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| Field | Value |
|---|---|
| Gene ID | LotjaGi1g1v0604000 |
| Transcript ID | LotjaGi1g1v0604000.3 |
| Related isoforms 2 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | DNA replication helicase dna2, putative; TAIR: AT1G08840.3 DNA replication helicase; Swiss-Prot: sp|Q8QHA5|DNA2_XENLA DNA replication ATP-dependent helicase/nuclease DNA2; TrEMBL-Plants: tr|K7KYE7|K7KYE7_SOYBN Uncharacterized protein; Found in the gene: LotjaGi1g1v0604000 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:114863361..114873401) extracted from Lotus japonicus Gifu genome v1.2.
ATGTCATGGGCTCCAAAATATGGTTTGAAAGGGATGATTGATGCTTCGGTCAGAGTAAAAGTTCAATCAAGAAAAGATGA ACAAGAGGAGAAGATCATGCCAGTGGAGTTCAAAACCGGAAAATCACCAAATAGTCAGGCAAGGTTCTGGTCTTCAATTC TAATGAGCCTATAAAAACTAAATAGTTAGATCAGATAGATACTCCAATGAATAAGATTCAAACATTGTGTAAGATTATTT GAATTATTGATGATATTCTGCACTTATACCTGTTGAATGTCATGTCTGCAGTCATCAGTAGAACATAGTGCCCAAGTAAT TTTGTACACTCTCCTGATGTCTGAAAGGTGCGAACTTTTCACTTCTAAAAGCATATATATTGAAGTTTTTTTTTTTCTGG AAGGTTTCTTTTATTTATTTTATCTTGATTGTGTTAATAGGTACCAGAAGACTATTGATTCTGGTCTTTTATATTATCTC CAATCAGACCAGACACAGGTAAGATTGTGATGCTTTAAATATCGGTTTCTTTCTGCTGTGAAGAGAAGATAATATTGTTT TATTTGTTATGTACAAAGGGTATTATGGTTCAAAGATCTGACTTAGTTGGACTAATAATGAGACGTAATGAGCTAGCAAG TGATATTCTTAAGGCATTAACTTCGCAACAACTGCCACCAATGTTGCAGGTAATGTCTTTTCCATAATGCTACATAATGT ACTTTTGACAACTTCATATGACTATCATCACAAGCCTTTGTTTCTGATTGTAGAGTCTTGGCATTTGCAGAGGTTGTCGC CATCTTAATGTCTGCAGCATTTATCATAAGGTACTATTTTACTTTTGGAAATGTAGAGAAATTACAAATAAGGGCCATAT CTGCTTATTGTTTTAAATTTCAAAATAATAATGATCTACTTGGACATGTTCTAAAATCTAAATGCATAGGAACACAGGTT AATAAGAACAAAAATTATAGTCAACTTTCTGTCTAAATAAAACATTTCAGTAATTGCACTTTTACTTCTAAAGTTTAAGA AACCAAACTTCAAAATTGTAGTATTTTAGCGAATTAAACTATTTATTAATGTCTTGTGCTGCTTTGTTTCCCTTCCATAT CATGACTTAGGAAATAATATTTCTGTAGTCTAGTGTAATGTTAAAAACTGTTTCACACTATGTTATTAAAAATCTGAAAT AATGTCTTTATAGAGATTGTCTGAATGTTATTGCTTAATTTGAGTAAAAACCTACTCTAGGTATATGTATTCATATTTTG AGGCACTTTACAAAATTCTTTAGGCCCATGGTGGAAGCACAGAGAGCAGTGGATTGGGAGATGTGTTTGATTCTCATAGT AATCACCTGACATCATCTCATTCTAAGTTCCTCTGCCATTGGGATCGGTTGATTGACTTAGAAGCTAAAGGGACTGAGGT GCAGCTTTTGAAATCCCTCTATTTTACTTTTTGTCTTAAATATTTGTAATTAATCTGTCATCCTATAAAATACTTTCCTC TTGTTTTTAAAATGTCTCTTTCCCCAACTGTTTCAGCTCTCAAAGAAAGAGGTGTGGCGATCACATAGTTTAAAGACTCG AAACAGTGGTGGCCTTTCTTCTATTGTTCTTGATGCTTCACAAGGAATACCTCATCAGAAATCTCTTAAAGATAATTGTT TCGTCTATCGTTTTGTACAAGATACTTCTTGCCTCTCTGATGTTTCTGATGGTGATCCTTCTAGTGCTGCTTTGAAAAGT GATTTAGATCTCACACTTAAAAGTGGAGACCATGTGGTATGGATAATTTCCTTTTACTCTTTTTCATTCAAGTGACTTTA GTTGTGATGTAGACATATTTTGATTAATTTTGGGAATGAGTTATTGAGTGACCATTCCCTAAAAGTTCTATAGAAGCAAT GCTAATAATGACATAGATGACGAAAGGAAGCAAGCTAAAAATCAGCAGAAAGAGTATGGCGGCGGATGGCATTGCAGCCT TTGGCAGCTATACGCCTATACCAAAATATAAGTATATAACATATGCAAATTGCAAAATGTAAAAATACTAAAGAGAAAAA ATAGTGGAGAACCATTAAACAAAGAGGGAAAAGTCACATAAGAGTATGTACTATGTACTCCCTCCGGTCCTATTTATAAG CAACAAAAAAAAAATTCACATAGTTTAAGAAATGTAGTTAAACTAGATAAAATGCATTAAATTTGTCTTAAATTAAAATG AACTTCCAAAATTACCCTTTGTTATTAGTGTTGGAAAGTGGAAAAGAGAGAATAATTAATGAGACACATTTTACAAGTTA GAATTAATAAGGGCATCATTGGAAAAAATTAATTAATATAGCTCAAACTTTCATTTGGTTCTTATAAAAAGGACCAAGAT TTTTCTTCTCTTTCATGCTTATAAATAGGACCGGAGGGAGTAATATGTATTATATGGTTAAGCTATGCGCACAATGCATA GTTCAACTGTTCACATTAAGCTATGGACCATCCTGATTCAACTGTTCGGACCAGCTGGACCAGTCCGGTTTTGACAGCTA TGTGCACGATACAAACCTAGCCAGTAGTTTCTGAGGACCTTCTATGTATCGAGACTATATCGGATTTCATTTGTGCAATT GGAGATCCAGTCCTAATCAAGGAAGATGTTATTTTCGAAGTATTGACACTTGAATGAGTCTTTGGTTAATATGGTGAAAA TTGATGAAATTAAATCCTTACTTTTGGCTTAAGAAGTATGAATTGGAAAGAATCGAAAGGTTGTAACAGAAGCTGTTACT AACTCCCTGAAAGTAATCATAACCAAAACTAACAACAAAATATCAATAACAGGATTACAGCAAGCATAACAAAATTACAA TAAGCAACAACACAGTCTAATACTCCGCAATGTTGGTATTTAGCAACCTTGACTAGCGGTACACCTATGGTTCCATGTAT GAAGCTCAACATCTCAAGAGTTATAGGTAGTTGGAATGCTGAACTAACTTGTTGACTATGTGATGCATCGAAGTATCTTT TTCCTAGTGAGTTTAGATAGTTAATTCTTGGCATTGCCTTGAGATTCTTTAATGTGGTTTTATGTTAAATATCTTTGTAT GTTCCTCAGAGGAAATTGATCTATTGGAAACACATGAAATAGCTGCCTTTGCTTAAAGGATTGCTATATGCATCTTGCTT CATCATTGATTCATACTTGATTTTAAATTAGGTTATTTTTCTTTTAATTTTCTTTTTAGATATTAAGCAATGAATCTAGC CATCAAACTATTGCAAAAGGGGTGATCTCAGATATTAGTCAGATCCACGTATCAGTAAGTATTGTCATTATTGCTCCTCT TCTATTTGATCTTTACTGCTTTTTGCCTGAAGTTAGTATTTTAATTCCTATGATAAATTTTAGAAGTACGCGGGTACGGC TCCTCTAAAGTGAGTTACATGGTAAAGTAAGCATCCCAACCATTGATTGAGTTATTTTATTTACTTTTCAAAGCAGGTAA TCACTGTTAATGGTTGTGATGCTTACTTAACCATGTAAAGTGAGTCCACTCACTTGACTCACTTTAGAGGAGCTAAATCC GAAGTACGCATAGCCATATACAAGGTAGCCTAATCCTTGGTTGGCAGTTTTGTCTTGCTCAGTTGATAGTTTCACATAAT TACTTTTAAAATTTCTTTAGGTTTCTTTTACTAAGTGCTTGCGAATTCCTGGGAGGCCTTCCACCACACATGATCTCCTT CAACAAGTTTGGAGAATTGACAAGGATGAATTTGTGACCTCATTTGCAATTATGAGGTGCTTCTCTACTGCTTTGTTCAA ACTTCTGATTTTCCTGGAGTCGGCTAGTGTGGAAATGGATTTAATTCTTGTTATTTTTTAATATTTTTTTCTGAAGGTTT AATCTCGTACAACTTTTTCTTCAAAATGATCAAAGTGCTCATCTCCGGAGGATGATTGTTGACCTTGAGGTGAATCACTT GCTAATTCTGCATACCTTCCCCTATCCCAAAATGGTATATTTACTAACTACTTGCTCCTTTTCTCTGTCTACCGGATGGC GTGCTGGCTCTAGGCTCCTAGATTTGACAGTGGATCTATAGTTAGCCAGGATCCAGCAATATCCTATGTTTGGTCAGAGA AGAGTTTGAATGATGATCAACGTAGAGCCATTCTCAAGGTTTGCAATGAATCTGGAATTTAATGCTTCCCTAAATTTAAT TTTCAAGTTCCTTTTGTTTATCATTAGATTAATTTGTCATTCTGCTTTGTTACTTATGGTCAGATACTTACGGCAAAAGA CTATGCCCTTATATTAGGGATGCCGGGAACAGGGAAGACATCCACCATGGTCCATGCTGTGAAAGCCTTGTTGATTAGAG GCACATCCATTTTGCTAACAGCCTATACAAATTCTGCTGTTGATAATTTACTCATCAAATTAAAAGCACAGGTACCCATG CTTGCATATCAGAACATCTTGATATACTGTACCATATTATGAATTATGGCTACATGTTGCATAAAAAATGCATCCCATTT ACTTGAATTGTCGTCTGTCAAGTGTTCTGATTGCTTGGCAAACTATGAAAAAAAAAACTAGAGGTTTAGACAGTATTGCT TTTGGTCTAAAATACACTCAATCTTCATGAGTGGTCGGAACTCGGAATGAACTTAACAGTTAACACGAATAACAGAAGGA TTCTGATTCTGAGGCCTAACTAACTAACAGACTCTAACCACCTCTAGGGTTACAATATAATGCAACCGGGTACACAATGC CCTGATACACCAATATATGCCATACAGTGTTGAATTATCTTGTGCACTCTCAGCATCACTCAGCAGTCAGAACTACTTAT TCAGCTGCCATTCTGTTAGAGAAAGTTGTTGATAGCTGTTAGCAACCGTGACTAGTTAGTGTATAAATAGATCAGATTAC AGATTATCATTCAGATTATTGATCAGTAATAAAGCTCAGATTTCAGATTTTTTTCATGCTGTCTTTCTCTTGAACCCAGT TTCTTCATTTTCTTAGATTTTCTATCACTTTCTCTCTCTAATTCTCTGCTTACCTATACCTAATACACCTTGCCTGTATC CCCATGTTGTGTCAAGGTTGTGTCAAATTCCTGGATCTTGGTTGGCTGCTTAAACTAAATTGGGTGTCCTTCATGGAGTA CTGCATTTTCTCTGTTGATGCATGCTCTCCTTTATCCAAATGACTATAATATAATGTTTCTCTGAAACTTTTGGTATTTA CAGTTGATCTTGCATATAATTGTAATATAAATGGATGCAGGGCATTGATTTTGTACGTATTGGAAGGCATGAGGCCGTGA ATGAAGAGGTCAGAGGTCACTGCCTCTCAGGTTTGCCAATTTCTTGTTGGTAGTCTTTCTTTTAAAGTCATAACACTTGT ATCAATTAGTTTGACAGAAGTTTCTATCACAGTAACGAATGTACAAAGTGTTGAAGATATTAAAATAAGGTTAGAACAAG TCAAAGTTGTTGCAGTTACTTGTCTGGGCATCTCCAGTCCCTTGCTTACTAACATGAGATTCGATGTATGCATTATGGAT GAAGCTGGACAGACAACTTTACCGGTATGTGCCCTATGCCTTTAATATATTTTATTAGACGTGTGATACTCATTGACATG TACAGATGTATAGGAAACTGGGAACTATAGCCGAAAACTTTATTGTACTAATGGTAAAAGTCTCTGCTAGTGATATGAAC TGATTGATACCGATAACAGATAGTATGTTTTTACAAAAAACGAAAATGATAGAAATGTAGCCTTTTCGAGGATCTTATCC TATCTCCTCCCAGCCCAAAGGACCAAAGTTCCACTTGAATGTTTCAAGCTTGCTTGAGAGAGGATGTTTTAGTGTACTAT TACTATCATTGATTATTGATTTAATAAGCTGGAAACGTTTCCTAGAATACCATTGTTCCAATACTATTTTGAACTAGTTA TCTATTTAATAACTTGTTCATGCCAACTGAAAAAATTGTTCATGTGTATGTAATTATAATGGACATGCTTCCATTGCAGG TGTCCTTGGGCCCTCTAACATTTGCTTCGACGTTTGTTCTTGTTGGGGATCATTATCAACTTCCACCACTTGTCCAAGTA TGTGCCTTAAGTACTCATACTTCCTCTGTACAAAGTTCACTGTATAACACTATTTGAATTTTTTTTTTCTAATAATTCTT AGAGTACAGAAGCCCGAGAGAATGGCATGGGGATGAGTTTATTTTGTAGGCTCTCAGAAGCACATCCACAGGCAATTTCA GCTTTACAGAGTCAGGTGCGGTAGCCACTAACATTAGTTTACAAACTTCGGTCTGGTTCTTTTCGCTTCGTTCTATTTCA GCTTCACTTACTAAGTAAAAATATATACAGTACCGTATGTGTCAGGGAATTATGGACCTTTCAAATGCCTTGATATATGG TGACAGATTAAGGTGTGGTTCATCTGAGATAGCTGATGCAAAACTTGAGTTTACTGGTTTCAAATGTGGTGTGCCTTGGC TAGAGAATGTGAGGCTATTCTTCTCTTCCGAATTCTCATTATCTTATATTTGAAGGATTTGCATGTATTGCTGAATTTGA TCTATTTAAAGGAGCTTCTTCTGATTGGATCATTGATGATGGAAGTAATTTTTATTTTGTTTTTTGGTAGAACTTTTCTC AAAGCTTATTTTACTATATTTTCAATGCCACTTTGTTAGATCGTTTTCCTCATATTCTTCTTTAGTCAACTATTTTTGGA TGTGCATTGGATACTGCGTGTTAAATTTCAATGACCAAGCCAGTAAAACATGCCCCCCCCCCCCCCTCCAATACTCAAGT TGGGTGAAATAATGAAAATAAAATAAATGAATCACTTAAATTTGTGGCACATTTCAAAGATCTGTGTGAGGATAATGCCT TCGAATGTTAGTATACTGATCCTGGGTTGGGATGTGAGAACTCAGAAGCACAATAGTGATAAGACAGGTCATGGAGAATG GTATTATGTTGAAGTTGCTGGTTGCTACTTCAGGAAGGAAGGATTGTGATTATTGTTTGATACAAATGACTAAAAAATCC TAATTAAATAAAACACTATAATGGCAATAGCTTGACTCCTAATCGTAATTTAAAAGGAAACAAATGATGAAATATAAAGA AATATCAAAACCAATCTAAGATAGTATACAATCCAAATATTATGAGATATTTTTCATATATTCCAACACTAACATAGGTA TACTTGTAACTGGATGCAGATATTTTGTTTGGTTTTTTGTGTTATACCACTGGATGCAGAAGGTTGTATAAAGTAGTTTG CATTTTGTTAGACTATAGGTAGAGAACTAATGCTGAATAAAATCACATCTCCTGTTGAATTGAATCTTTTTTCTGTTTCT ATGAACACATGCAGGTTTTGAATCCAGGAAGGCCCGTGATATTTATTGATACTGGTTTGTAAATATCACTTTTTTTTTCC TTTATACTAAAGGTCTTTTGAATGGGATTGCTTATATACTTATTTATTTCTCTCTTTAGACATGTTGCCTGCTTTGGAGG CAAGAGATCAGAAGGTTGTGAATAACCCAATTGAAGCTTTCATAATTGCTGAGGTATGTCAAGAGGACTAAATTATGGTG ATTTAAAAAAATTGTGGACCCAAACCAGTAAACAAATGTGGGACCAAAACTATTTTTTTCTTATATTATAGGGATAAAAA TAATTAAGCCAAAATCAATCCTCAGAGTTGGTCCAAAAATCTTCCTCTTGACTGATTGATGGTTTGTTTAACCGAATAAA GGTAATATTAGCTATATTATATTGTTTAGCTTAATATAAACTAGTAATTATTTATATCAAGCTAGCCGATATATTTTCTA GGTGAAATTAATTCACATAATATAATCAATATTTAACCATTGATAGACTTCTTTTTTTTTATTTTTGACTGGGTATCCCC ATAGGCTATGTTATGGGACTAACCCTCTGGTTCACATTCCGACCAAATACTTTATGGTAACAGAGATTTTGTTTAACTCA TTTTATTTTGGGTAATGAACTTGAGTGTTTTTGTATCGAAGTGATCCTACTTGATAAATATGCTTGTGGCAATCTGTTAA TGGAAACAGTTTGGCATGCAAACCTCAAAAGTTGAACAATTTTGTGGTTTGAGTTTGTACTTTTCCCTTTTCTAATTATT AATTAATGATTCATGCTGTTTGACCATCACAAGTTCGTTAACCAATTTTCCATTGATTTTATAATGCAGATTGCAAAGGA ATTGGTAAAAAATGGAATTGAAGGAGAACACATTGGCATTATTACTCCTTATAATTCACAGGCAAACCTCATCCGGCATG CTGCTTGCATAACATCCTTGGAGATACATACCATTGACAAATACCAGGTGAGGCTGAAGCAAATATGTAGAATTATGTTC AAACAATTAGGCCTGCATTACAAAAAATTAGTCCTCTTATCCAAACGCATTGTGTTTAGCATTTCACTAACATGTAATGC ATGCATTTCACTAACATGTAATGCATAACTTAGTGTTTCTGTCTTGTGATTTTAAACATGATCACATTGATAATGGTCCT CACAAACCGGTCATCTGATTGTACAGGGAAGAGATAAGGACTGTATATTAGTTTCTTTTGTGAGGTCTAGTGAAAACCCA ACAAGCTATGCTGCTTCTCTTCTTGGAGACTGGCACAGGATAAACGTGGCTCTTACGCGTGCTAAGGTACTTCTGTTATG CTCAAACTTTCTCTCTCAGACAAATTTTCAACACACTTGATAATAAATAGGCTTAATTGCAACTTTGGTCCCTGACATTT ACAAAAGCCACGATTTTGGTCCCTCACCTAATTTAATTACAAAAATCGCCCCTCACCTAACACTTCGTGAACAACGTTGG TCCAACCGTCAATTTTTTAACGGAAGAAGCTTACGTGGCGTCTGAAAGCTTATGTGGAAGTGCCACTGGCGTCAGAATCG ATTTTTTCTCTCCTCTCGGCTGTTTTTTTTATCTCATAGTGAAGCTTTGCTGTTGGGAGGCCTAGTTGTTGGAACGCTGG GATTGAGGTTGTGTCCTATTCCTCTGAGTTTTTTTGTTGTTTTTTCCTCTGAGATGTAGAGGCATGTGCCTCCCTCTCTC CAGTGGCACTTCCACCTAAGTTTTCAAACACCACATAAGCTTCTTCCGTTAAAAAATTGACGGTGGGACCAACTTTGTTC ACAGAGTGTTAGGTGAGGGATGATTTTTGTAATTAAATTAGGTGAGGGACCAAAATCGTGGCTTTTATAAATGTCAGGGA CCAAAGATGCAATTAAGCCTAATAAATAAGCTTTACTTATCATCATGCTAAGGCTATCCTTGTACTCTTATCTGGCAGAT AACTAATGAGTAAATTTAAATCGATAATTATTGGGTTAATAACCCTAGTGCTATTCTTTGGTTGTATTACATTTTTATCA TTATAAACCAAGTACTAAATAACGATTTTATTAATTTAAAAAAAATAACGATTTTATTTATTAAAGTAAATACATTTTAA CCTCTTCAAGAAAGAGTGAAACTTTAATTACATGCTATAGCCAAAAGGAAAAACAGAATGAAAGCTTTCCTCAAATCAGA ACCTCCAATTTTTAAGTGAGGAATCTGATCCTTTTGCTGCTAGCGTTAATTTTCTAGTTTTTCTGTAACATTCACCACCC CTATCAGTTATTTCCTTTCTCAAATATTTCAATGCCTGTTGTAAAGATGTTTAAATTTTGAAGACCTGTCTCTTATTATG ATTTATGGTTACAGAGAAAGTTGATAATGGTGGGGTCTCGTAGAACTCTATTGAAGGTTCCTCTACTGAAGCTTCTCATT AAGAAGGTTGAGGAGCAATCTGGAATTGTATGTGTGTCTAAGACGGATATCTATCGAAAATGTGAGCTCAAGAGATGTTC GCAAATGAGATGAGTGAAAATTCCTTCCCCCTATTTTTTGA
CDS sequence (LotjaGi1g1v0604000.3) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGTCATGGGCTCCAAAATATGGTTTGAAAGGGATGATTGATGCTTCGGTCAGAGTAAAAGTTCAATCAAGAAAAGATGA ACAAGAGGAGAAGATCATGCCAGTGGAGTTCAAAACCGGAAAATCACCAAATAGTCAGTCATCAGTAGAACATAGTGCCC AAGTAATTTTGTACACTCTCCTGATGTCTGAAAGGTACCAGAAGACTATTGATTCTGGTCTTTTATATTATCTCCAATCA GACCAGACACAGGGTATTATGGTTCAAAGATCTGACTTAGTTGGACTAATAATGAGACGTAATGAGCTAGCAAGTGATAT TCTTAAGGCATTAACTTCGCAACAACTGCCACCAATGTTGCAGAGTCTTGGCATTTGCAGAGGTTGTCGCCATCTTAATG TCTGCAGCATTTATCATAAGGCCCATGGTGGAAGCACAGAGAGCAGTGGATTGGGAGATGTGTTTGATTCTCATAGTAAT CACCTGACATCATCTCATTCTAAGTTCCTCTGCCATTGGGATCGGTTGATTGACTTAGAAGCTAAAGGGACTGAGCTCTC AAAGAAAGAGGTGTGGCGATCACATAGTTTAAAGACTCGAAACAGTGGTGGCCTTTCTTCTATTGTTCTTGATGCTTCAC AAGGAATACCTCATCAGAAATCTCTTAAAGATAATTGTTTCGTCTATCGTTTTGTACAAGATACTTCTTGCCTCTCTGAT GTTTCTGATGGTGATCCTTCTAGTGCTGCTTTGAAAAGTGATTTAGATCTCACACTTAAAAGTGGAGACCATGTGATATT AAGCAATGAATCTAGCCATCAAACTATTGCAAAAGGGGTGATCTCAGATATTAGTCAGATCCACGTATCAGTTTCTTTTA CTAAGTGCTTGCGAATTCCTGGGAGGCCTTCCACCACACATGATCTCCTTCAACAAGTTTGGAGAATTGACAAGGATGAA TTTGTGACCTCATTTGCAATTATGAGGTTTAATCTCGTACAACTTTTTCTTCAAAATGATCAAAGTGCTCATCTCCGGAG GATGATTGTTGACCTTGAGGCTCCTAGATTTGACAGTGGATCTATAGTTAGCCAGGATCCAGCAATATCCTATGTTTGGT CAGAGAAGAGTTTGAATGATGATCAACGTAGAGCCATTCTCAAGATACTTACGGCAAAAGACTATGCCCTTATATTAGGG ATGCCGGGAACAGGGAAGACATCCACCATGGTCCATGCTGTGAAAGCCTTGTTGATTAGAGGCACATCCATTTTGCTAAC AGCCTATACAAATTCTGCTGTTGATAATTTACTCATCAAATTAAAAGCACAGGGCATTGATTTTGTACGTATTGGAAGGC ATGAGGCCGTGAATGAAGAGGTCAGAGGTCACTGCCTCTCAGTAACGAATGTACAAAGTGTTGAAGATATTAAAATAAGG TTAGAACAAGTCAAAGTTGTTGCAGTTACTTGTCTGGGCATCTCCAGTCCCTTGCTTACTAACATGAGATTCGATGTATG CATTATGGATGAAGCTGGACAGACAACTTTACCGGTGTCCTTGGGCCCTCTAACATTTGCTTCGACGTTTGTTCTTGTTG GGGATCATTATCAACTTCCACCACTTGTCCAAAGTACAGAAGCCCGAGAGAATGGCATGGGGATGAGTTTATTTTGTAGG CTCTCAGAAGCACATCCACAGGCAATTTCAGCTTTACAGAGTCAGTACCGTATGTGTCAGGGAATTATGGACCTTTCAAA TGCCTTGATATATGGTGACAGATTAAGGTGTGGTTCATCTGAGATAGCTGATGCAAAACTTGAGTTTACTGGTTTCAAAT GTGGTGTGCCTTGGCTAGAGAATGTTTTGAATCCAGGAAGGCCCGTGATATTTATTGATACTGACATGTTGCCTGCTTTG GAGGCAAGAGATCAGAAGGTTGTGAATAACCCAATTGAAGCTTTCATAATTGCTGAGATTGCAAAGGAATTGGTAAAAAA TGGAATTGAAGGAGAACACATTGGCATTATTACTCCTTATAATTCACAGGCAAACCTCATCCGGCATGCTGCTTGCATAA CATCCTTGGAGATACATACCATTGACAAATACCAGGGAAGAGATAAGGACTGTATATTAGTTTCTTTTGTGAGGTCTAGT GAAAACCCAACAAGCTATGCTGCTTCTCTTCTTGGAGACTGGCACAGGATAAACGTGGCTCTTACGCGTGCTAAGAGAAA GTTGATAATGGTGGGGTCTCGTAGAACTCTATTGAAGGTTCCTCTACTGAAGCTTCTCATTAAGAAGGTTGAGGAGCAAT CTGGAATTGTATGTGTGTCTAAGACGGATATCTATCGAAAATGTGAGCTCAAGAGATGTTCGCAAATGAGATGA
Protein sequence (LotjaGi1g1v0604000.3) extracted from Lotus japonicus Gifu v1.2 Proteins.
MSWAPKYGLKGMIDASVRVKVQSRKDEQEEKIMPVEFKTGKSPNSQSSVEHSAQVILYTLLMSERYQKTIDSGLLYYLQS DQTQGIMVQRSDLVGLIMRRNELASDILKALTSQQLPPMLQSLGICRGCRHLNVCSIYHKAHGGSTESSGLGDVFDSHSN HLTSSHSKFLCHWDRLIDLEAKGTELSKKEVWRSHSLKTRNSGGLSSIVLDASQGIPHQKSLKDNCFVYRFVQDTSCLSD VSDGDPSSAALKSDLDLTLKSGDHVILSNESSHQTIAKGVISDISQIHVSVSFTKCLRIPGRPSTTHDLLQQVWRIDKDE FVTSFAIMRFNLVQLFLQNDQSAHLRRMIVDLEAPRFDSGSIVSQDPAISYVWSEKSLNDDQRRAILKILTAKDYALILG MPGTGKTSTMVHAVKALLIRGTSILLTAYTNSAVDNLLIKLKAQGIDFVRIGRHEAVNEEVRGHCLSVTNVQSVEDIKIR LEQVKVVAVTCLGISSPLLTNMRFDVCIMDEAGQTTLPVSLGPLTFASTFVLVGDHYQLPPLVQSTEARENGMGMSLFCR LSEAHPQAISALQSQYRMCQGIMDLSNALIYGDRLRCGSSEIADAKLEFTGFKCGVPWLENVLNPGRPVIFIDTDMLPAL EARDQKVVNNPIEAFIIAEIAKELVKNGIEGEHIGIITPYNSQANLIRHAACITSLEIHTIDKYQGRDKDCILVSFVRSS ENPTSYAASLLGDWHRINVALTRAKRKLIMVGSRRTLLKVPLLKLLIKKVEEQSGIVCVSKTDIYRKCELKRCSQMR
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 |
|---|---|---|---|---|---|---|
| PANTHER | 2 | 775 | 774 | 9.8E-138 | ||
| PANTHER | 2 | 775 | 774 | 9.8E-138 | – | |
| Pfam | 27 | 136 | 110 | 2.5E-6 | ||
| Gene3D | 316 | 575 | 260 | 3.2E-60 | – | |
| CDD | 377 | 577 | 201 | 5.72581E-104 | – | |
| SUPERFAMILY | 377 | 762 | 386 | 8.07E-59 | ||
| Pfam | 378 | 467 | 90 | 3.9E-15 | ||
| Pfam | 480 | 545 | 66 | 5.7E-17 | ||
| Pfam | 554 | 754 | 201 | 1.2E-49 | ||
| Gene3D | 576 | 784 | 209 | 1.1E-51 | – | |
| CDD | 578 | 756 | 179 | 2.38019E-49 |
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 | 5'-flap endonuclease activity | Catalysis of the cleavage of a 5' flap structure in DNA, but not other DNA structures; processes the 5' ends of Okazaki fragments in lagging strand DNA synthesis. | ||
| Molecular function | Single-stranded DNA-dependent ATP-dependent DNA helicase activity | Catalysis of the reaction: ATP + H2O = ADP + phosphate, in the presence of single-stranded DNA; drives the unwinding of a DNA helix. | ||
| Biological process | DNA replication, Okazaki fragment processing | The DNA metabolic process, occurring during lagging strand synthesis, by which RNA primers are removed from Okazaki fragments, the resulting gaps filled by DNA polymerization, and the ends ligated to form a continuous strand. |
Expression pattern of LotjaGi1g1v0604000.3, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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