Your browser is unable to support new features implemented in HTML5 and CSS3 to render this site as intended. Your experience may suffer from functionality degradation but the site should remain usable. We strongly recommend the latest version of Google Chrome, OS X Safari or Mozilla Firefox. As Safari is bundled with OS X, if you are unable to upgrade to a newer version of OS X, we recommend using an open source browser. Dismiss message
| Field | Value |
|---|---|
| Gene ID | LotjaGi2g1v0337700 |
| Transcript ID | LotjaGi2g1v0337700.2 |
| Related isoforms 1 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Poly [ADP]-ribose] polymerase; TAIR: AT2G31320.1 poly(ADP-ribose) polymerase 2; Swiss-Prot: sp|Q9ZP54|PARP1_ARATH Poly [ADP]-ribose] polymerase 1; TrEMBL-Plants: tr|A0A072U2F3|A0A072U2F3_MEDTR Poly [ADP]-ribose] polymerase; Found in the gene: LotjaGi2g1v0337700 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr2:81476353..81488341) extracted from Lotus japonicus Gifu genome v1.2.
GTAAAATTGTGTATAAAATAAGCTTTAGGGGAAGATTGAAAGAACTTACAGTTAGAGAGGAGAGCTAGGTGGGAGTTTGA GAGTGAGAGGAATGTCGACACCTCAAAATCGAAAGTCATGGAAAGCAGAGTACGCCAAGTCGGGGCGATCGAGATGCCGG ACCTGCAATACCGCAATTGACAGCGAGAAACTCCGTTTCGGCAAGATGATTCAGTCCTCCAAATACGATGGCTTCATAAC TGTAATTTTCCATGCCTATTGATTTTTCTTCAACTCTTATATGCATTGAGCCATTGACTGTGCATAAAATCCATTTTCAT ATAAGGATGAAATATAGGAGTTGATTCTCCTAGCATTCTTGTGTCTGCCATAAAATTTACAATACAATTTACCAGCTAGG TAGGTAAGGTGTATACTGTATATATAATGAGCGTACGTCTTGGAGCTTTTCTTTTTCTTTTTCTTATTGTTAAATAAATT AATTAATTATACTGCATGTTTGTAATGTTTTAATGTGTATTTTGCTTTTTTATTTTAAATACCAGATGTGGAGTCATGCT GATTGCATATTGAAGAAATCCAACCAGATAAAATCGTATGAAATTTAATTTTATCCTTATTTCATTGCAAATGGAATGCG TTTGTCTCATGATTTGACATCAGCAATTAAGGATTTATATATCGTCCATGCACTATTTTTCTTTTAGGATTGATGACGTT GAAGCCATAGAATCGCTTCGTTGGGAAGATCAGCAAAAGATCAGACAATACATAGAGAGCAGTGATAGCCCACCAAAGTC AACGGTCATCAAGGATACTGAGTGTTGTATTGAAGTTTCACATACTTCTCGTGCTGCTTGCAAGCATTGTGGTAAAAAAA TCATCAAGGGAGAGGTTGGCACCTAACTTCTCTCTCATTCAGTGTTATAATATTGCAAAGGCTTCTAAGTTGTTTCTAAG TTTGTTTTGGGGTTTTTTCGAGGAAAAAGAATTGGAGAGGACATATTTTTATTTTCAAATGGATTTAATTTGTGGTCTGA AAATGAGATCATAAGCAAAAGCATGTTAATTGATGATGGAAAATATGATGATCCTGCACTTCAACTTACCTTGTGTTTCC TTAAAAAAAAAAACTTAATTACCTTGTCTTTATAATAAATAAATTAACTCATGAAAGAAAACATATCATGTACTATTTAG TAATATCCTAATGATGTTGCAGATTTAGGGTGTGTTGATTATTAGTTGAATCCAATATGAATGTGATTTTTCTCCATCCA ACAACTTTTCCCAGTTGAAAAAAAATATTAAAAATGCTAGCAATAAACACTCTCTGTTAAACATTAATTTTTTTTTATAG ACAATAAGAAATATATTGAATAGAAGCACAAGGGGTGCTTCAACCCAATACAAGAGGATAGATGAAGAGGAATACAAAAT AAAAAGAAAGGAAAACCAACAAAGACCCTACAACAGCCGGATCTACCCCACCTAATACCTCCAAGAAAATAGACCTTACA AAAAAAGCCTCATTAAAACTTTACTAGGATAAAATCCCCTTGGGAAAAAACTAGAAAGGAAAAAGAGTACTAATTTTGAA AAGTCAAGAGAGCATTTTCAAGGAGATTTACAAAGACTACAACCCCACCCAAAACCCAGCTTAGAATAACCAACAACAGC ACCACAGTCCCATCCCAACGCATTGCAGCCATAAAAAACTTCCTGCTAATCCAAGGGAAATATCAACAAGGAGAACAACA ACAATCCAAGGGGCAAAAGAACAAGTACCAGCTTTCTCCACCATGATTGTTAACACAGATATCAAATCACTAGAAGAAAA TATGTCATATGACATAACAACAACATTCAACCTCCCTTGAATTACCAACTCAGATCCAGCATTGATAAGTCCAATCCCCG TGAAGAAGTATACAATCAGCTACCAATGCACAAAACCAACCGCACCCCTTGGACCAATCTCCCCGGATCACAAGAGACAG ACCAATCAGCAAATAGAGAGCACAATACAGCAAATAATCAAAGAGTAACATTGTTAATTATCAATACAGATCATAGGTTC ATTAGCCCATTCAAACAGAGAGTATTGAAAACCATTTTTCCTTGCCCGCAACCAGCTCCAAGCTTTGAATTTCACCTTCT CACAAAAGTCTCCCTCATCAAATGTCTCCTCCCTAAAAATCAGTGCATTTCTTCCGTTTCACAGCACGCCAACTTAACCT TTTCACGAATTGACAAGCCACCAACACATTAATATCTCATTAATTAGTTAAAATTCATGTGAGATCCACTAAAAATATGA GTTCATTTCAAATTAAATAAGACTCACATGAATTTCAATCAATCAATCAATCAAAAATGTTAGATTGAATGCTGATAGCA CTCCTCAAATAAAATATGTCAATCATGTCCTTTTAACTAGAAAATAAACACACTTAATTAGTAGTGAAATATTATTGGAT TCTTAGTTTATAAGTCAGAAACTATTGTGCAGACTCTAAATAAGTGTAAGATATTAAAGAAAAGTGGAAGGAATGAAAAA AAATGTAAGATATATACGGATGCTATGTTTAGTTGGGAAAGAAAATGAGATAATAAGATTAAAGAAAGTGGAAGGAATGA GATGAGAGAGCAAGGAAAGAGAGATAAAGAAAAAGGAGAGGATTCTTTACTTGTTTGGTTGAAGAGAAAAGAGAAGAAAA TATGTTAAAACTTTTCTCTTCTCTTATTTGGTTGTGTAGAAAATGAAAGGAAAGAAAGAGATACTTTCATAAAATGACAT ACCCCTAATTAAAGAAATATATTTTCAAAAACTATTTACATAAATGAATTTTTTGTTATATTTTTATCTTATAATTTATA ATATAAAATAAGAAATGAAACAATAGTATAATTTATCCATCTCGAATCTCAATATTATCATATATATTTTTTTATAATAG CAATATTTTTTATTGGTCTGTCAACACTGAGTGTTTTTTATTTTATTTTTAGGTCCGAATATCCACTAAGCCTGAGGATG AAGGTGCTAAGGGTTTGGCTTGGTTCCATGTCAAGTGTCTCATGGAATTATCACCATCGATTGAAGTGGATAAGTTGTAT GGATGGAATAGTCTCTCATCTTCTGTGCAATCAGCAGTTAGTGACTTGGCTAAGAAGGGCCATCCTATGAATATGGAAGG TATAGTAATTGACTCCAAAACTGTTGATCATGTTAATTTTAATTTATTATTTTAGTTACTTTTTTCACTATTTTCCTAGC AGATGGATCTACTTCCAGAGTTGGATCAAAACGGCGAAAGAACGCTAATAATGAGCAGGAGTCAAGAAAAGTTGTTAAGG CCAATGGAGATGCGCATGTGCCTGCAAGAAGATCAACACCAATGAAAAATGTTGATGAGGTGTTAGGGGAAGCATGTGAT CTGGAGACTAAACTGGAGGCCCAGAGTAAGGAACTCTGGGCGCTGAAGGATGATTTTAAGAACCATGTGACAAAAACAGA GTTGCGTGAAATGCTGGAAGCCAATGGTCAAGATTCAACAGGATCGGAACTTGATTTGCGTGACAGCTGGTACTTCCTTT CTCCGTTGCAAAATATTTATATATTATTTTAGTTTTTTCACCTATTTTACAAAAACTTTATTGATTTAGAAATTTAACAC TACTTATGTCATTTTTTACTATTTATACTTTCCCATAGTATTATATCTCTCATATATTATATTATATTTTAACTAATTAT AATTCTCACAAATTATTTAACTAATAATTTTTTTAAAGCAAAATATATATAATATATATGAAATATTGAAAAATAACCCC TCTCAACATGAGTACAATACCTAACCAGCAAAAAGTCTGACAAAACCCAGCCACTATAGCAGAAAAACCAAAACTCAGCC ACTATAGCAGGAAAATCTCGTAAAGGACCTCTAAAAGTCTCTCACACACACAGGAGTGTGCTACAATACCTAGCTAAACC TTAAAGCCTAACCCCTTAAGAAAGATCTCAACTAAAATCGAAAAACGGATTCATGTTCAACCAACAAAAGAACATGTCTA ACCGCTCGATACCTGCAAGCAGAGACCTAACCAATAAAAACTTACCAAAAAGCCCATCAAATAAACCACCACTACTATAG AGCTAGGACAATCAATGACCAACGGCAACATCAACCGACACCGCCAACAACACCCCCAAAGCCACCTCGACGACATCTTT AGGCCCACAACCGTACCAATCAAAGATCTCCAAGGAAAGAAAACCAACCAACACAACCATAAAATCCTCTCTGTTTATAG AGGGTAGGTCGATCGCAATGCTACACAGGAAGAGGAACCCAAGAGCCAAACCAAAACCTGTAAAGGCCACCTTTGAGAAC AAGAATCGATGGCGCGGGCAAAGAGACCGGAGAGGAGGGAAGCAAGGCACGACGTAAGAAACTCGCCAGCACCGGGACAT GATGAGGAAACGCAAGTGGGAAGGAACAATATACCGCCATCTTCACTGACATTAAATTGTTTAAATTACACAAGATTTAC CTTAAATAAATTCAGTATAACTCAGGTGGTCTGATAATATTTTAAAATACGTTTTAAAAAATTCTAGTTCATGACTCATA TTAAAATATTATTAAGCTACCTAAGACTATAATTATAAGTATTCGAGGTAAATTTTTGATGATTTGAACAACCTCTTAAA CATTAAGATTATTTTAGTGAAAAATATCCGCAAAAAGATTATTTTAGTGAAAAATACGGGTTGTTTAAATGATTTATGAG AAAGTTTGGGTTAAATAACTCATCGTCCAATCACATTGAAGATAAGTGAGTTGAATTTTTATATTTTATTTATTAATTTA TTTATAAAAAATCATATTGGTCCAATGGGTTGTATGTTAGTAACCAACATGGTCATTTAAACAACCCCGAAAAATACACA TCAATAAGTTCTTAGTGTGTATAACCTAGGTGGATGGAGTAATTTAACTAGACAAACTCCTACATAGTTATATGCATTTC AAAAATATTACTCCCTCCGTTCCTATATATAAGTCAATTTTACCTAATTCTCTTAGATTAAGAAAAGTAGTTACAAGTAA TAAATTTGTAAAAGAATTTATTCACTTTCCTAGATTACCCTTATTTAATTTCTTATAAGTTTATCTCTCTAAGTTATTAT TTCAAAATCTCATTGTCTCTTTCCTATTAAACATGAGGATAGTTGTGGAAAAAAATAATTAATATTTCATTGATATTGTA AATGGACTTATATTTAGGAACAAGAAAAACACTAAAAATTGGTCTTATAATAAGAAACGGAAGGAGTATCATATATTTCC CCAGCTTTGATCATTTATTACTGTGATTTTAGTGCTGATGGAATGATGTTTGGAGCACTTGGTCATTGTCCACTATGTTC TGGCTCTCTACGTTACTCAGGAGGAACGTACCAGTGCATTGGATTCATTTCTGATTGGAGTAAATGTCCCTACTCTACCA GCGAACCAAAACGGGCTGAAGAGAAGTGGAAAATCCCAGTGAAAACAAATAGTCAATACCTTAAAAAGGTCTGTAAAGAG AAAAACGAAGTCATTGAACAAGACACCCTTATTGTGACTTAATCAAGTTTTTGCTTTGTGTTTACAGTGGTTCAAATCTC AAAAGAGGAAGAAACCAATTAGGGTATTGCATCTTCCATCATCAAGCTGTGAGAGTTTGAAGGATTTGAAAGTTGCTATC GCTGGATTATCTAAAGAGTCTATTGTATAACTTCCTTAACTTTTTTTTCTTCCTTTCACATCCATTATTATGAAGCCCCC TTCCCCCAAAACAGTTTAGACTTTAGAGAAACTGCCATATTTAATTAGTATCATAGTACGTATTCAGTACTCATCTTTTA CAAGTTGATTTTACAGGAGGAGTGGAAACGCAAAATTGTTGACAATGGTGGGATTTGTTGTGAAAAAGTGAAGAAAGGTT ATTTCCCCCCTTTTTTTTATAAGCCAAAAATATATAAAAATGAAGTACTGGGTGTACTTCAAAACCTCAAATGTACAAGA AAAAGGGAAGAAAAAATACAAGAGTAACATTTGCCTATGAAAAAAAAAACTATCAATTTTGAGGAATTTTTTTATTTATA TTTAATTGTTCACTTACAATTTCAAAATAACATTAAATAAATTTTTAATTTCCAATAATAGAATTTTGCAATAAGTTGTG ACTTCCCATAAAAATTACACACCGAATGGAGGATAAAATATGTGAGAGATAATATATAATGAATGAAGTTTAGAATAGTG AAATTAAAAAAAAAAACATATTTTCTTTTTCTGATAATCAATAAAATTAATTATTTTCCTTAATTTATATGTTTATTCTC TTCCCGGACAATTATATACGAAGGAAGTATCAGTAGTTGCAGAATCCAATTTATGAAAATTGGGGAAAAAATTGAGTTTT TGCCTCTTCATGTGTGTATGTATGATTTTTGCAGATACTAGCTGCCTGGTGGTGAGGGAAGCACACAATGATGAAGCTGA GATGCGGAAGGCAAGGTATGCGTGCACTAAATTTGTAGTCTAATAGTAAAAAAGTCTCTCGTTGATTGATTCTAGTATCA TTGATTTGGGAGAGTTTCGTGTATATACAGGAAGATGAAAATACCAATAGTAAGAGAGGACTATCTGGTTGACTGTATAA AAAGAAATAAGAAGCTTTCATTTCAAATGTACAAAGTTAAAATGATTGGTGAGGCTTCTAGCATGGCTACGGTCAGGCAC AGTGCTGTTCACGAGGCTTCTGGCCTACAGGATTCCGGACACATACTCGAGGAAGGAGAAAGCGTATATAATACAACTAT GAGTATGTCTGATTTGTGTACTCGTGCGAACAGGTGGGTTCATTGTATTTTTGCTTTTCTTGTTATCTCCTTTAGCACGA ATTTTGTCTAGATGTTACTCCATATATGGTCATTGAAGAATTATATTCAGTTGAACGTAAAATTATGTTTATGGATGCCA AAATTCCCCATATCCACGAATATCAACGGATAAAAATTTGTGGTGGATGAAATTACGGGCTCCCAAAGATACTCATGAAT TTATGCAATATATAATTTTTCTCGGTTTGGTATTTGTTGCTGGGTTTTTTTCCTGCAGTTTGTGTAGGGTAGCAGGTGTT ATTAGGTGCTGGATTTTGAAAGTTACATCTTTTGAGCACAATTTGATTTTTAGGTTGTTCAATGTAATATTGGAGGGGAT TATGCTCACTTGGTTGAGTTGTGTTTGTACCATCAAGCTTTTCATATAATAAAACTTTTACTTTTAAAAAAAAATATGAA TAAGACATGTATATATGAATATCGGTATATCTGTATCATGCTGAATTCCTAAAAAACAGTTTAAAATCCCTCTTGAATTC TCTTGCATCACTTTCTTTTCTAAGATTCTTGTTATACATGTTGTTATTTCCTCTCATTGATTATCATCCTCCAACTTTCA TTTCCCATTAAAAGCTACTACATTCTCCAAATAATCCAAGAAGATAAGGGGTCAGGTTGCTATTTGTTTCGTAAATGGGG TCGTGTGGGAAATGACAAGATTGGATATATGATGCTGGATGAAATGCCAAAACCAGATGCAATCCGTAAATTCAAACAAT TATTCTTCGAGCACACTGGAAACCATTGGGAACAAAAGACTATTCAGAAGCAACCTGGAAGATACTTTCCATTGGATATT GTACCTTTTTTAATCTTATTTTAATTTTTTTAGTTTGACTCAAATCATCTTCACTCATGATATTCAACTCATGATTGCTT TGAATACTTCACTTTGTAGGATTATGGAGTTAACAGAAATGTCTCCAAAATAAATAAAAACGATGCAGACAGTAAACTAC CCCGCCCATTAACAGAATTGTTGAAGATGCTCTTCAATGTGGAAATATACAGGTATACATTGTGTTTGTTTGGTTTTCAC TTCAAAATAATAGTATATGATATCTCAAAAATCAGGATTACGATATTTAATGCACATTCATTCAACAGAATGTTTAGAAA TCAGGATTATGATTTTGAATGTTTTTTCATATATATTCACTCAAGGGAAATCTAAACAAAATCACTCTCCATTTTATTAG ATATATTTAATACAAGACTGAATTTTGAATTTGTAGAGCTGCCATGATCGAATTTGAGATTGATTTGTCTAAAATGCCAC TTGGGAAACTGAGCAAAAGTAACATCCAAAAAGGTATGTTGGCACATTATTTTTAAGCTTTTGATAAGCTAGGTTAAAGT TGTAAATGTTTGTGATTTTTTGTTGGTCTGCTCCCTCTTCCCAGGGTTTGAAGCATTAACGGATATACAGAATCTGTTAC AAACTAGCAATCCTGATCCATCAGTCAAGGAAAGCTTGCTTATGGATGCCAGCAATCGGTTTTTCACTGTGATCCCTTCT ATTCAACCATATATTATAACGGATGAGGATGATTTAAAGTTAAAGGTGCGTAGTACTCTTTTTATTCATTTTTAAGGTTA GTTTGGTAATGAAACATGAAATTATATGGATGCTTTATTTTCATTAGTTTTCAACTTGCGTCTATACGACTCAATGAAGT TAATATTGTTTAGTCTAAAACATAGATTTCCATTATTATAATACAGTTACTAAGACTCAAAAGTCAAAACTATTGCGTCC ACATATGATTAATTAACTGTTGAACAAATTGGGTTGACATATTAATCAATACATATTTTTTAGAGTTTAATGGATATGCA CTGACAGTGTAAAATAGTTTTACACAGTCATCCAATCAAAGCATGTCACATAGGAGAGATAATTACATTTGACTTTAATT TTAATTAAAATAATAAGATATTTTCTGATTTGACGGAATTCAATTGGATGTCTGTGTAAAACTATTTTACACTGTCAGTG CATATCCATTAAACTCTATTTTTTAAGCAAGTGGTAGAAATTTTACAATTTCGTACGGATTAAACCTCATTCTCCTTATA GAAAAAATAGATATTTTTAGATAAGCTAAAATGAAATATATGGGGAACCGAACCCTATACAAGAAAGAGGAAAAAAAGGG GGGAGAGGAGAACAAACAAAAGGTAAAACATCACTAAATTAAAAAACACCTCCTTCCTAAGTAGACGAAATAACAAAAGC TTTTGAACTTGGCAATTCCAGACAAGCAATTGAGCTAGTTCAAACACCTTCTCAGCATCTTTCACCCCTTCTCTGAAAAC CATCAGATTCCTATGAAGCCAAAGGGACCATACGATTGCCAACCATATTGTTTGGGCCAAAAGGGTTGACCCAATGAGCT AAGCCTATTTTGTCACCCCTAATTTTCATAGTATAATTGTTCCACTACTAAACACTAAGGGTCTCGACTAACATTAACAA CAAGAATCGCTCCCCACCGATAACAACTCTACTCCACTAAACATTAGTTCTTCTGTTCACTGTTATTTTGAATAAAAAAA AAATTGTTCCTATATATTTGTGTACTTAAGGATTTCAAGATAACATTAATTGATATTTTTCCAAGTAATACCTTCGTCGG AACAATAAATTAGGAAGAAAAAATACATTTTAAAAAAGTAAAATAAATAATAAATAATGCTTTATAAAAATTAATAAAAT TAATTGCATTATTAATATTTGTGTTTTTCCTCTGTACATTTGGTTAGGAACAGAGGGGGAGTAATATCAGCACATCACTC AACAATTAGGTTCATTAAGACAATAACCCAAGATGTGAAACTTTTTTATGTTTTTAATGTTTCAAAACTGTTCAAGGAAT GACAGTAATTAATGAAAGATATGTAAATTATGGAATTCTATCAGGACTGCAATTTTTCCCCATGGATTGGCACTTCTTAT AACTTCTGAGTATCCTTTGTTATAATTCGAATAATATGGCTTTGCTCTTTTGGTAGGTGAAAATGTTAGCAGCCCTTCAA GACATTGAAATAGCCTCAAGATTAGTTGGATTTGAGGACTCCATTGATGATAATTACAAGAAGCTCCAATGTGATATATC TCCACTAGCTCATGACAGTGAAGATTTTCGTTTAGCTGAGAAGTTTCTCCACACTACTCAATCCCCCACACATCCGGTAT GTTTATATTTTTCAAAGGGTGTCCATTTTTTATTTATGTTGCTGGAGTGAGCTCTGTTGTTTCCCAAAATGTACAAGGTC CAATAATCTTTACGATCCATCCACACAGGATTGGAGTCTTGAGCTAGAAGAAGTTTTTTCTCTTGAAAGGGAAGGTGAAT TTGATAAGTTTGCTCCTTACAGGGATAAACTTGGTAACAGAATGCTCCTATGGCATGGTAAGTGTGATATATTATCAAGT ATATTCCAGCCAAGGCAAAATGAGTAAAAGAAATCAAAGTATTGGATCATGCATCAGTGCATTTCTTAAGAAGATAAAAA AAATGCCTACTAAACCTTCCAATCTCAGATATTGGATTACTCATGGAATTGTTCTCAGATATTGGATTACTCCATAGGGA TTGTCAAGATAATGCATGTTAGACCAGAGTAGTACTAAAAGCTGAAACTTTTAGCTTAAAAATAATTTATTTCTCTAACA AATTAATTCAGTTTCTGTTTACGGTAATATGGATTATTATTTTGTTGTAATATGCATGATGCAACTGCATGTATATAAAA ATTTAACAAAAAATTGATGTTCTCTATTATAGGTTCTAGGTTGACAAACTTTGTGGGAATTCTCAGAGAAGGACTGAGAA TTGCACCTCCTGAAGCCCCTTCGAATGGATATAATGTTCTCTCTATTACTCCAGTTTTTATCCGATATTTATAATTTCAC GCATGTCTTACCTTCCGAAGCAGCACTTAAATCTGAATATAATGCATTTTGCAGTATGGCAAAGGGGTTTACTTTGCTGA CCTGGTCAACATGAGTGCTCAATATTGCAACACGGATAAGAAAAACCCTATTGGTCTAATGCTTTTGAGTGAAGTTGCCC TTGGAGATATCTATGAAGTCATCAAAGAAAAAGAGGTGAATCTGGTTTGATTCAAGTTATGCTTATTCGTTTATATATAT GGTCGCAGTTTGATTGTTTTCAAGTTCATCGATGAGCAACAATATATGTTGAGTTCAACCTATATATATTAAATGAATTT GAAATAGCTTTAATATTTCATTTTGCTAAATAGTATATGGACATAGCTCCAGAAGGAAAGCACTCTACTAAAGCACTGGG CCAGGAAATGCCTCTGGAATCAGAACATGTAAAGTGGAGGGGTGATGTCACCGTTCCTTGTGGCAAACCAGTGTCATCAA ATGTCGAGGGATCTGAACCCAAGTGCAATGAGTATATTGTCTATGATACTGCTCAAGTAAGTTTCAAGTGATGCTGGTTG TACTTTTTCCTTATCATGCCTCCAATTTTGTGGATATGTCAACAGACTCAGAGCTAAAGCCTTTTTTTTTTGTCGCAGAG CTAAAGCCTCATATGTGTCTTTCTTTCAGTAAATCCATGCATTTGACTGATTGTGGACTTTTTTTGCAGGTCAAGATGCA ATTCTTATTGAAGGTGAGGTTCCATCACAAAAAATGAGGGTTGGAAACTAGAGGTTTCCTGTTTTAGAGCTTGTGATCTG TTTGTGTATATCACTGTTTTAATGTCAAATTAACTTCGTAGTGTCGTGATCCTCCCTCTTTAGAACACGATGCATCATAA TAATAAGTGTTTTTACCTTCTAAAAACACAAATGCGGGAGGTTCTTTATCTTACCCTGCCTTATTAGTTTATCTTATAAT AAGTATGCATAAATATAAGAGAGGAGCTGCTTTCTCCTTTGAGTGAAGGGATGGGTATTGGGTACCTTTCTGGTTTGCAT ATTTGTAACCCATTGATCAATACTGTAGCTGTGAAAATATATGCAAAATAAAATTTGCAGGAAACTTTT
CDS sequence (LotjaGi2g1v0337700.2) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGTCGACACCTCAAAATCGAAAGTCATGGAAAGCAGAGTACGCCAAGTCGGGGCGATCGAGATGCCGGACCTGCAATAC CGCAATTGACAGCGAGAAACTCCGTTTCGGCAAGATGATTCAGTCCTCCAAATACGATGGCTTCATAACTATGTGGAGTC ATGCTGATTGCATATTGAAGAAATCCAACCAGATAAAATCGATTGATGACGTTGAAGCCATAGAATCGCTTCGTTGGGAA GATCAGCAAAAGATCAGACAATACATAGAGAGCAGTGATAGCCCACCAAAGTCAACGGTCATCAAGGATACTGAGTGTTG TATTGAAGTTTCACATACTTCTCGTGCTGCTTGCAAGCATTGTGGTAAAAAAATCATCAAGGGAGAGGTCCGAATATCCA CTAAGCCTGAGGATGAAGGTGCTAAGGGTTTGGCTTGGTTCCATGTCAAGTGTCTCATGGAATTATCACCATCGATTGAA GTGGATAAGTTGTATGGATGGAATAGTCTCTCATCTTCTGTGCAATCAGCAGTTAGTGACTTGGCTAAGAAGGGCCATCC TATGAATATGGAAGATGGATCTACTTCCAGAGTTGGATCAAAACGGCGAAAGAACGCTAATAATGAGCAGGAGTCAAGAA AAGTTGTTAAGGCCAATGGAGATGCGCATGTGCCTGCAAGAAGATCAACACCAATGAAAAATGTTGATGAGGTGTTAGGG GAAGCATGTGATCTGGAGACTAAACTGGAGGCCCAGAGTAAGGAACTCTGGGCGCTGAAGGATGATTTTAAGAACCATGT GACAAAAACAGAGTTGCGTGAAATGCTGGAAGCCAATGGTCAAGATTCAACAGGATCGGAACTTGATTTGCGTGACAGCT GTGCTGATGGAATGATGTTTGGAGCACTTGGTCATTGTCCACTATGTTCTGGCTCTCTACGTTACTCAGGAGGAACGTAC CAGTGCATTGGATTCATTTCTGATTGGAGTAAATGTCCCTACTCTACCAGCGAACCAAAACGGGCTGAAGAGAAGTGGAA AATCCCAGTGAAAACAAATAGTCAATACCTTAAAAAGTGGTTCAAATCTCAAAAGAGGAAGAAACCAATTAGGGTATTGC ATCTTCCATCATCAAGCTGTGAGAGTTTGAAGGATTTGAAAGTTGCTATCGCTGGATTATCTAAAGAGTCTATTGAGGAG TGGAAACGCAAAATTGTTGACAATGGTGGGATTTGTTGTGAAAAAGTGAAGAAAGATACTAGCTGCCTGGTGGTGAGGGA AGCACACAATGATGAAGCTGAGATGCGGAAGGCAAGGAAGATGAAAATACCAATAGTAAGAGAGGACTATCTGGTTGACT GTATAAAAAGAAATAAGAAGCTTTCATTTCAAATGTACAAAGTTAAAATGATTGGTGAGGCTTCTAGCATGGCTACGGTC AGGCACAGTGCTGTTCACGAGGCTTCTGGCCTACAGGATTCCGGACACATACTCGAGGAAGGAGAAAGCGTATATAATAC AACTATGAGTATGTCTGATTTGTGTACTCGTGCGAACAGCTACTACATTCTCCAAATAATCCAAGAAGATAAGGGGTCAG GTTGCTATTTGTTTCGTAAATGGGGTCGTGTGGGAAATGACAAGATTGGATATATGATGCTGGATGAAATGCCAAAACCA GATGCAATCCGTAAATTCAAACAATTATTCTTCGAGCACACTGGAAACCATTGGGAACAAAAGACTATTCAGAAGCAACC TGGAAGATACTTTCCATTGGATATTGATTATGGAGTTAACAGAAATGTCTCCAAAATAAATAAAAACGATGCAGACAGTA AACTACCCCGCCCATTAACAGAATTGTTGAAGATGCTCTTCAATGTGGAAATATACAGAGCTGCCATGATCGAATTTGAG ATTGATTTGTCTAAAATGCCACTTGGGAAACTGAGCAAAAGTAACATCCAAAAAGGGTTTGAAGCATTAACGGATATACA GAATCTGTTACAAACTAGCAATCCTGATCCATCAGTCAAGGAAAGCTTGCTTATGGATGCCAGCAATCGGTTTTTCACTG TGATCCCTTCTATTCAACCATATATTATAACGGATGAGGATGATTTAAAGTTAAAGGTGAAAATGTTAGCAGCCCTTCAA GACATTGAAATAGCCTCAAGATTAGTTGGATTTGAGGACTCCATTGATGATAATTACAAGAAGCTCCAATGTGATATATC TCCACTAGCTCATGACAGTGAAGATTTTCGTTTAGCTGAGAAGTTTCTCCACACTACTCAATCCCCCACACATCCGGTAT GTTTATATTTTTCAAAGGGTGTCCATTTTTTATTTATGTTGCTGGAGTGA
Protein sequence (LotjaGi2g1v0337700.2) extracted from Lotus japonicus Gifu v1.2 Proteins.
MSTPQNRKSWKAEYAKSGRSRCRTCNTAIDSEKLRFGKMIQSSKYDGFITMWSHADCILKKSNQIKSIDDVEAIESLRWE DQQKIRQYIESSDSPPKSTVIKDTECCIEVSHTSRAACKHCGKKIIKGEVRISTKPEDEGAKGLAWFHVKCLMELSPSIE VDKLYGWNSLSSSVQSAVSDLAKKGHPMNMEDGSTSRVGSKRRKNANNEQESRKVVKANGDAHVPARRSTPMKNVDEVLG EACDLETKLEAQSKELWALKDDFKNHVTKTELREMLEANGQDSTGSELDLRDSCADGMMFGALGHCPLCSGSLRYSGGTY QCIGFISDWSKCPYSTSEPKRAEEKWKIPVKTNSQYLKKWFKSQKRKKPIRVLHLPSSSCESLKDLKVAIAGLSKESIEE WKRKIVDNGGICCEKVKKDTSCLVVREAHNDEAEMRKARKMKIPIVREDYLVDCIKRNKKLSFQMYKVKMIGEASSMATV RHSAVHEASGLQDSGHILEEGESVYNTTMSMSDLCTRANSYYILQIIQEDKGSGCYLFRKWGRVGNDKIGYMMLDEMPKP DAIRKFKQLFFEHTGNHWEQKTIQKQPGRYFPLDIDYGVNRNVSKINKNDADSKLPRPLTELLKMLFNVEIYRAAMIEFE IDLSKMPLGKLSKSNIQKGFEALTDIQNLLQTSNPDPSVKESLLMDASNRFFTVIPSIQPYIITDEDDLKLKVKMLAALQ DIEIASRLVGFEDSIDDNYKKLQCDISPLAHDSEDFRLAEKFLHTTQSPTHPVCLYFSKGVHFLFMLLE
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 |
|---|---|---|---|---|---|---|
| Gene3D | 2 | 101 | 100 | 4.0E-31 | ||
| SUPERFAMILY | 8 | 101 | 94 | 3.56E-23 | – | |
| ProSiteProfiles | 10 | 93 | 84 | 24.996 | ||
| SMART | 13 | 90 | 78 | 1.8E-28 | ||
| Pfam | 13 | 89 | 77 | 1.8E-16 | ||
| PANTHER | 51 | 771 | 721 | 1.1E-241 | – | |
| PANTHER | 51 | 771 | 721 | 1.1E-241 | – | |
| Gene3D | 102 | 206 | 105 | 2.9E-17 | ||
| SUPERFAMILY | 105 | 190 | 86 | 4.23E-17 | – | |
| ProSiteProfiles | 106 | 186 | 81 | 12.837 | ||
| Pfam | 109 | 180 | 72 | 1.9E-12 | ||
| SMART | 109 | 183 | 75 | 8.7E-18 | ||
| MobiDBLite | 182 | 215 | 34 | - | – | |
| MobiDBLite | 196 | 215 | 20 | - | – | |
| Gene3D | 230 | 301 | 72 | 5.4E-20 | – | |
| SMART | 290 | 343 | 54 | 9.2E-26 | ||
| Pfam | 292 | 341 | 50 | 3.8E-20 | ||
| Gene3D | 302 | 362 | 61 | 1.3E-14 | ||
| Gene3D | 376 | 475 | 100 | 3.4E-16 | ||
| ProSiteProfiles | 378 | 468 | 91 | 14.564 | ||
| SUPERFAMILY | 379 | 467 | 89 | 3.93E-18 | ||
| SMART | 380 | 458 | 79 | 5.3E-13 | ||
| CDD | 383 | 456 | 74 | 8.88535E-18 | – | |
| Pfam | 383 | 455 | 73 | 5.3E-11 | ||
| Gene3D | 476 | 614 | 139 | 8.7E-36 | ||
| SUPERFAMILY | 481 | 595 | 115 | 5.23E-28 | ||
| CDD | 495 | 597 | 103 | 2.23852E-38 | – | |
| Pfam | 505 | 582 | 78 | 8.8E-15 | ||
| SMART | 505 | 585 | 81 | 1.1E-20 | ||
| ProSiteProfiles | 612 | 730 | 119 | 35.008 | ||
| Pfam | 613 | 733 | 121 | 3.4E-34 | ||
| SUPERFAMILY | 613 | 742 | 130 | 7.19E-32 | ||
| Gene3D | 615 | 771 | 157 | 1.1E-38 | – | |
| Gene3D | 628 | 731 | 104 | 1.1E-38 | ||
| ProSiteProfiles | 733 | 789 | 57 | 8.75 |
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 | DNA binding | Any molecular function by which a gene product interacts selectively and non-covalently with DNA (deoxyribonucleic acid). | ||
| Molecular function | NAD+ ADP-ribosyltransferase activity | Catalysis of the reaction: NAD+ + (ADP-D-ribosyl)(n)-acceptor = nicotinamide + (ADP-D-ribosyl)(n+1)-acceptor. | ||
| Biological process | Protein ADP-ribosylation | The transfer, from NAD, of ADP-ribose to protein amino acids. | ||
| Molecular function | Zinc ion binding | Interacting selectively and non-covalently with zinc (Zn) ions. |
Expression pattern of LotjaGi2g1v0337700.2, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
Loading expression data from ljgea-geneid. Please wait…