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| Field | Value |
|---|---|
| Gene ID | LotjaGi2g1v0168300 |
| Transcript ID | LotjaGi2g1v0168300.3 |
| Related isoforms 2 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Cytosine-specific methyltransferase; TAIR: AT5G49160.1 methyltransferase 1; Swiss-Prot: sp|P34881|DNMT1_ARATH DNA (cytosine-5)-methyltransferase 1; TrEMBL-Plants: tr|I1KCC0|I1KCC0_SOYBN Cytosine-specific methyltransferase; Found in the gene: LotjaGi2g1v0168300 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr2:58002301..58010031) extracted from Lotus japonicus Gifu genome v1.2.
AAATTCTCTTTTTTTCTGCTGTTAATATCCAAAACAGGTGCTATGAACAGGAAGAGCAAAAAGAAACCTGTTGTTTCCAA AACTAAAGATGAAGTCAAGGCTGGAGATAAAAAAAAGAGGAGTTTTTCAAAGAGCAGTGAGCAGCCTGCTGCTACTTGCA AAAGGCCAAAACGAGCTGCAGCATGTGAAAATTTCAAGGAGAAATCTTTTTCCATATCTGAGAAATCCTGTCTCATTGAA TGCAAGAAGGATCAGATTGTAGATGAAGAAATGCTAGCTGTCCGCCTGACCTGTGGACAGGACGATGGCCGTCCAAATAG GAGACTTACAGACTTTATCCTTCATGATGAAAGTGGTACAGCACAGCCACTTGAGATGCTGGAAATTAATGATTTATTTA TCACTGGGGTTATATTGCCACTAGAAGGAAGTACAGAGAAGAAAAAAGAGAACAGTGTTAGATGTGTAGGCTTTGGTCGA ATTGAATCATGGGATATATCTGGATATGAAGATGGCTCTCCAGTTATATGGATTTCGACTGATATTGCTGATTATGATTG CCTAAAACCAGCCCTTAGTTACAAAAAAATTTATGATCATTTCTTTGAAAAGGCCCGTGCATGTATAGAAGTATACAAAA AACTTGCAAAGTCTTCTGGTGGGGACCCTGACATAAGTCTTGATGAGTTACTTGCTGGTATAGCACGGTCTATGAGTGGT AGCAAGTTCTTCTCTGGAACTGCCTCTCTAAAAGATTTTGTTATTTCTCAGGGTGAGTTTATTTATAAGCAGCTCATAGG TTTAGACATGTCAGACAAGACAAATGACAAGATGTTTGCAGATATTCCTGCTCTTGCCTCTCTTAGAGATGAGAGTAAGA AACAAGCAAACTATGCACACGCACAAGTGATGCCTTCAAATGGGAGTTTAAGAATTGATTCTGGAATTGGAGATGAGGGG AAGAAGGATCAGATGGATTCAATACCTTCTGTAGCTGAGGAAGATGATGATGTAAAGTTAGCACGGCTGTTACAGGAAGA AGAGAATTGGAAATCCATGAAGCAGAAGAAAAATCCCAGATCAGCCTCATCTAACAAATACTATATCAAAATTAATGAAG ATGAGATTGCCAATGATTATCCCCTTCCTGCTTATTATAAAACCTCCCTTCAGGAGACAGATGAATTCATTGTTTTTGAT AATGACTATGACATATATGACACTGAAGATCTTCCTCGAAGCATGCTGCACCATTGGACTTTATACAACTCTGATGCAAG ATTGGTTTCCTTGGAACTTCTTCCTATGAAACCTTGTTCAGAGATTGATGTAACCATCTTTGGCTCAGGTATAATGACTT CAGATGACGGAAGCGGGTTCCATCTAGATACTGAGTCTGGCCAATCTTCTTCTACTGCTTCTGGAGCACAGGTAACTGAT GGAATGCCAATTTATTTAAGTGCCATAAAGGAGTGGATGATTGAATTTGGATCATCTATGATTTTCATATCCATCCGAAC TGATATGGCCTGGTATGTTACCTCTTGTCTAAAATAAATGGTATTTTTAATTTTTTATACTTCTTAGATCTCTAGTAAGA TCCTATTGATTTCTGTATGTTACTGTATTGATGGAATATACTCTGTTTGTATAGTTTATACTATGTAGCAATCTTAGTAG GAATAAACTAAAATTAGAGAATTCATTTGATTACTTGACTATCAAACTGTTGATACCAACTATTTGCAAATAAAACTATT GCAAGTACATGAGGTTAGCTGTCCAAGATAAATTTGTCATATGAATGAGACATCTATGCATACTTGAAGAATATGTACAT ATACATAAACACACTCATGTATCTCTGTGTGTTTGTGCGTATCTTATAATATTTTGGTTCTAAAATGTTATATTTCCTTT CTGAAGTTGTGACCGGGTTCAACCAAATTTCATTCCTTTCAGGTATAGACTTGGGAAACCATCAAAGCAGTATGCTCCTT GGTATTACACAGTAATGAAAACTGCAAGGGTTGCTATAAGCATTATCACCTTGTTAAAGGAGCAAAGCCGAGTATCGCGA CTTTCGTTTGGAGATGTCATCAAGAAAGTATCTGCGTTTACTCAGAACCATAAGTCCTACATTTCTTCTGATGCATCAAA AGTTGAGAGATATGTTGTTGTCCATGGACAGATAATTTTGCAACTGTTTGCAGAATATCCTGATGAAAAGATCAGAAAGT CTCCATTTGTTTCTGGTCTCATGAACAAAATGGAAGAACGACACCATACTAAATGGTTAGTGAAGACGAAGAAAGTTTTG ACAAGGAGTGAACCAAATTTAAATCCTAGGGCAGCGGTGGCTTCTATTGTATCCAAGAGGAAAGCTATGCAAGCTACAAC AACAAAGCTGATCAATAGAATATGGGGAGAGTATTACTCAAACCACATGCCAGAGGGTTCAAAAGAGGGGACTGCCAGTG AACTAAAGGATGATGAGGATGAAGTGGAGGAACAGGAAGAAAATGAAGACGAGGATGCTGAGGAGGAGACAATATGCTTG GAGGGAACCCAAAAGTCACACTCAGTTTCCACACAAACCAAGACATCTTCTGCTGACGGAGAAATAAGATGGGAGGGGGA TCCTGAAGGGAAGACCTGTTCTGGAAATCTTCTTTATAAACAGGCAATTATTCATGGTGAAGTTGTTTCTGTGGGCAAAT CTGTGTTGGTGGAAGTTGACGAATTAGATGAACTTCCTGATATATATTATGTTGAATATATGTTTGAATCAAAGAATGGA AAAAAAAATTTTCATGGTAGGCTGATGCAGCGTGGTTGCGAGACTGTTCTTGGCAACACTGCAAATGAGAGAGAGGTGTT TTTGAGTAATGAATGCAGGGATTTGGGACTGCAGGATGTTATGCAGACAGTTGTTGTTAATATTCAAAAAAGGCCTTGGG GACATCAGTATCGAAAGGATAATATCATTGCAGATAAAATGGATAGGGCTAGAGCAGAAGAAAGGAAGAAGAAAGGACTA CCCGCTGAATATTACTGTAAGAGCTTGTACTGGCCTGAAAGAGGTGCTTTCTTCAGCCTTCCATTTGACACTTTGGGTTT AGGGTCTGGAGTTTGTCACTCTTGTAAACTAAAGGAAGACCAAGAGGAGAAGGATATTTTCAAAATAAATTCATCCAAGT CTGGTTTCCTATTGAGAGGAACAGAATATTCTCTTAATGATTATGTTTATGTAAGTCCTGCTTACTTTGAAAAGATAGAG CAAGGAACACACAAGAGTGGGAGGAATGTTGGGTTGAAAGCTTATGTTGTGTGCCAAGTTCTTGAGGTCATTGTCCAAAA GGAAATAAAAAAAGCTGAAATAAAGTCTACTGAGGTCAAAGTCAGAAGGTTCTTCCGACCAGATGATGTATCAAATGAGA AGGCTTACTGCTCTGATGTACAAGAGGTGAGAGCTACTTAAAAATTTCAACTTAATAATTTGATCAACACACCCACACAG GAGACATATTAATACTTCTGCTGGAAGAGCAAGTAAAACTGACCATTAGCTTTTGAATCTGACATTATTATGCAAATATC TTCAAAATGATTTTATTTACTAAGCCTTCCATGCTTTATCTTTGTACGCCCATTTTGCTGTTATCTTTTGAATAATGGTT CTACTTTGTGTATCTTGTCTGAGTTTTATATTGACTTAGATTTCATGATTTAAAATTTCAGGTGTATTACAGTAATGAAA CACATACAATCTCTGTAGAATCCATAGAAGGAAAATGTGAAATCAGAAAAAAGAAGGACATCCTTGAAAGCTGTTCCCCT GGAATATTCCAAAATGTTTTTTTCTGTGAGCACTTGTATGATCCTGCTACTGGGTCAATCAAGCAGGTATCGTTTTATTG GACTCATGTTACTGAACTGATCCATATAGTATGCTTGCTAATCCATCAGATAAACCTGCAAAGCTATCAGGACTTTATAA TTTATGCAGTTTTATGCTTTTAATTTGAAACAAGTGTGGACTATTTGGACTCATTTTACTGAACTGATCCATATTTAGCT GGTCATCACCCTGTCAACAGTGTTCTGTTCCCTTGTCATTTAATTCCTGAGAACTAATAGTATTGGGTATCAATTATTGC TCTATTTAGTGTTACACTGACAGAAACAACTCATTATCCTGTAAACAACGTATTTTTTTGTCATATTCTCCTTGATAAGT GCCACACCAATATCTTCTCTTACATGATCATTGCGTATTTTGTCACTTCTAGTGTGACCTCTCATCCATCTTAACATTCT CATTTTTGTTCATCCAACTTTTTTCTCTTGCTGATTCGTTAGAGCCCAGCATTGTCTATACTCTATAACATAGAGGATAG TAGGTACTTTACAGTCGCAGATAACCCCTGCTGCTTTTCTCCACTTTAACCATCCAACTTGAATTCTACGCGTAACGTCT TTGTCAATTTCCCCATTATTTTGTATAATAAATCTTTGGTACTTAAACTGTGAAACTTGTTGTATGACGTTGTTTTCAAT TTTTAGTTCCAAATTACTTCCAACATTTGACCCCCTAACAACATAAAATATTTATAAACAGTTTGCAACCAAGAAGTGCC ACTACCAAGTGACTTAGGTTTTTTACTTGACTAAAAATCAACTTTTTTGAAACAGATGGTGTCATATACACATAGTCCAC TGGTAGTGTATACACTGTTGGTGGATCAGAATTTAATCTAAATTTTCAAATTTTAAATCATTCCAAACATACTATATAAA TATTCTTGTTGCCACTTTTTTATATTTTTCAAACTCTTATTATGCATTTAAGTTTAGCTTAGATTATTAGATTTATTATT GTTGCTGTTGGAAATATGGGGAACGAATATAGCAATATTATTATTATTTTCTTGTTCTTATTATTATTATTATTATTATT ATTATTATTATTATTCATGATGTTAATTCAATATTCTGGTACAAGTAAAAAGGTTGCATTTTATGATTTTCAATAATTAA CTATTTTCTTGTTCCATTGCTTGACAGTTGCCAGCTCAAATCAAAGTAAAATATTCAAGTGGACATACAGCTGATGCTGC AGCTAGAAAGAAAAAGGGAAAATGTACAGAGGGAGATGACATTTCAGATACTGATAAGGAAATAAATTTATCAAATGAAA AACGTTTAGCAACGTTGGACATTTTTGCCGGCTGTGGTGGCTTATCAGAGGGATTGCAGCAGTCAGGTAATCTTAATTCT TAACTACACTTTTACACCAATGAACGATTATATATACTGCCATCAACACATAATGTAACTTGTGTTACTGCTTGCACACT TCAGGAATTGCATCAACTAAATGGGCTATTGAGTATGAAGAACCAGCCGGGAATGCATTTAAAGCTAATCATCCTGACGC ATTGGTGTTTATTAACAATTGCAATGTTATTCTTAGGTAAATGATCCAGTAGAGATAAATTATTTCAGGCCACAAGGTTA AATGGAGTGGAACCCATTTAAGTGACTCATAAATGCGTTGTAATGTAGGGCTGTAATGGAGAAGTGTGGAGACATAGATG ATTGTATCTCAACGACTGAGGCGGCAGAATTGGCTGCGAAGCTTGATGAGAATGAATCAAGTAGTTTACCGATCCCTGGG CAAGTTGATTTCATTAATGGGGGACCTCCATGCCAGGTTTGTCTAATTGTTGTCTTTGTTTCCATTCTGCTGATAATAGG ACTTCATGATATATTGATTTTTGAATTATGTGTTGTTCCAGGGTTTCTCTGGAATGAATAGGTTTAACCAAAGCACTTGG AGTAAAGTCCAGTGCGAGATGATATTAGCATTCTTATCCTTTGCTGATTATTTCCGGCCAAGGTATTTCTTGTTGGAGAA TGTCAGGACCTTTGTGTCCTTTAATAAAGGCCAGACATTCCGTTTAACCTTGGCTTCACTTCTTGAGATGGGTTATCAGG TAAAATTATATAGTTGTATCTTTCTTCATATGTACTTTATACTTTAGACTTTATGAATAGAATCTTGAGGAACTAAGAGC ATCTCCAACCATGGAGCGTTAGTTAGGTTGCTTAAACAATATTCTGGTGGGCCCAAGCTGAAACATAGGGTTTAAGAAAC TCATAAGCAACTTATGCAGCTTTTGCTCTTACCACGTTTCTTATTTTACTTCTGGTTGGGTTCCACTATATCTCATATAT TTATATTATTTCAAGGTCATGACACTATTCAAAGTCATTAATGGAAGAGAAAATATAAATTTTTAATCAAAAAGCTTAAA TAAGCAACGTTGCTAAAGTTTAAGCAACAAGAATTGCCATCTCATGTTGCTCCAACGGTTGCCCAAAATAAGCAACGTTG CTTAGGTGATCCAATTGGGTCAAGCAACCTTCATTGGAGGTTCTCTAACGAATGCTGATTTTGCTGGTCCAAAAGGTGAG GTTTGGTATTCTGGAGGCGGGAGCTTACGGGGTTTCACAGTCAAGAAAAAGGGCATTTATATGGGCAGCCTCTCCTGAAG ATGTGCTTCCTGAGTGGCCAGAACCATTGCATGTCTTTGCAGCCCCTGAGTTGAAAATCACATTGTCCAGAAATATCCAA TATGCTGCGGTTCGCAGTACTGCACACGGTGCCCCTTTACGTGCAATGACCGTCCGGGACACCATTGGTGATCTCCCACC TGTGGGCAATGGAGCTTCAAAAACAAACATGGAGGTATCTAACATAGGAAAGATACATATTCCCTCTTTAAATAATGAAT TGCCTATACACTCATTACTCACCAGATTTTGTGTTGCACAGTATCAACATGATCCTGTCTCATGGTTCCAAAAGAAGATT CGACGTGATATGGCTGTCTTGACAGATCATATCTCAAAGGAGATGAATGAGTTGAACTTGATTCGGTGTCAGAGAATACC GAAGAAACCAGGTGCTGATTGGCGTGCCCTTCCAGATGAGAAGGTAAAATTAAATTTGAATAGAACTTTAGCATAACAGT TTTGTGATTTATCTAACTTGTGATTATAAAATGCAGATAACATTGTCTACTGGACAAGTTGTTGATTTGATACCATGGTG CTTGCCAAACACAGCTGATCGACACAATCAGTGGAAGGGATTGTTTGGTAGGTTGGATTGGCAAGGGAACTTCCCAACTT CCATCACAGATCCTCAACCAATGGGCAAAGTTGGAATGTGCTTCCATCCTGATCAGGATAGGATTCTTACTGTTCGTGAA TGTGCACGCTCTCAAGTAAGTTGTCAGTTGTCACCATAAATGCAATGATAAAAAGGGAATCCTAACTGATTTGATCTGTC ATTTCTGAATTTTTATGGAAAATACTCAACATGTTATCCAAATATTAGTTCATAGTTTCATTTGTGTTGTCCAAAACATT AGATTGTATAATTGGTTGGTGGGTGTAATAGTCCTTAATTACTTAGCAATGGTTCCAACTCCCAACCCCCAAAGCTCTCT GCCTAAGAAATTGGAAGATGTCATCTGATTTAGTATGATCTCTTTGGCTTATCTTTTTTATCTATAAATGCAGGGCTTCC CAGACAACTACCAATTTTCTGGCAACATTATACACAAACACAGGCAGATTGGTAATGCTGTTCCTCCTCCTCTAGCATTT GCTTTAGGGAGAAAGCTCAAGGAAGCGGTGGATAGTAAGGGCTCCACTTAG
CDS sequence (LotjaGi2g1v0168300.3) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGAACAGGAAGAGCAAAAAGAAACCTGTTGTTTCCAAAACTAAAGATGAAGTCAAGGCTGGAGATAAAAAAAAGAGGAG TTTTTCAAAGAGCAGTGAGCAGCCTGCTGCTACTTGCAAAAGGCCAAAACGAGCTGCAGCATGTGAAAATTTCAAGGAGA AATCTTTTTCCATATCTGAGAAATCCTGTCTCATTGAATGCAAGAAGGATCAGATTGTAGATGAAGAAATGCTAGCTGTC CGCCTGACCTGTGGACAGGACGATGGCCGTCCAAATAGGAGACTTACAGACTTTATCCTTCATGATGAAAGTGGTACAGC ACAGCCACTTGAGATGCTGGAAATTAATGATTTATTTATCACTGGGGTTATATTGCCACTAGAAGGAAGTACAGAGAAGA AAAAAGAGAACAGTGTTAGATGTGTAGGCTTTGGTCGAATTGAATCATGGGATATATCTGGATATGAAGATGGCTCTCCA GTTATATGGATTTCGACTGATATTGCTGATTATGATTGCCTAAAACCAGCCCTTAGTTACAAAAAAATTTATGATCATTT CTTTGAAAAGGCCCGTGCATGTATAGAAGTATACAAAAAACTTGCAAAGTCTTCTGGTGGGGACCCTGACATAAGTCTTG ATGAGTTACTTGCTGGTATAGCACGGTCTATGAGTGGTAGCAAGTTCTTCTCTGGAACTGCCTCTCTAAAAGATTTTGTT ATTTCTCAGGGTGAGTTTATTTATAAGCAGCTCATAGGTTTAGACATGTCAGACAAGACAAATGACAAGATGTTTGCAGA TATTCCTGCTCTTGCCTCTCTTAGAGATGAGAGTAAGAAACAAGCAAACTATGCACACGCACAAGTGATGCCTTCAAATG GGAGTTTAAGAATTGATTCTGGAATTGGAGATGAGGGGAAGAAGGATCAGATGGATTCAATACCTTCTGTAGCTGAGGAA GATGATGATGTAAAGTTAGCACGGCTGTTACAGGAAGAAGAGAATTGGAAATCCATGAAGCAGAAGAAAAATCCCAGATC AGCCTCATCTAACAAATACTATATCAAAATTAATGAAGATGAGATTGCCAATGATTATCCCCTTCCTGCTTATTATAAAA CCTCCCTTCAGGAGACAGATGAATTCATTGTTTTTGATAATGACTATGACATATATGACACTGAAGATCTTCCTCGAAGC ATGCTGCACCATTGGACTTTATACAACTCTGATGCAAGATTGGTTTCCTTGGAACTTCTTCCTATGAAACCTTGTTCAGA GATTGATGTAACCATCTTTGGCTCAGGTATAATGACTTCAGATGACGGAAGCGGGTTCCATCTAGATACTGAGTCTGGCC AATCTTCTTCTACTGCTTCTGGAGCACAGGTAACTGATGGAATGCCAATTTATTTAAGTGCCATAAAGGAGTGGATGATT GAATTTGGATCATCTATGATTTTCATATCCATCCGAACTGATATGGCCTGGTATAGACTTGGGAAACCATCAAAGCAGTA TGCTCCTTGGTATTACACAGTAATGAAAACTGCAAGGGTTGCTATAAGCATTATCACCTTGTTAAAGGAGCAAAGCCGAG TATCGCGACTTTCGTTTGGAGATGTCATCAAGAAAGTATCTGCGTTTACTCAGAACCATAAGTCCTACATTTCTTCTGAT GCATCAAAAGTTGAGAGATATGTTGTTGTCCATGGACAGATAATTTTGCAACTGTTTGCAGAATATCCTGATGAAAAGAT CAGAAAGTCTCCATTTGTTTCTGGTCTCATGAACAAAATGGAAGAACGACACCATACTAAATGGTTAGTGAAGACGAAGA AAGTTTTGACAAGGAGTGAACCAAATTTAAATCCTAGGGCAGCGGTGGCTTCTATTGTATCCAAGAGGAAAGCTATGCAA GCTACAACAACAAAGCTGATCAATAGAATATGGGGAGAGTATTACTCAAACCACATGCCAGAGGGTTCAAAAGAGGGGAC TGCCAGTGAACTAAAGGATGATGAGGATGAAGTGGAGGAACAGGAAGAAAATGAAGACGAGGATGCTGAGGAGGAGACAA TATGCTTGGAGGGAACCCAAAAGTCACACTCAGTTTCCACACAAACCAAGACATCTTCTGCTGACGGAGAAATAAGATGG GAGGGGGATCCTGAAGGGAAGACCTGTTCTGGAAATCTTCTTTATAAACAGGCAATTATTCATGGTGAAGTTGTTTCTGT GGGCAAATCTGTGTTGGTGGAAGTTGACGAATTAGATGAACTTCCTGATATATATTATGTTGAATATATGTTTGAATCAA AGAATGGAAAAAAAAATTTTCATGGTAGGCTGATGCAGCGTGGTTGCGAGACTGTTCTTGGCAACACTGCAAATGAGAGA GAGGTGTTTTTGAGTAATGAATGCAGGGATTTGGGACTGCAGGATGTTATGCAGACAGTTGTTGTTAATATTCAAAAAAG GCCTTGGGGACATCAGTATCGAAAGGATAATATCATTGCAGATAAAATGGATAGGGCTAGAGCAGAAGAAAGGAAGAAGA AAGGACTACCCGCTGAATATTACTGTAAGAGCTTGTACTGGCCTGAAAGAGGTGCTTTCTTCAGCCTTCCATTTGACACT TTGGGTTTAGGGTCTGGAGTTTGTCACTCTTGTAAACTAAAGGAAGACCAAGAGGAGAAGGATATTTTCAAAATAAATTC ATCCAAGTCTGGTTTCCTATTGAGAGGAACAGAATATTCTCTTAATGATTATGTTTATGTAAGTCCTGCTTACTTTGAAA AGATAGAGCAAGGAACACACAAGAGTGGGAGGAATGTTGGGTTGAAAGCTTATGTTGTGTGCCAAGTTCTTGAGGTCATT GTCCAAAAGGAAATAAAAAAAGCTGAAATAAAGTCTACTGAGGTCAAAGTCAGAAGGTTCTTCCGACCAGATGATGTATC AAATGAGAAGGCTTACTGCTCTGATGTACAAGAGGTGTATTACAGTAATGAAACACATACAATCTCTGTAGAATCCATAG AAGGAAAATGTGAAATCAGAAAAAAGAAGGACATCCTTGAAAGCTGTTCCCCTGGAATATTCCAAAATGTTTTTTTCTGT GAGCACTTGTATGATCCTGCTACTGGGTCAATCAAGCAGTTGCCAGCTCAAATCAAAGTAAAATATTCAAGTGGACATAC AGCTGATGCTGCAGCTAGAAAGAAAAAGGGAAAATGTACAGAGGGAGATGACATTTCAGATACTGATAAGGAAATAAATT TATCAAATGAAAAACGTTTAGCAACGTTGGACATTTTTGCCGGCTGTGGTGGCTTATCAGAGGGATTGCAGCAGTCAGGA ATTGCATCAACTAAATGGGCTATTGAGTATGAAGAACCAGCCGGGAATGCATTTAAAGCTAATCATCCTGACGCATTGGT GTTTATTAACAATTGCAATGTTATTCTTAGGGCTGTAATGGAGAAGTGTGGAGACATAGATGATTGTATCTCAACGACTG AGGCGGCAGAATTGGCTGCGAAGCTTGATGAGAATGAATCAAGTAGTTTACCGATCCCTGGGCAAGTTGATTTCATTAAT GGGGGACCTCCATGCCAGGGTTTCTCTGGAATGAATAGGTTTAACCAAAGCACTTGGAGTAAAGTCCAGTGCGAGATGAT ATTAGCATTCTTATCCTTTGCTGATTATTTCCGGCCAAGGTATTTCTTGTTGGAGAATGTCAGGACCTTTGTGTCCTTTA ATAAAGGCCAGACATTCCGTTTAACCTTGGCTTCACTTCTTGAGATGGGTTATCAGGTGAGGTTTGGTATTCTGGAGGCG GGAGCTTACGGGGTTTCACAGTCAAGAAAAAGGGCATTTATATGGGCAGCCTCTCCTGAAGATGTGCTTCCTGAGTGGCC AGAACCATTGCATGTCTTTGCAGCCCCTGAGTTGAAAATCACATTGTCCAGAAATATCCAATATGCTGCGGTTCGCAGTA CTGCACACGGTGCCCCTTTACGTGCAATGACCGTCCGGGACACCATTGGTGATCTCCCACCTGTGGGCAATGGAGCTTCA AAAACAAACATGGAGTATCAACATGATCCTGTCTCATGGTTCCAAAAGAAGATTCGACGTGATATGGCTGTCTTGACAGA TCATATCTCAAAGGAGATGAATGAGTTGAACTTGATTCGGTGTCAGAGAATACCGAAGAAACCAGGTGCTGATTGGCGTG CCCTTCCAGATGAGAAGATAACATTGTCTACTGGACAAGTTGTTGATTTGATACCATGGTGCTTGCCAAACACAGCTGAT CGACACAATCAGTGGAAGGGATTGTTTGGTAGGTTGGATTGGCAAGGGAACTTCCCAACTTCCATCACAGATCCTCAACC AATGGGCAAAGTTGGAATGTGCTTCCATCCTGATCAGGATAGGATTCTTACTGTTCGTGAATGTGCACGCTCTCAAGGCT TCCCAGACAACTACCAATTTTCTGGCAACATTATACACAAACACAGGCAGATTGGTAATGCTGTTCCTCCTCCTCTAGCA TTTGCTTTAGGGAGAAAGCTCAAGGAAGCGGTGGATAGTAAGGGCTCCACTTAG
Protein sequence (LotjaGi2g1v0168300.3) extracted from Lotus japonicus Gifu v1.2 Proteins.
MNRKSKKKPVVSKTKDEVKAGDKKKRSFSKSSEQPAATCKRPKRAAACENFKEKSFSISEKSCLIECKKDQIVDEEMLAV RLTCGQDDGRPNRRLTDFILHDESGTAQPLEMLEINDLFITGVILPLEGSTEKKKENSVRCVGFGRIESWDISGYEDGSP VIWISTDIADYDCLKPALSYKKIYDHFFEKARACIEVYKKLAKSSGGDPDISLDELLAGIARSMSGSKFFSGTASLKDFV ISQGEFIYKQLIGLDMSDKTNDKMFADIPALASLRDESKKQANYAHAQVMPSNGSLRIDSGIGDEGKKDQMDSIPSVAEE DDDVKLARLLQEEENWKSMKQKKNPRSASSNKYYIKINEDEIANDYPLPAYYKTSLQETDEFIVFDNDYDIYDTEDLPRS MLHHWTLYNSDARLVSLELLPMKPCSEIDVTIFGSGIMTSDDGSGFHLDTESGQSSSTASGAQVTDGMPIYLSAIKEWMI EFGSSMIFISIRTDMAWYRLGKPSKQYAPWYYTVMKTARVAISIITLLKEQSRVSRLSFGDVIKKVSAFTQNHKSYISSD ASKVERYVVVHGQIILQLFAEYPDEKIRKSPFVSGLMNKMEERHHTKWLVKTKKVLTRSEPNLNPRAAVASIVSKRKAMQ ATTTKLINRIWGEYYSNHMPEGSKEGTASELKDDEDEVEEQEENEDEDAEEETICLEGTQKSHSVSTQTKTSSADGEIRW EGDPEGKTCSGNLLYKQAIIHGEVVSVGKSVLVEVDELDELPDIYYVEYMFESKNGKKNFHGRLMQRGCETVLGNTANER EVFLSNECRDLGLQDVMQTVVVNIQKRPWGHQYRKDNIIADKMDRARAEERKKKGLPAEYYCKSLYWPERGAFFSLPFDT LGLGSGVCHSCKLKEDQEEKDIFKINSSKSGFLLRGTEYSLNDYVYVSPAYFEKIEQGTHKSGRNVGLKAYVVCQVLEVI VQKEIKKAEIKSTEVKVRRFFRPDDVSNEKAYCSDVQEVYYSNETHTISVESIEGKCEIRKKKDILESCSPGIFQNVFFC EHLYDPATGSIKQLPAQIKVKYSSGHTADAAARKKKGKCTEGDDISDTDKEINLSNEKRLATLDIFAGCGGLSEGLQQSG IASTKWAIEYEEPAGNAFKANHPDALVFINNCNVILRAVMEKCGDIDDCISTTEAAELAAKLDENESSSLPIPGQVDFIN GGPPCQGFSGMNRFNQSTWSKVQCEMILAFLSFADYFRPRYFLLENVRTFVSFNKGQTFRLTLASLLEMGYQVRFGILEA GAYGVSQSRKRAFIWAASPEDVLPEWPEPLHVFAAPELKITLSRNIQYAAVRSTAHGAPLRAMTVRDTIGDLPPVGNGAS KTNMEYQHDPVSWFQKKIRRDMAVLTDHISKEMNELNLIRCQRIPKKPGADWRALPDEKITLSTGQVVDLIPWCLPNTAD RHNQWKGLFGRLDWQGNFPTSITDPQPMGKVGMCFHPDQDRILTVRECARSQGFPDNYQFSGNIIHKHRQIGNAVPPPLA FALGRKLKEAVDSKGST
Data for domain prediction are obtained with InterProScan, and merged with InterPro data obtained from the EB-eye REST service.
| Prediction algorithm | Identifier | Start | End | Length | E-value | InterPro ID |
|---|---|---|---|---|---|---|
| PIRSF | 1 | 278 | 278 | 7.0E-9 | ||
| MobiDBLite | 1 | 40 | 40 | - | – | |
| MobiDBLite | 10 | 30 | 21 | - | – | |
| PANTHER | 30 | 1534 | 1505 | 0.0 | – | |
| PANTHER | 30 | 1534 | 1505 | 0.0 | – | |
| Pfam | 88 | 222 | 135 | 2.2E-36 | ||
| PIRSF | 274 | 674 | 401 | 1.8E-5 | ||
| Pfam | 395 | 547 | 153 | 1.7E-38 | ||
| MobiDBLite | 658 | 723 | 66 | - | – | |
| Coils | 664 | 692 | 29 | - | – | |
| MobiDBLite | 672 | 693 | 22 | - | – | |
| PIRSF | 676 | 934 | 259 | 4.4E-17 | ||
| MobiDBLite | 698 | 715 | 18 | - | – | |
| Gene3D | 715 | 845 | 131 | 1.6E-23 | ||
| CDD | 740 | 878 | 139 | 3.83001E-37 | – | |
| ProSiteProfiles | 743 | 877 | 135 | 13.238 | ||
| SMART | 743 | 877 | 135 | 4.0E-42 | ||
| Pfam | 744 | 877 | 134 | 1.8E-16 | ||
| Gene3D | 886 | 1093 | 208 | 1.4E-41 | ||
| CDD | 912 | 1112 | 201 | 4.03468E-99 | – | |
| ProSiteProfiles | 917 | 1055 | 139 | 18.196 | ||
| SMART | 917 | 1055 | 139 | 1.4E-40 | ||
| Pfam | 918 | 1055 | 138 | 5.6E-20 | ||
| PIRSF | 922 | 1429 | 508 | 3.5E-132 | ||
| SUPERFAMILY | 1099 | 1528 | 430 | 4.71E-80 | ||
| Gene3D | 1100 | 1311 | 212 | 1.4E-69 | – | |
| ProSiteProfiles | 1100 | 1534 | 435 | 54.667 | ||
| PRINTS | 1101 | 1117 | 17 | 6.8E-14 | ||
| Pfam | 1102 | 1528 | 427 | 2.2E-48 | ||
| TIGRFAM | 1103 | 1526 | 424 | 2.5E-38 | ||
| ProSitePatterns | 1197 | 1209 | 13 | - | ||
| PRINTS | 1238 | 1252 | 15 | 6.8E-14 | ||
| PRINTS | 1284 | 1297 | 14 | 6.8E-14 | ||
| Gene3D | 1350 | 1427 | 78 | 5.0E-27 | – | |
| PIRSF | 1425 | 1537 | 113 | 1.6E-53 | ||
| Gene3D | 1428 | 1493 | 66 | 2.3E-31 | – | |
| ProSitePatterns | 1509 | 1527 | 19 | - |
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 |
|---|---|---|---|---|
| Molecular function | Chromatin binding | Interacting selectively and non-covalently with chromatin, the network of fibers of DNA, protein, and sometimes RNA, that make up the chromosomes of the eukaryotic nucleus during interphase. | ||
| Molecular function | DNA (cytosine-5-)-methyltransferase activity | Catalysis of the reaction: S-adenosyl-L-methionine + DNA containing cytosine = S-adenosyl-L-homocysteine + DNA containing 5-methylcytosine. | ||
| 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. | ||
| Molecular function | Methyltransferase activity | Catalysis of the transfer of a methyl group to an acceptor molecule. | ||
| Biological process | C-5 methylation of cytosine | The covalent transfer of a methyl group to C-5 of cytosine in a DNA molecule. |
Expression pattern of LotjaGi2g1v0168300.3, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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