATT GCAAAATTAATTCAGGTTGTCATTTATGTATATATCTTTAATTGGAATTTAATTAAATATGAATGGTGATCTTAAGCTGT TAGCATCGGCATCATCATCCTTATTATTATGATTAAAAGCGACATATTACTGTCTGTTGTCTGATTTTCTGATGCACTTA TCAATCCTCTCCTAGTCCTAGGTAAGTAAGATCTCAGATTTTGACAACATTCCTAGGAGCTACAACATATAAGTAGATAC CAGGAGCTACATAATGGATAGGTGGATGATTATAAGAGGTTGTTGGGTCACCAAAACCAATGATACTGGTCACGTTATAA ACTTTGCTTTCTGCTAAATTGTAGAGGTTTGTTTTATTCATGCGCAGTATGTGTTTCTTAATGTGTAACAAATGAATAAG ACATTGTTAATTGAGTATTTTCCATCTTGCTTAGCTGTTCAACTTACGCTTGATCATAAAAGGCATATTGGTGTTTTGGT AAAATGTGACAATTTGGAAAGTTGGCTTGTTTGGTAGCAAATGTACACTACTTGTCTTTTGCATACTTCTTTGATTCATA CCCTCCTTCACTGTGACTTTATTCTGCATTTAATTGGTAAAAATGCTTTGCAATGCTCTCCTAAATGTTTTTAAAATAAT TTTAGTTGTCAATTTGATGGTACGGAATGACATTTGTTGGTGTGTTGGACATTAAATTTAATATAGAACATAAAGGAAGT GGATTAATTGGTTCTTAGTTTGTGTCCTGACATTAGTAAATATAATTCCTTAGTTTAAATCGATAGAATAGTTCTTATAT ATTGTGATCAAGTAGTTCTTATCGGCAGCAGATTCTAATTCTATATTAGCGGAAAATACCATAGTAGAGCAATCACAATG CTTCCATACAGGTTCATATTACTGGTTTATAATGCTTGCTTACAGGCATCGTTGTTCTTGAATGTTCTATTGACTGAAAT TACTTCCAGTGTACATTTTATTATTATTTTGATCTCAAGCAGATTTAAATAGTGCTGTAAATATAATGAATTGAAAGGTG AGTTGCCTGATATTTCTGAACCCAAAATTGCAATAATAAGGGAAACACAATCTGTACTTTGTGTCATATATAAGACCTAT TTTGTTATTTTAACTGATATATTTTTATGGGCCGAGGACATTGACTTAAGTTGCACAATCTATGTTTAACTGATGATCTG CTGCTTTCTGGATTTACAGATGTAGTTACGGTAAAGAACTTTTCTTTGTGTCTTCTATTTTCATGTTTCCTGATATTTTA TCTAGTAGCCATGTGACTACCAAGTGACCTTTTAATGTCTATTGTCTGAGTTTGAATTGGACTTTAACTTTGTGCTGGAA CATTGGGTTTTCTTAACTAGTTTTGATGTGCATCTACAGATTAACCATGATTTTGAGAAGGTTTTCAACCTCACCAAACT TGTTGGAACTGTGGAAGTGCTTGCTATATGAACAGTTATGTCAGGGTATCCAAAATCAGTTAATAGCTTCTATATTATCC TGGTGTTGCGTAACTCATCTTGGCTAGTACATAGCATTTTGCTTTGTGGTTATGAAGATCAGGAATTGAAGTTATGGGTG TGCTTAATTTTGAAAACTTCTGTAATTATTCTCTAATTTGCTGTTGTAGTTTGTGTGTCCATTACTGCTCTAGGGCAAAG CATTTGCAAGTCTTATCACCTTGTTTTGTAAGCAAGTTGCTTTGGATTTATTAACTTTTCTTTTGTTAGTGTATATAGTG AAAGTCTCAAGCTTGTACAGGGATAATGTTAATGTTAACTTTTCTTTTAGAAATATTTATTGTTCTTTTCCATGTATACC TTTTCTATTATTATAATTTTGTAATTCCAATATTTTGATTACCAGTAATGATTAATGTTTTTCCACACTACTCAATACAT AATTAGGGGTAAATGTGGAAAGTTGTATAATTTTTTTTGAAACTAATACTTTAACTAACTTCATTATAGTTTTTTTAATA AGCGTAATTGTCTGGTTTTATAATTAGGGATGGGGGAGTAGCATTTTTGTTTGTTTAAAACAAAATAGCAAACATGATAC TTCCTTTGTTTGGTTCTGTTCCTAATTATAAGACCATCTTAAGACAACTATACTTATTAATGAAACATGTAATAAAGTGT TGGTTTTAGAAACTTTTATACAATTTTCTATATTTACCCTTAATTAATGTATTAGGTGATGTTGAAGAGAGTTGATTATT AGTGGTAATTAAAATCTTGAAATTGCAAATGTTCAAATATGCAAGGGGTATATATAGAAAATGATAATAAATATTACTAA AATTTAGTAGGGGTCTTATATAAAGGAACGTCATGTCTAAATGTTCAAATATCGAGATCTATGAAAGTCTGGGTTTTTGC CTATTGAATTTGCTCTAGATGTGTAGTTATGATACAATTTTTTCTTAACTTTACACCCTCAAAAGTCATTGAAATAAAGG GTAAGGTTAAATATGTTCTAGATAATCAAAAAACTCATCTATAGCTTTCGGTCCCTTTGATTTTTTAGTTTTATTTGAAT CAAGAACAAGTGACGTCATAGTACATGAATAATTTTTTTGTTCAGCTACCAGCTTATGTGAGTACTCCTCTATGCCTACT GAGTATTGGGGCTGGGCTTTCCAAACAGCAGTAGCAGTATACTTCATTAATCTCCTTCAAACTTCCTCCCTCAACTTTGA AATTCCAATTTTCAACCTGTTTCATCA
Download Genomic Sequence

CDS sequence (LotjaGi4g1v0151300.1) extracted from Lotus japonicus Gifu v1.2 CDS.

ATGGATTCTCTCCTCTCCCTTCAAATCCCACCTAACACCTTCCCTCACCCACTCCCAACCACCCCCAATTCCGCCGTGGC TCCACCCACACCCACCCCCATTGCCGTCGGAACCTCAATTCCAAACCTGCTTGTCCCAAAATCCGAACCATTGGACGATT TCTTCGCCACCCAGAACCACCAACAACCCCACCATGCGGCGGAGGACGATGAACCCGATATATACGGCGAGTTCTACCGG CTATCCCAGCTCTTCCATGCCGCCATCAACAAAACCCTACCCCAGTTTGGAGCCGAGAATACCAACACTCCACACCAGGA CCTTGTTTTGCTCTTCGGGAATCCCAAGATTCCTGTTCCGGGCATGTTTTCAAACTCTGGAAGCGGCCATGTCGTGGATC CTGAAGTAGTTGTTGTGGGGGATCAGAATTCGCTGTCCGGGGACGGCAATGCTGCTGTTTCTGACCAGAGTTCGCGGGCG ATCGTGCCTGTTCCGGCGGCCTCGCCGTCGTCTTCGGCGGTGTCGGTGAGGCGGAGGAACAGTAGCAAGGTGAAGGAGCT GGTGAGGGTGATGGATTTAAGTGGGAAGGATCAGATGCATTTCCGCCAGGAGGTGAGGCAGACGAGGATGATCTATGATT CCCTGCGTGTGCTGGCTGTGGTGGAGGAGGAGAAGAGGGCGGCTGAGGAGAAGAGGGCGGCTGAGGAGAAGAGGGTGTCT GAGGAGAAGAGGGTGGCTGAGGAGAAGAGAGCAGCTGAGGAGCTGAATGCGGCGGCTGCCGCGCAACTTGCGGCCGAGCA ACTCGCATCCTATCCGGAGGCTGGTCCTGTCGCTGCTTCCTATCCGGAGGCTGTTCCTGTCGCTGCTGCTGTGCCGGAGG CTGCTCCAGTTGGCCGGCGCCACCGCTACCGCATAAGAGGGGACCTGAGGGCAGCGGCATTGATGAGGGAGCGGGGTTTG TGGATGAACCGTGCTAAAAGGATTGTTGGGGCGATTCCTGGTGTGTTTGTTGGGGATTTGTTTCTTTTCAGGATGGAGTT GTGCGTGGTTGGGTTGCATGGTCAGATACAGGCTGGGATTGATTATCTTCCTGCTAGCATGTGCTCCAATGGAGAGCCAA TTGCCACTAGTGTCATTGTTTCGGGTGGATATGAGGATGACATGGATGATGGTGAGGAGATAATCTACACTGGCCATGGA GGGCAGGGGAAGAATTCGTTTAAGCAAGTGTGTGATCAGAAGTTGGAGGGAGGGAACCTTGCTTTGGAAAGGAGTATGCA TTATGGGATCGAGGTAAGGGTGATTCGAGGGATGAGGGATGAGGGGAGTGCTTCAGCTGCAGGTAAGGTTTATGTTTATG ATGGATTGTATAAGATTGTTGCTTGCTGGTTCGATGTGGGGAAGTCTGGTTTTGGAGTTTATAAGTTTAAGCTTACGAGG ATTGAGGGGCAACCTAAGATGGGTAGTGCTTTTTTGAAAGAGGCTAGGGAGATTAGAAGAAATGGCTTGGACTTCAAACC TACGCATTGTCTTTCTGTGGATATTTCAAACAAGAAGGAGAATGTTGCTATTCGGCTTTTTAATGACATCGATGACAATC AGGACCCTCTTTATTTTGAGTATCTTCCGCGGACTATTTTCCCTCAGTTTGTGTTTCATCAGAGTGGGAATGCTACTGGT TGTGATTGTATAGATGGTTGTGTTGATGGCTGCTTTTGCTCTATGAAAAATGGGGGCGAGCTCCCTTATAATCAACATGG GTTTCTTGTGAGGGGAAAGCCTTTGATTTTTGAATGTGGCCCTTTTTGCAGCTGTCCTCCTCATTGTCGCAATCGTGCTA CCCAAAAAGGTCTGAAAAGTAGGTTAGAAGTGTTTCGGTCTGTGCAGACGGGTTGGGGAGTTAGGTCCTTAGACATTATT CATGCTGGTGCTTTTATCTGTGAGTATACAGGGGTTGTTTTGACTAGGGAGCAAGCGCAAATTTTAACAATGAATGGTGA CTCATTGATATATCCTAATCGGTTTGCGTCAAAATGGGCAGAATGGGGGGATTTATCTCAGGTATACCCTGATTATAAGA TCCCATCATATCCTGAGGTGCCTCCTTTAGATTATTCTCTGGATGTGTCAACTATGAGGAATGTTGCTTGCTATATTAGT CATAGTTCATCCCCAAATGTATTAGTTCAGTTTGTTCTGCATGATCACAACAATTTGATGTTCCCTCACCTTATGCTATT TGCAATGGAGAACATCCCTCCAATGAGAGAACTCAGCCTTGATTATGGTGTAGCTGATGAGTGGACAGGCAAGCTCTCTA TATGTAATGTAACTGAGTGA
Download CDS Sequence

Protein sequence (LotjaGi4g1v0151300.1) extracted from Lotus japonicus Gifu v1.2 Proteins.

MDSLLSLQIPPNTFPHPLPTTPNSAVAPPTPTPIAVGTSIPNLLVPKSEPLDDFFATQNHQQPHHAAEDDEPDIYGEFYR LSQLFHAAINKTLPQFGAENTNTPHQDLVLLFGNPKIPVPGMFSNSGSGHVVDPEVVVVGDQNSLSGDGNAAVSDQSSRA IVPVPAASPSSSAVSVRRRNSSKVKELVRVMDLSGKDQMHFRQEVRQTRMIYDSLRVLAVVEEEKRAAEEKRAAEEKRVS EEKRVAEEKRAAEELNAAAAAQLAAEQLASYPEAGPVAASYPEAVPVAAAVPEAAPVGRRHRYRIRGDLRAAALMRERGL WMNRAKRIVGAIPGVFVGDLFLFRMELCVVGLHGQIQAGIDYLPASMCSNGEPIATSVIVSGGYEDDMDDGEEIIYTGHG GQGKNSFKQVCDQKLEGGNLALERSMHYGIEVRVIRGMRDEGSASAAGKVYVYDGLYKIVACWFDVGKSGFGVYKFKLTR IEGQPKMGSAFLKEAREIRRNGLDFKPTHCLSVDISNKKENVAIRLFNDIDDNQDPLYFEYLPRTIFPQFVFHQSGNATG CDCIDGCVDGCFCSMKNGGELPYNQHGFLVRGKPLIFECGPFCSCPPHCRNRATQKGLKSRLEVFRSVQTGWGVRSLDII HAGAFICEYTGVVLTREQAQILTMNGDSLIYPNRFASKWAEWGDLSQVYPDYKIPSYPEVPPLDYSLDVSTMRNVACYIS HSSSPNVLVQFVLHDHNNLMFPHLMLFAMENIPPMRELSLDYGVADEWTGKLSICNVTE
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
MobiDBLite
mobidb-lite
1 33 33 - –
MobiDBLite
mobidb-lite
12 29 18 - –
PANTHER
PTHR45660:SF3
35 771 737 2.3E-302 –
PANTHER
PTHR45660
35 771 737 2.3E-302 –
ProSiteProfiles
PS51575
94 778 685 169.994
IPR025794
Coils
Coil
218 258 41 - –
Gene3D
G3DSA:2.30.280.10
287 486 200 8.3E-74
IPR036987
SUPERFAMILY
SSF88697
311 493 183 1.02E-62
IPR015947
SMART
SM00466
325 484 160 7.7E-94
IPR003105
Pfam
PF02182
329 484 156 2.4E-49
IPR003105
ProSiteProfiles
PS51015
330 480 151 56.293
IPR003105
Gene3D
G3DSA:2.170.270.10
487 776 290 4.3E-81 –
SUPERFAMILY
SSF82199
505 775 271 1.2E-60 –
SMART
SM00468
512 604 93 3.8E-29
IPR007728
Pfam
PF05033
515 612 98 2.4E-18
IPR007728
ProSiteProfiles
PS50867
559 617 59 11.257
IPR007728
SMART
SM00317
620 769 150 1.2E-26
IPR001214
ProSiteProfiles
PS50280
620 763 144 14.536
IPR001214
Pfam
PF00856
631 763 133 1.0E-12
IPR001214

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:0005515
Molecular function Protein binding Interacting selectively and non-covalently with any protein or protein complex (a complex of two or more proteins that may include other nonprotein molecules).
Subterm of
GO:0005634
Cellular component Nucleus A membrane-bounded organelle of eukaryotic cells in which chromosomes are housed and replicated. In most cells, the nucleus contains all of the cell's chromosomes except the organellar chromosomes, and is the site of RNA synthesis and processing. In some species, or in specialized cell types, RNA metabolism or DNA replication may be absent.
Subterm of
GO:0008270
Molecular function Zinc ion binding Interacting selectively and non-covalently with zinc (Zn) ions.
Subterm of
GO:0016571
Biological process Histone methylation The modification of histones by addition of methyl groups.
Subterm of
GO:0018024
Molecular function Histone-lysine N-methyltransferase activity Catalysis of the reaction: S-adenosyl-L-methionine + histone L-lysine = S-adenosyl-L-homocysteine + histone N6-methyl-L-lysine. The methylation of peptidyl-lysine in histones forms N6-methyl-L-lysine, N6,N6-dimethyl-L-lysine and N6,N6,N6-trimethyl-L-lysine derivatives.
Subterm of
GO:0034968
Biological process Histone lysine methylation The modification of a histone by addition of one or more methyl groups to a lysine residue.
Subterm of

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Expression data

Expression pattern

Expression pattern of LotjaGi4g1v0151300.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.

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