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LotjaGi1g1v0633100.1

Overview

Field Value
Gene ID LotjaGi1g1v0633100
Transcript ID LotjaGi1g1v0633100.1
Lotus japonicus genome version Gifu v1.2
Description Histone-lysine N-methyltransferase, H3 lysine-9 specific; TAIR: AT5G13960.1 histone-lysine N-methyltransferase, H3 lysine-9 specific SUVH4-like protein; Swiss-Prot: sp|Q8GZB6|SUVH4_ARATH Histone-lysine N-methyltransferase, H3 lysine-9 specific SUVH4; TrEMBL-Plants: tr|A0A0R0FUI7|A0A0R0FUI7_SOYBN Uncharacterized protein; Found in the gene: LotjaGi1g1v0633100
Working Lj name n.a.

Sequence information

Genomic sequence (LjG1.1_chr1:118724052..118732969) extracted from Lotus japonicus Gifu genome v1.2.

CTCCCTCTGACGAAGTCATACATAAATATACGTTATTTCTTTTACAATAGTAGCGTATAAATTGAAATAAAATTAATGAG AAATTGTTGAAAAAAGAGTGATAAAGTAAATGTCGCTAGCACCGCTCCTATCGCATAGGAGCAGGTTATCTAACGCACCG TATCATTCATTGATCCCAAACTACTCCATCTCCACAATGCGAGGGAGATCAAAATGCGAAGCGGGAACCCGCAGAGAAAA AAAGATAGAAAAAAGAAGTTGAAAATGAGAAACGCGAGTTTATATTATAACACGCTGTAATAATTACCGAAAACTCGACA TTGGCGTCTCTTCATTTGCCCCGAGTATAAATGACACCAGAACGAAACTGAAGCTCACTCACTCACTCTCACTCTCTCTC TAACTCTCTCTCACTCTCACTCTCTCTCTCTCTCTCCAAACCCTAGAAGCTTCTTCTGTAAGCTACGATTTCAGATTTCT GTGTTTCTGTATAATCTTCTTCGTTTTCATTCTTCGATTGCTGGTTTTGATTTTGTTTTCTGTGTTGTGTGCGTGCAGAT TCACATGGTTGTGCCACCGTTGGACTGTGTTAACGGTTCGATTCCGCCGATTGCGAACGGTGGTGGCGGAGTCGTTGATG TTCAGCACCATTTGATGGTTCCGACGAGCTCCGACCTCAAAAGCGAGTTGAAGCAGAGCAAGGCTAAGGTGAACTCGAGA GGATCGAAGGAGTCGCCAATGCAGCGGAGAGTGAGTTCTCGGATCCAAGCTCTGCAGGTAGCAGCGGCTGCGGCTGAGGA GGAGCTTCAGGTTCGCCGCAAAGCAGAGGGGGAAGAGGGGAAATGCGACGAGGAGGCCGCTGTGGCTTCGTCGCCAGCTG CGAAGGGGAACAAGCGATGTCGAGTCAGCCGCGGCGGTGAGGGGAGTGTGGGTGGGAGTGAGAGAGAGGTTGTTTCGGAG CAGAGGAAGAGGAAGAGGAAGAGGAAGCGGCTTATGTTGATGAAGCGTCGTGAGGGTGAGGGTGCGGAGAGAACGGTGGA TTTGGGGAATGTGGTTGGGGTAGAGGCTGACAAGGGCTGTTCCATCAAGGTGAAGGAGACGATTAGGTCGTTTAACAAGC ACTACCTTCATTTTGTTCAGGTTAGTTTTCCTTATATGTATGAACAGGATGTGGCATTGGCTTCTTTTCTGTTGATTTCA TTTGCTTTGGTTTCCATTTGTTGAAGTTGTGTTTTCTGCATGTACAGGAAGAGGAGAAGAGGTGTGGGAAAGCGGAAGCT GAGCGGAAAGCTGCTAAAAAAGGTTCAAAATCCAAGGTTGGTTGGTCTCTTTTTTTCTTCTAGGTGCTCTCAGATTTTAG CGTAAAGTGCCAATGCCTGAGTTCAAACTTACCTAACTTAAGGAAATGAGTGGGGGATCGTAGATAAGAGACCCAATTTT TCTCCAATTGATCTCTGATTAACTATCAGTTTTGTGACTATCTATGTCTTTGTGTCATTGCTCTTTTCTGACCTACATAA ACTAAAAGGGAAAAAATGCCTCCAGTATTCAGAAGTCTTAATTGTTATGAGCATGGCAATTGTGAACTGGGGTGCTACTA TGACTGATTTTACTTCAGTTTTGTTAATTGCGGATTGTGGAAAATAGCGGAAAGCCAAGAAATCTGCTATTTCAAGCCCT CGTAGCAGAATAGCGGTGAGCCCTCATAGCGATACGCTATAGCACCGCTATTTGACAACACTGTTTTACTTTTCTTCTTA TTTGGATTTGGTAGTCTGCTTCCAGCTGGACCTATTTATTAGAGGCTGTATCTACTAGATTTTGTAGTGATATTAGGATT TTTGCTTGGTATGACTGCTGAGTTCAGATTAGGTCTTGTCATAATTTTCTTGGGAGCCTTAAACTTCATTTTGTTTCATT ATTCTTGCAATGCTTGGTGAATGTGGTCAAACTTATTTTTGAATTCACTCGCAGTCATAAGTTGAAACTTTGAAGTAAGA GTTTTTTTCTTGGTGAAATGGTGAAGCACATGTAGTTGGAGTGAAAAAGTTGCTTCCTTAGCTAGTAGTGTGTTTCCATG TCAAGACTCTATAGCCTCGAATCTTACTTTATTGTATTCTGAAATTTAGAACTTAACTGCTATATTGAATTTTTGTTGTT GTATGTAGAAAGGTGCTCCCCCTGAAGATTCAAAGTCCTCTGCCAAGCGACCTGATCTGAAAGCCATATCGAAGGCAAGT GAAAATTCAATCATTTATTTTATTTTGTTAGAATCTCTATTACAAAGTCTCATGATATTTTGCTGTGTGATCTAGTATTG AACTTTTTTGATTATTGGAGGTAGCATTGCCTTGACTTTACCTTATTTATCATTTGTCTATCCTTTTGTCCCTTCTCTTC GATGTGGTTGAGCCTAATATCTAATCAATTTTTTTATTAGTTCTGACTGTCTCTTCTGAACAACTTATTGGACTGCTTTT ATGCCATTGAATTGGATTGAATTTGATATTCGGTGAAATAAAGTTAAATTGATTTTTCAATAGTGTTTTTAGTCTTTAAT TTGAATTATTTAGTTTTATATTATCATTTGTTTTGATTGTATTTATGTTTTAACAATTCATTTTAGGAAAATAATTGCTT TTCTTGATAAAGTTTCTCAAGGAATTGGTAAAAAGAATTTTTTTGGGTTAAAATAAATAAGTTCAAACACGATCAAAACT GATTTGATTGTATCGCAGCTACCTTTGTATTCTTTTAACACAATCTTCATATTGGAGCGTTTAAACAGATGATGGAAAAT GATGAAATATTGTACTCTGAGAAAAGAATCGGCAACATTCCAGGTTGGTGACCTCATCTTATGTTGCTTTTGTTGTGAGC ATTATTAAGTTATCTGATATGATGTCCTTACACTGACAAAATGTTATTCTTATAATTTTCTTATTGCATACAATTATGAA TGAGCAATATATGGTGTGCCATTAGTACCTTATTCAGTGTTTGTAATATTTCTCTGTATGGAAGGTGTTGAGGTTGGATA TCAGTTCTATTCTCGTGCTGAAATGGTTGCAATTGGTTTTCATAGCCACTGGTTAAATGGCATTGATTATATGGGCCAAT CCTATGCTAAAGTGGTAATTCAATTTCTTTTTGACAAATATTTACATATACTCTAGTTTGGAATATCACATGTGATTATC ATATAAATGTTCCATATAAACCTGTTTCTCTTTCCTTTTTTCTCTTGGATATCACAGCACAGCAGCTATGAATTCCCAAT TGCTGTGTCCATTGTTTTGTCGGGCATGTATGAGGATGATCTGGACAATGCAGAAGATGTTGTGTACACTGGTCAAGGTG GGCATAATCTGACGGGTGATAAGCGTCAAATTCGGGACCAGACGTTAGAGCGGGGTAATCTGGCACTAAAGGTAAGCATT TTATTGATCTCTCAATACATTTGAATTTTGATTCTAGTTTCATATTTCTTCTTTGTTGTATAATTGCTTGCATCTTTAAA AGATTGGTAATTTGGATTTATTTTGTGGAAGGTTTATGCTATTGTTCATAACAATGTCTTCTATTCTATGGCACAGGAAT GTAATCATATATTCTACATCATTTACATGATTTAAATTAGAATGTGGTGAAATCATGCCCAATTTGGTATGATTACCAGG AAAACAGAGATAACCAGCCAATGATTTCCTTATTTTTGTTTGTGTAAACTTTTTTTGTGTGTGCATATTTTAATATGAAT CTTTTTACCAAACTACTATAATGTATTTGATGAACAAAGGCAAATCTAACATGCTGTGAACTCAATTGTAGAATTGTGTT GAGCAAAGGGTGCCTGTTAGGGTGACTCGTGGTCATGAATCTTCGAGCAGTTATTCTGGTAAAGTCTACACATATGATGG CTTATACAAGGTAACTGCAAATCTATATTTAAAACATAGTTTCTATTGCTGCAATATTAAAAAAAATTGACTTTCTTTTG CATATTTATTTTTTGCTGTACGTGAATTTTGTGGGAATTTGACTGCTGTAAAATGAGGGACATGCTTTGGAGGATAAAAT GCTCATTAATAATTGCTTATTGAAAAATTAATGGTTGAACTTTTGACATATGCACTTCTTTAAGAAAATATGAAGTTGTT AAAATTCCCTTGATTTACTAATCTACTATTTTGATTCTTAAAATGCACTGTTCACTCTAGAGGAGTCAAATCCTTTTGTT GGAACTAGTCTAGCCACTAAACTTGGTTGCTCATTTAAGACTGATGTGATTTGTTTTTGGATGTAACTGTGTAACATGAC ACGACCATTAATTTGTGCTTTTTGTATTGTGTCTATCAAATACCAAAATATTTTGAAATAAAAAGAACACTCAACAATCT ACCAGTCTACCACTCTATGGCCATTGCACATTTCTTTGAGAAAGTATCATACCGTCTTTAGATGATGTCACCTCTATCCT AAAGTAATTTTGATGCATGCTATGTTCTCTAGTCTAAAAGTAGTATTTTAATCTAGGCAATGTGTGATGATCACTGCCTG TAATTAACTGTTGTTGTTGACATGCAAAACCAAGTAAATACAGTGTTTGAATGGGGGTTGAAAATTGAATGATTAACCTT TGAGTTATGCCAAATTATTGAACTACTATACTAAATCACGATACTAAGCCCTTAGAGATAGCCTGAGGCCATATTGACCT GACCATCAAGAGTAACCTTTATTGTGAAGAAGCGCTGACATCTGAAATTTAACTACTTTGAGGAGATCCAAGTCCCACAA AATTTAAAGTGCTCACATTTTTTCAATCTTACAATTAACTTGATCATCATAATTACTTGATACTATACAATTTATAATTT CCGTATATGTATTCTTTCTAACACGCTTTTTAATTGGTGAGATATAGGTACACAAAATATTGATAGGGTTTTTCCATGCA AGTGTCAAAGCAAACATAATTTCTTTTATGACATTTTCTTGTTTTGCAGGTTGTCAATTATTGGGCAGAGAAGGGAATAT CTGGATTTACAGTCTATAAGTTTCGGCTTAGGAGGCTTGAGGGACAGTCTGTATTAACAACAAATCAGGTTTAATTATAT TTCTCCAAGTTTCATCTAGTGTGCACTCTTGTTTGCCTGTTTTGTTTTCTTGTAAATCGCTACGTTTTCATGAATATGTA TTCTAATTACTCAGCGAAGGATAATATATATACTAAGAGACATGAATGCAAGATTTACAATTATTGTAATCACAATGATG TACCTGACCTTGCAACTACATTTTGTTTCTTGCTTTTCTATGAAATCAAGTTGTCACATGAAAATGCATTACTAGTTAGT AGAGACCTTTTAACTCGTTATATACCTGTGTGCTATCATAATATTTTGTGTTGCAATTCTCTTTATCTACCTTTTTATAG ACTGACATAATTTGCATTTCTTTGAGGGTGATTTTCTAACCTAAACAAAGGGCTTTAAAGGATCTTTGGCCTTTTTTTTT GTGATGACAGGTTTATTTTACATGTGGGCGTGTGCCTCAATCTGTTGCAGAGATAAGAGGGTAATCAAAAAAGAAATTCT GTAAATTGAATATTCAATGTACTTAATCTCAATTATATTGGCCTAACATCTTGTTATATTTTACTTAGGTTGGTATGTGA TGATATAACTGGAGGTCAGGAAGATATGCCCATTCCTGCTACGAATTTGGTTGATGATCCCCCTGTTCCACCTACAGGCA TGTTGATTTAGGGCTTTTAGTTTGAATCCCATGCTATTTTGGTTGATAGATGATTATCTAATAGTTTCTAGTTCTACCAC TGTAGTTGAAGTATTGTCAATGCTAGATTTTCCTTGGCACTTACTTTGGTGGCTGATTTTTTTTCTATTATAGGTTTCAC ATATCTCAAGTCTCTTAAGGTTGCAAAAAATGTAAAGCTTCCCATGAATGCGGCTGGATGTAAATGCAAAGGCTTATGTA TTGATCCAACAACATGTGAATGTGCATTGCGTAACGGCTCTGATTTTCCCTATGTGTCCCGGGATGGCGGAAGGTGAGAA ACTAAATTGGTGAAATGCCAAATATACTTTGTCTGCTGTAATATTTAATGTCTCCATTTGCATCTATTGACAGGTTAGTG GAAGCCAAAGACGTTGTGTTTGAATGTGGTCCCAATTGTGGTTGCGGTCCTGGTTGTGTGAACAGGACTTCTCAAAGAGG ACTTAGATATCGTCTTGAGGTTGCATATTTAATTGGTTTCATTATTGAGTATAAATAAATATATAGTTTCTAATTGTATC TTTGTCAAAATTATTACATAGGTTTTCCGTACTGCTAAGAAAGGTTGGGCTGTTAGGTCCTGGGATTTCATACCTTCTGG AGCACCCGTTTGTGAGTACACTGGAGTACTTGCTAGGACGGATGATATGGACAGTGTGCTGGAAAACAACTATATTTTTG AGATAGATTGCTTGCAGACAATTGAAGGGCTTGGTCGAAGAGAGGTATCGGATCCTTTGAAACCTTGTCATTAATTTTTT TGTCAGCCCCTTCAACTTAATTTAAGAACTTTTCTCGTCTCTTTGGTGATGTTAATTTTTTTTTCAGAGGCGGTCCCAAA ATGCAGCAGTTCCTGCAAATCTTGTAGAAAAGTCTGATGAGCAAGGCTCTGAAAGTGCGCCAGAGTTTTGTATTGATGCA GGCTCAACTGGAAATATTGCTCGGTTTATTAACCATTGCTGTGAGCCTAACCTGTTTGTTCAATGTGTTTTGAGCACACA CAATGATTTAAAATTGGCTAGAGTGATGCTGTTTGCTGCCGACAACATAGCCCCTTTGCAGGTAATCATTTTTCTACATA TCCCCTCTTTATCAACTTTGGGATGGTCTGAACATATTGGGGTTGGGAAGTTTTGGCGACTTGGTGAAGTATGATTTGGC GAGTGAACAGGTCTGCTGTTATTGATAATAGTGGTCATTGTAGGTAGTGGATATTCCTCATTTTCTTCTTCATCACATCA TTTGCTAACTATAACCAATGCTTTTCTTGCTTTATGCGATACCCACATGAGCCAAACACCAGAGATAGGTATTCTTAATG TTGGGAGTCATAACTACGGGTGTGAATAGAGATAGGAAAGCTCTTTTTTTTTTCAGAGGGTATATTCTGTTGTCATCATA GTGTTGAGTTTCTTTGATTTCATGCAGGAACTGACATATGACTATGGCTATGAGCTTGATAGCGTCTTGGGTCCCGACGG CAAGATAATGCAGTTGCCATGCTATTGTGGAGCCTCAGGCTGTAGGAAGAGATTGTTTTAAATGTTACTTTTCCCTTTCT GATACAAGTTGTGAACTTCATGTGAAACTAGAGAGCAGCTTTGCCTTAAACTTGAGGTGCAAACGCTCTATTTATAACCG GTTTGCAGTATATGCCCTTGGCTAAAACTATAGCAAAATGACAATGCATTTTTCATGTAAAAACAAGAAATTGGTATAGA ATTTTTTTGCTAGAAACAACCTGTCTTATTGAATACCGCAAGTTTTAGAGTGAAACGCTATTTGTCTTGAAGTTCGGTAT GTAGAGTTTGTGGAAGATGGAATTTCAGAAGTCCTTAGAAGATTAGGACTGCGTTTGTTTCAGTTTATTTCTTTCGAAAA TCACTTTATTTAATTAAAAATTTATTTTTATACAATTTAAGATGTTCCTTTCAGCTTTTTAAAGAATTAATATTTAAAAA AGTTGAAATTAGACTATTAGAAAAGTTATTTTGATTAGCTTATAAAAAAATTATTTTTTCTAGAAAAGTCTTTTTTTCTA TCATAATGGTTTCTTGTCATATCAGCCTACTTGCATAAACATTTTTTTATATCAAGTAAATTTAATTTCAATTGGGACGT TAGACAAAATTGTTGGATGTAAGTGTAATTTTTTTTACAGGTACATACAACATATGCACATAAATGGTCCATTTAATATG CATCACTTTAAAACTGGTCCAACATTAGACCGCCTTTTTAACCTGCTACTACATATTGAACATAGTGATTGTCCAAAATA ACAAAACCAGCAACCACTCCTCCCTTTCTCCAGCCACCCCTCCTTAATCCCACCTCTCTTCTTTGGAACACATTAACCAC CATAGCCTATCTCCCATAACCACCAATCCAGCCACCAACCCATCACTTGCTCTGCCTCACGCTACCAGCTTCCACGCCCT CCCTACTTTGATATAGGGAGTGACGAGGAAGCAGATGAATGAGATAGGTCACATGTTCTAGCAGTTAAAAACAAGGTGGT GTAACTGAGCACCATTTTTTACTAGTGCATATTAATCGAACCCTACAGTAAGTCATTTTTTCATATTTTAATGCAAAAAC CAGTCCAAAGTAGTAAAAACAAAATGGCTGCCTAAACCCCGAGGGAAAAGTGTAAATGAAGGATAACTTTCCCATGAATA GATCTATCGATTGATCACCACCCAAATCACTGAATATAAATATGCTCTTGCAGGTTACAGATTCGGCCAAGACAATGGAA TGAGTTTCAGAACGGTAAGGAGAGTTGGGTGAATGTGGGATTGCAGAAATAATTTATTTCCGTATGGTGGGAGTGGATCC TTTTTAAACCCTTTCATTGGAATGAAATGACAGGGATGTGATAGTCCCAAGATATGCAGTCCCAACAAATATGTTTTACA TAACTTGAATAAAACATTGCTACGGGCAGCTAGTTAACATTTGGTACTTATAAGGCCCCATTTGAAAAAACAGCTTAATT AAGCGCTTATGGTCATAAGCGCTTATATCATAAGATATAAGCACTTATTCATAAGTTATTTTTAAAATTTTATTGAAATA AATTAAAAATAAGTTGTATATAAGCATAAGCTGTTTTT
Download Genomic Sequence

CDS sequence (LotjaGi1g1v0633100.1) extracted from Lotus japonicus Gifu v1.2 CDS.

ATGGTTGTGCCACCGTTGGACTGTGTTAACGGTTCGATTCCGCCGATTGCGAACGGTGGTGGCGGAGTCGTTGATGTTCA GCACCATTTGATGGTTCCGACGAGCTCCGACCTCAAAAGCGAGTTGAAGCAGAGCAAGGCTAAGGTGAACTCGAGAGGAT CGAAGGAGTCGCCAATGCAGCGGAGAGTGAGTTCTCGGATCCAAGCTCTGCAGGTAGCAGCGGCTGCGGCTGAGGAGGAG CTTCAGGTTCGCCGCAAAGCAGAGGGGGAAGAGGGGAAATGCGACGAGGAGGCCGCTGTGGCTTCGTCGCCAGCTGCGAA GGGGAACAAGCGATGTCGAGTCAGCCGCGGCGGTGAGGGGAGTGTGGGTGGGAGTGAGAGAGAGGTTGTTTCGGAGCAGA GGAAGAGGAAGAGGAAGAGGAAGCGGCTTATGTTGATGAAGCGTCGTGAGGGTGAGGGTGCGGAGAGAACGGTGGATTTG GGGAATGTGGTTGGGGTAGAGGCTGACAAGGGCTGTTCCATCAAGGTGAAGGAGACGATTAGGTCGTTTAACAAGCACTA CCTTCATTTTGTTCAGGAAGAGGAGAAGAGGTGTGGGAAAGCGGAAGCTGAGCGGAAAGCTGCTAAAAAAGGTTCAAAAT CCAAGAAAGGTGCTCCCCCTGAAGATTCAAAGTCCTCTGCCAAGCGACCTGATCTGAAAGCCATATCGAAGATGATGGAA AATGATGAAATATTGTACTCTGAGAAAAGAATCGGCAACATTCCAGGTGTTGAGGTTGGATATCAGTTCTATTCTCGTGC TGAAATGGTTGCAATTGGTTTTCATAGCCACTGGTTAAATGGCATTGATTATATGGGCCAATCCTATGCTAAAGTGCACA GCAGCTATGAATTCCCAATTGCTGTGTCCATTGTTTTGTCGGGCATGTATGAGGATGATCTGGACAATGCAGAAGATGTT GTGTACACTGGTCAAGGTGGGCATAATCTGACGGGTGATAAGCGTCAAATTCGGGACCAGACGTTAGAGCGGGGTAATCT GGCACTAAAGAATTGTGTTGAGCAAAGGGTGCCTGTTAGGGTGACTCGTGGTCATGAATCTTCGAGCAGTTATTCTGGTA AAGTCTACACATATGATGGCTTATACAAGGTTGTCAATTATTGGGCAGAGAAGGGAATATCTGGATTTACAGTCTATAAG TTTCGGCTTAGGAGGCTTGAGGGACAGTCTGTATTAACAACAAATCAGGTTTATTTTACATGTGGGCGTGTGCCTCAATC TGTTGCAGAGATAAGAGGGTTGGTATGTGATGATATAACTGGAGGTCAGGAAGATATGCCCATTCCTGCTACGAATTTGG TTGATGATCCCCCTGTTCCACCTACAGGTTTCACATATCTCAAGTCTCTTAAGGTTGCAAAAAATGTAAAGCTTCCCATG AATGCGGCTGGATGTAAATGCAAAGGCTTATGTATTGATCCAACAACATGTGAATGTGCATTGCGTAACGGCTCTGATTT TCCCTATGTGTCCCGGGATGGCGGAAGGTTAGTGGAAGCCAAAGACGTTGTGTTTGAATGTGGTCCCAATTGTGGTTGCG GTCCTGGTTGTGTGAACAGGACTTCTCAAAGAGGACTTAGATATCGTCTTGAGGTTTTCCGTACTGCTAAGAAAGGTTGG GCTGTTAGGTCCTGGGATTTCATACCTTCTGGAGCACCCGTTTGTGAGTACACTGGAGTACTTGCTAGGACGGATGATAT GGACAGTGTGCTGGAAAACAACTATATTTTTGAGATAGATTGCTTGCAGACAATTGAAGGGCTTGGTCGAAGAGAGAGGC GGTCCCAAAATGCAGCAGTTCCTGCAAATCTTGTAGAAAAGTCTGATGAGCAAGGCTCTGAAAGTGCGCCAGAGTTTTGT ATTGATGCAGGCTCAACTGGAAATATTGCTCGGTTTATTAACCATTGCTGTGAGCCTAACCTGTTTGTTCAATGTGTTTT GAGCACACACAATGATTTAAAATTGGCTAGAGTGATGCTGTTTGCTGCCGACAACATAGCCCCTTTGCAGGAACTGACAT ATGACTATGGCTATGAGCTTGATAGCGTCTTGGGTCCCGACGGCAAGATAATGCAGTTGCCATGCTATTGTGGAGCCTCA GGCTGTAGGAAGAGATTGTTTTAA
Download CDS Sequence

Protein sequence (LotjaGi1g1v0633100.1) extracted from Lotus japonicus Gifu v1.2 Proteins.

MVVPPLDCVNGSIPPIANGGGGVVDVQHHLMVPTSSDLKSELKQSKAKVNSRGSKESPMQRRVSSRIQALQVAAAAAEEE LQVRRKAEGEEGKCDEEAAVASSPAAKGNKRCRVSRGGEGSVGGSEREVVSEQRKRKRKRKRLMLMKRREGEGAERTVDL GNVVGVEADKGCSIKVKETIRSFNKHYLHFVQEEEKRCGKAEAERKAAKKGSKSKKGAPPEDSKSSAKRPDLKAISKMME NDEILYSEKRIGNIPGVEVGYQFYSRAEMVAIGFHSHWLNGIDYMGQSYAKVHSSYEFPIAVSIVLSGMYEDDLDNAEDV VYTGQGGHNLTGDKRQIRDQTLERGNLALKNCVEQRVPVRVTRGHESSSSYSGKVYTYDGLYKVVNYWAEKGISGFTVYK FRLRRLEGQSVLTTNQVYFTCGRVPQSVAEIRGLVCDDITGGQEDMPIPATNLVDDPPVPPTGFTYLKSLKVAKNVKLPM NAAGCKCKGLCIDPTTCECALRNGSDFPYVSRDGGRLVEAKDVVFECGPNCGCGPGCVNRTSQRGLRYRLEVFRTAKKGW AVRSWDFIPSGAPVCEYTGVLARTDDMDSVLENNYIFEIDCLQTIEGLGRRERRSQNAAVPANLVEKSDEQGSESAPEFC IDAGSTGNIARFINHCCEPNLFVQCVLSTHNDLKLARVMLFAADNIAPLQELTYDYGYELDSVLGPDGKIMQLPCYCGAS GCRKRLF
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
35 64 30 - –
PANTHER
PTHR45660
53 727 675 7.9E-286 –
PANTHER
PTHR45660:SF16
53 727 675 7.9E-286 –
Coils
Coil
60 87 28 - –
ProSiteProfiles
PS51575
79 727 649 154.796
IPR025794
MobiDBLite
mobidb-lite
109 155 47 - –
Gene3D
G3DSA:2.30.280.10
162 410 249 2.3E-72
IPR036987
Coils
Coil
191 211 21 - –
MobiDBLite
mobidb-lite
201 233 33 - –
SUPERFAMILY
SSF88697
234 424 191 7.95E-60
IPR015947
SMART
SM00466
247 409 163 1.4E-61
IPR003105
Pfam
PF02182
250 409 160 9.0E-51
IPR003105
ProSiteProfiles
PS51015
252 405 154 52.472
IPR003105
SUPERFAMILY
SSF82199
433 703 271 4.58E-66 –
SMART
SM00468
436 532 97 2.1E-18
IPR007728
Pfam
PF05033
440 540 101 1.7E-17
IPR007728
ProSiteProfiles
PS50867
483 545 63 11.15
IPR007728
ProSiteProfiles
PS50280
548 697 150 16.967
IPR001214
SMART
SM00317
548 703 156 1.2E-35
IPR001214
Pfam
PF00856
559 697 139 4.7E-17
IPR001214
ProSiteProfiles
PS50868
711 727 17 9.2
IPR003616

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 LotjaGi1g1v0633100.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.

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