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| Field | Value |
|---|---|
| Gene ID | LotjaGi1g1v0726300 |
| Transcript ID | LotjaGi1g1v0726300.1 |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | DNA polymerase delta small subunit; TAIR: AT2G42120.2 DNA polymerase delta small subunit; Swiss-Prot: sp|O48520|DPOD2_ARATH DNA polymerase delta small subunit; TrEMBL-Plants: tr|G7KVD6|G7KVD6_MEDTR DNA polymerase delta small subunit; Found in the gene: LotjaGi1g1v0726300 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:129731918..129740998) extracted from Lotus japonicus Gifu genome v1.2.
TGTCATCTTGACATTGCATTTACAGTAGCCGAATATCGCCCTGGTCTGCCCAAATGACTACATAGCCTACTATTGTCTAG GTCGATCCATATGAGTATACAACCAAATGATTATCATGTTGGTCGGCCAAACAAAGAACTCACACTCTCTAAGCAACTTC CCTAACATAAGATTAAATTCACACAACTGATTGTCAAATTCACATAAGCAAGTTTAATATCACAAATGCCAGCCACAAAA CAACATTAATGCTATTTTTGAATGTGTCCTCTTAGCTATAAATAAATAAATATTAGAAATGAAATCAATGTTAATGGATC CGGATACTCACCCGACCCGATTTTGGATCCTCTTAGGCTCTTACATTTGAGAGAGAACTCTTCATCAATCATCAACCACA GTTTCAAAAGCGCAAAAGAAGAAGAATTCTGCAACTCTTCCCGCCATGGTGATGGACAGAGTGCAATGCTCCTACGAGCC CTTGGTTCACTCCTCTCTCTCACTCTCTCTTTGCCTCACTGTGTTCCGTTGTTGTTGACTGTGAATGAAGACAATGTTAA CTGGTCTTGGTTTTGGTTGCAGGATGAACCATTCGAGATTGGGAAAGAGATGTATCGAGGACAACAATACAGCCAAATCT ACTTCGCTCGCCTTCACCTGATGCGAACACTCTTGCACTCTCTTGTCCCGCATTTGAAACCCAATCTTCCTGGTATTCCC ATTTCATGTTTCTGCAAAGAAAAATCACTTTTTTTTGTGTTATTGTCAACTTAGGGTTTCAAATTTGATGTTTGATTGCT TGAGATTTCAATTAATTATGTGGGTTTTTGATATTGGTCGTATGTGATTGTTACAGTATGCACAGTTTTGGGATTGGAAG AACAAGCGGGCAAGGAGTGTGTCATTGTTGGAACTCTCTATAAGCATATGAAGCTCAAACCTTGCATACTTGATGAGTAT TCTAAGGAGGTACTGGGTCTCTCTCTTTCTCTTTGACCCTTTTTTCTATTTTGGGTTGTTGTGTTTTAAGAGAACTTTTT TGATAGTCCTAGAGTAGCTACTCCTCTCAAACTAGAGTAAATCACTACTAGTCAGTGTTGTTAATTGCGGATGGCGGGTC ATGGCAGAAAGCCAAAATCCCGCCATATATGACAAATATTGGCGGAAATGGTGGTCATATGGCGGGATATCGTCCATGGT GGAATACCAAAAAACCGCCATGAGAGATTGCCATATTTGATAACACTGCTACTAGTCACTACTGTTTCCCGCAGAATTTA AATTCATGCTTAACCTAAAGAAATTCAATCATGAATCTCAACAATTTTGAAGATAACCCATTCTATTAGTCCTGTAATTC AATCATGGTGGGGATTAATGTAATGGATTATTTAGGAACTTATGGTTGAATTTCTTCAGGATATGGATGAATTTGAAATC GGTTGAAAATAATGGACCAATTTGGTGATTTACTCCTCAAAATAATTACCTACAACTTCATAGTTTTTTTATACTTTTGT GAAAAAAAAATCTTACATGTCTTTAGAGAGAGCAGTTGGCACTCTAGGAGGAATGATTTTTCATTTTTTGTACTTTTGCT GTAAATTTTATGCTTTAGATGTGTCAAAATTGACAATAATATGCAATAGTGATGTATTTCTCTGTGGGTGATATACAGAG ATCGGCTGTTCCACTTGTCAAGCCACATAACTTCATGCACCCAGATGACCACCTAATTTTGGAAGATGAAAGCGGGAGAG TTAAGCTTGGTGGGGATCTCATTTCACCTTCCGTATACGTAACAGGTCTGCATCATGAACAACATAATCTTAATTAAGTA ATATGTTTTGTGATAGGATGGCAATTTGGAAGCATATTCAGTTCATTCTAAGACATTACGTTAGGTTTGGTATCTATAAT AATTTCTTTACTTTTCCATTCTTGGAATGGTTTGTGGTTTAAAACTTCAAACTATATTGGATTGCTATGCTCTCATCTTT GTTTCATACTTTTCTGAGCTGTCTAGAAATCAAACATGTGGCTGCTTAATGATATTTAATCTTTAAGAGATGAACCTTGC CTATCATACAAATAGTTTTCTGTCTTGCATGTGATAATTTTGTACTAACATCATCATCTTTGACAGGAATTGTGGTTGCT GTACATGGAAAGGAAACAGAGGCTGGTGAATTTTTGGTTCAGGATGTTCTAGAAGCTGGCTTACCACCACAAATAGAATT TCCACTTAAATCAAGTATATTTTCGCTATCTTTTACACCTGCAATGCTTCTGACCTAGTAAAACACATGCATAGCATATT TATACACTTTTTCCCCTTTCAGCATGGATTAATCAAATGAATATGTGGTGCATTGCATCCCAGTTTCATGTAGAAAGTGT TATTTCAGTTATCTTCTTAATATTTGATCAGGAGTTGTGCTGTCTGAAATATTTCTGAGTCATACTCAGCAAGCATAGAT TGTATTCTGATTTCTTCTCTTATGACAGTCTCTTTCTGTTAGGACCCGAAAATCCTAACAGGGGAATCGGTAGAGAAAAG AGGACAAAAAGAAATATTTTTGGTATTTTATTATAAAAGACTGGAAAATAAAGATCGATAAGAACTAAGAGGCTGGTTCC TCTTAGAACCAAGAGGCTGGTTCCTCTTCAATAGGGCTGGTTCCCTTTACAAACTCAATAATCTAATCCATAACTCTAAC CTAAGGAGAGCACTCCTATTTATAATAACTAATCCTAATATCAATAACTTAATCCCTAAGAAATACAGAAGATATACTAC TAGAATAAGAGATAACATCCTAATATAAAAGATACTATAAAGATAGATTCCTAAATTAAATCCTAATATAATTAATCCTA ACAATACTCCCCCCCTAAAATCAACCTTGTCCTCAAGGTTGGAAGTAGCATAGTAGATCCAATCTTCCCCTCCCGGGTCC CATTGTAGGCGGCAAACCGAGTGCAGCGCCAGAACAGCAAGTGTCCAAGTGTCCATATGTGGCGGCATTGGAGGAGGTCC CTTGGACAACACATTGAGTACTCATAGTGGCATCGGTATTGAGGGTGCACCCCTCCGCGTTGAATGACCAACTTTGTCCA CAAATACCAATGTTAATTGTGTACCCAGATGCTTGAAATCGTCTGTATTGCAAAAATTTTCAATCATAACAGCATTCACA GACATTGACAACGGAGCATCTACCATAGAGATTGTGCTGATGTGAGGCATATTGGCAACATCTTCTTGGGGACCTTCTAG CGGAAAAGTAGTGTCTTGCTTGGACTCATTAGAAGTCTCAGAAGTAAGCGATGTTGATTGCTTGAGTCCTCCGTCAGTAC GTCTTCGCTTGAGTCCTCCTTGAGTATGCCTTCTTCTTCCACCGAAATACTAGCAACGGTTTCCCCTTCGGTGTTAGAAG GCGGGGGGAGAGAAGCCTCTGGAGTCAGTGATTGTTCTTCAGCAAGGCAAAATTCTGAATCAATTTCTCGAGCAATCTCC ATGGCACGCAACAAAGTTGTAGAATGGAAAGAACACAAACTAAGACGAACCACCAGTCTGAGGCCCCGCTGAAAACACTC CAACAACCGCTCTTCAGAAAGATCAGGAACATGGGCCACCACAGCTTCAAATTCCCGCACATAAGCGTCAACAGTACTGC TTTGTCGGAGAGTGTTCAGCCTCTTGTAAACGTTAGCACGATACCCGACACCAAAACGTTGAAGCAAGAGGGAGATGAAG CGATTCCAAGGGAGATCGAGATCTTGATAACAGCAACAATAAAACCAATTAGTGGCCTTCTCCCCGTCCATGCTAAGGAA AGCCAATTGCACCTTGGCTTGCTCTTGCAAATTGTGGACCTCAAAGATTTTCTCGGCCCGAGCAATCCAAGATAGTGGAT CCACCCCATCAAACTTTGGAAACTTTTGCACAATAGCCTGCCATTCCTCCATGATGGAAAAAAAAGCAAGAAACAGCCAG AACAGCGAAAAATATGCAGATGTGAACAGTGTCGCGGATAAATAGTGTTTTTTTTTTTTTGGGGTTTTCAGCGGCGGGTG TGGTAAAGGCAAGAGGAAGGGTAATGGTGGCTGGAGGAATTTCGATCCGGCAAGTCGGACCAATTGTTAGGACCCGAAAA TCCTAACAGGGGAATTGGTAGAGAAAAGAGGACAAAAAGAAATATTTTTGGTATTTTATTATAAAAGACTGGAAAATAAA GATCGATAAGAACTAAGAGGCTGGTTCCTCTTAGAACCAAGAGGCTGGTTCCTCTTCAATAGGGCCGGTTCCCTTTACAA ACTCAATAATCTAATCCATAACTCTAACCTAAGGAGAGCACTCCTATTTATAATAACTAATCCTAATATCAATAACTTAA TCCCTAAGAAATACAGAAGATATACTACTATAATAAGAGATAACATCCTAATATAATTAATCCTAACACTTTCCTTTCCA TGGCTTAAGATTTTACATTAGCTGGAGCTAAAAAACTATTCTCTTATTATATGTCATGTCTGAGAATATGTAGCGTGAAA GAAAAGAGAGTACAGACTACAGAGTGAATAGCTTCAATGGGTGGGAAAGATGATTCATCTCTCTGATCATTAGTTTCTGA TTGGCATAAGTTATAAGTGAAGTCAAACTAACTAACGATTTTAGTAACCAATTAACTAACTGAGCTAAAAAACTAATTGT TAACAAACTGAATTAACTACTTTTCACCTGAATTCACATACTGTGACATCATCAAACTTCGAAAAGTTATCTGTCTTAAT TCAAATTTCTTGCTTGCTGTATGCTTCATTTTTCTCTTGCTTTTGTTAACACACTGATGATGAGTACCAGCCTTGCCGCT TTATTCTTTCAACTGTGCACATCTTTGATGCTCCATTCGTTAATATTGTTATTAAAATTTCTAATTTCATGAAAAATATT AGCTTAAAATTTTCGTTATTTGGATCAACAGGGGAAGACAAATACGTTGTTTTTGTGTCAGGATTAAGTATTGGGAGCAG CAACTCTAATCCTCTTCAGTTTCAGCTTCTCATTGATCATATTACTGGGCATTTAGGAGATGAGAAGGTTTATCCTGTCC AAAGCTCTCGAGATGATAATTATTTAACATTTCAGGGTTTTAACTAGTCAAAAGTAACAAATTAAACAGGAAAAAAGTAT TGCGTCACAAACTGTTCGCGTGGTCATTGCTGGAAATTCTGTTGAGATACCTAGTGGACTTTTTAATGGACAGGTATTAT TTTATTTTGAAAAGACGCCGCTACTTTTGTGTATGCCAGTTACTGCTTACTAGCACTTTGCAGTGTACAGAAAGGTTTTA TTCATGATAGGGAAAAGAATACTGCTAATGTGTATTACAAAATAACTGCATACATTACAGAGTAATAATATAATAATAAA AACTATTAACTAACACGAATATCTGAAGTTTTACTGTTTTGAGCTCAGTACTGATAATTTTTTTTGTTTCCATTTGTTGG TTTCGTGGGCAAAATAAGTCTGTACATATGATGCTTTATATTTCTTTTTGCAATGAAGTACCTTTTTTCTTGCATTAAAA AAAGTGTCACCTATTTTTGCCTTATGATAACATCACTAATAAACTCTCTCTTGAATCTGAGTTGTTTTCAGTCACTTTCT TTATGATTGATTGCCCTAGTATCTGATCCATGTTCTTTCAAATAATTAGATGAGAGGACGCTACTACTAAGCTTACTAAA GTTGCATTTTAGACTCTTCAGTTGATTGTCTTGATTCTCGAGTTTTGATATCCGGGTGCTAGGATTCACCCATTGCGCAC ATGTATGCTTTTTGATTCACTGTATGGCTTAGTGGTACTAATCCTGGTTATACATACAAATTACCAAAAAAAAAATTGGA ATTCATTAGCTGATTATTTTTATATTTCTAAGAGTGGATTTATGGACGTTTTCATAATTTTTTGCAGAATATGGGTTCAA AGGATCTGTCAAGGATATCTGAACCAATAAAGGAGCTAGATATTCTGTTGAATCAGGTTCATTTCATTAGATCAGTTCCT TCGATGTAGTCCTTGTTTTTATAAATTAACTTGCATCTCTTTTCTTTTATTCAGATTGCTGCTGGTTTGCCTTTGGACAT AATGCCAGGGCCCAGTGACCCTTCAAATTACTCATTACCACAGCAGGTTCATATTGTCATCCTTTAAGAGTATATATGCC ATATATAACGTGTGCTCTTTGCCTTTATTACTAAGATTTCTACTTTCAGGCGCTGCATAGATGCCTTTTCCCTGGGTCGT CAGCATATAACACTTTTACATCTTGTACAAATCCTCATAGTTTTGAGCTTGATAATATCAGGTAAATAGGCTATTTAAAG TTGCACTGTCTTTGCTTCTGGATGTACCATTAAACATCATCCTTTTTGCTTCCAGGTTTCTTGGGACATCAGGTCAGAAT GTAGATGATCTCGAAAAGTATTCAGAGGCAAAAGATAAACTTGAATTCATGGAGAGGACATTAAGATGGAGGCATTTGGC ACCCACTGCACCTAATACCCTTGGTACATGTCACATTTTATATGCTTCAATGCTTTTACACTTACTTGGTTATCAATAAT CTATGTCATCTTTCACCTAGTTCATAAAAATTTCTGGAAGGTCGAACAATTTCAATTGTGTATTACCTGCTATTTCTAAA GAATTATTAACAGTTAAGTTCAAACTGTCATTGATATGTTTTTTAAAATTTTGTTTTTTTCTGATAATAATTTTTGTCTT CAGGGTGCTATCCTTATACTGATAGGGATCCTTTCTTCATCGAGAGCTGTCCTCATGTGTACTTTATTGGCAATCAGGAT AAATATGACACTCGTGTGATAAAGGGTATTTTTAATTTTTTATTCTTAAATCTACATAACAAGAATAAATGTTACTTCTC TTACTGATTTGTATTTACTATAACATTATCTCCTCCTAACCCTTGAATTAATTTCACTCACTGATTTCAGGATCAGAAGG GCAGTTGGTGAGACTCATATGTGTTCCTAAATTCAGTGAAACTGGAGTTGCTGTTATGGTGAGCTCTTAACTTTTCAAAC TAAATCTTTTCCTAAAATTTTCCTTTATATACTTATCGCTCCATAAGCACGTAATAACCTGTCTCTGGTGCTTAAGGTGG CAGTTACTGCCACTGAGAATGTAATGGGATTATGGGAGTTACCTTTGGCATTTCCTTCTAATCGTTTCAGAAATATGTTT CTACAAATGACCAATAACCGGAGAGTAATTTTTTTGATGCTTTTCTCCCATATATTATTAATTAAGCAAATTTAAAGAAC TTCAATTAAAAGAATATCCTGTCTAATAAGTTATGTTCTAGTTTTGTGTATTAGACTTGATAAGTAAAGAGTTTCTTTCA AGAAAATCATGAAAAAGTAGAGCAACTTAGAAAGTAATGTCAAAACTTATTGTCTTTTGTTGATATTGCTTGTCACTTGT CAGCCTTAGTAACTCAACTAAAAATATTAAATCATTCTATTTCTTGTTGTACTTGGATTCTTTTGTAATTGGATGACTGT TCTCTATTTTCATGTTATCTGTATAGTTAATTGCCCTGATTTTCATTGACCTAGTGAGTGATCTTAATGTTTTGGTCAAC ACTACATGGTTTCCTGTGATGTGATTTTTGGATCATCCTCATATTTGATGAAAATATAGACAAGAACAGTGTTAGTGGCA GGGTCACCCCTGGGAAGGGTTGTTTTTTCTGTGACATAATAGCTGGTTTCATCTGATGTAATTCTTGTTGCAAACTCGCA GATACATGAATCTCTTTTTCTTTTTTGCAGTTAAATCTGAGGGATCTGGAATGTCATGCTCTCAGTTTTGGAACCCAGTT CAGCTCATAATGCATAATGTAAGTTGTGGTGGATAAATCTGTGACCAAAATTTTAGCGGTAGTTAAAAATAGTGCGACTT CTCCACTTAGTAGTTACAGATATAATTTATCTAAGTCTTTTTACGAAGGTTTGTATGGTCGAGTTTTTTCTTAATGTGAA TAACTTTGAGGTGTCATTCACGTGAATAGGTTGTTGGTTTCATAACATGTTGAGCAATGCAAAATGACATTGTTGTAAAA TTGTGTGAAATTGCACCCAGTGAACCTGCGAGTGTTATCAAAAAAAATGGAGCTGCGTCCTGCAATTTTGCTTTTAGATC TGCTCGTGACATGAATGAGTTGTTGGGCTTGGACTGTTATTAGAAGGACGTGGTCTGTGGATGGTGGGAATCTCCTTGGA GGAGATGAACTCACTCCTCATGTAGCTTATTGTCTTAGTTATCTAGGACTATCTAATCTTCTTGCTGAAAGAGTAGGCCA AGCCATTGGCGTTCTTCTTACTGTGATCCAAACCCAACTTTCTTCTATTTTGCACCTTTATTTGCTATATAGGGTGTGTT GTGCTTTCACCCTGCCGGTATTCAAACACACATTTTCTAGGTTTATTGACAGATTGACTTGCATTTACAGGTCGTTGGAA ATTTGTTGATAGCGCTGCCATCCTTGTCTTCGGAGCTAAAGTGAGGAACTGAAAGTTAAGTTGACATGGGCTGTCTCTGC ATTTCTTCTGTGTAAAATAAGTTGACTTGCATGTGTAATTTTCTAACTAGGATTCAATGTAGCATAGCATTTACACTTGT GTATTTACATTCAATGTAGCACTGCATTAGATAGTCAGAACATTTCAATTTTGAATCAATCAATGTTTTTCTCTTTTCCG AATATTTGTATTTTGATCAATGTTGAAGGTAAATTCTAGTGGAGTTTGCTTAGGAAAGCAGGATTTCTCATTTTTTGACG ACTTTCCATGTAAATCGTACACATCCTCAGAATAATCTTTTACCTTTTCCTTTTTGTTTAAAAAAATTATTGGAAGAAGC TACCCACTAGAGCTTTAGTGAAAGGATAACTCAATAAGATTCTAGAGGGCTTAAACATGAAATCAAGCATATTTTTATAT ATTGAATATGATGTCCTATTCCTTACTGACTCGATTAACCT
CDS sequence (LotjaGi1g1v0726300.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGTGATGGACAGAGTGCAATGCTCCTACGAGCCCTTGGATGAACCATTCGAGATTGGGAAAGAGATGTATCGAGGACA ACAATACAGCCAAATCTACTTCGCTCGCCTTCACCTGATGCGAACACTCTTGCACTCTCTTGTCCCGCATTTGAAACCCA ATCTTCCTGTATGCACAGTTTTGGGATTGGAAGAACAAGCGGGCAAGGAGTGTGTCATTGTTGGAACTCTCTATAAGCAT ATGAAGCTCAAACCTTGCATACTTGATGAGTATTCTAAGGAGAGATCGGCTGTTCCACTTGTCAAGCCACATAACTTCAT GCACCCAGATGACCACCTAATTTTGGAAGATGAAAGCGGGAGAGTTAAGCTTGGTGGGGATCTCATTTCACCTTCCGTAT ACGTAACAGGAATTGTGGTTGCTGTACATGGAAAGGAAACAGAGGCTGGTGAATTTTTGGTTCAGGATGTTCTAGAAGCT GGCTTACCACCACAAATAGAATTTCCACTTAAATCAAGGGAAGACAAATACGTTGTTTTTGTGTCAGGATTAAGTATTGG GAGCAGCAACTCTAATCCTCTTCAGTTTCAGCTTCTCATTGATCATATTACTGGGCATTTAGGAGATGAGAAGGAAAAAA GTATTGCGTCACAAACTGTTCGCGTGGTCATTGCTGGAAATTCTGTTGAGATACCTAGTGGACTTTTTAATGGACAGAAT ATGGGTTCAAAGGATCTGTCAAGGATATCTGAACCAATAAAGGAGCTAGATATTCTGTTGAATCAGATTGCTGCTGGTTT GCCTTTGGACATAATGCCAGGGCCCAGTGACCCTTCAAATTACTCATTACCACAGCAGGCGCTGCATAGATGCCTTTTCC CTGGGTCGTCAGCATATAACACTTTTACATCTTGTACAAATCCTCATAGTTTTGAGCTTGATAATATCAGGTTTCTTGGG ACATCAGGTCAGAATGTAGATGATCTCGAAAAGTATTCAGAGGCAAAAGATAAACTTGAATTCATGGAGAGGACATTAAG ATGGAGGCATTTGGCACCCACTGCACCTAATACCCTTGGGTGCTATCCTTATACTGATAGGGATCCTTTCTTCATCGAGA GCTGTCCTCATGTGTACTTTATTGGCAATCAGGATAAATATGACACTCGTGTGATAAAGGGATCAGAAGGGCAGTTGGTG AGACTCATATGTGTTCCTAAATTCAGTGAAACTGGAGTTGCTGTTATGTTAAATCTGAGGGATCTGGAATGTCATGCTCT CAGTTTTGGAACCCAGTTCAGCTCATAA
Protein sequence (LotjaGi1g1v0726300.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MVMDRVQCSYEPLDEPFEIGKEMYRGQQYSQIYFARLHLMRTLLHSLVPHLKPNLPVCTVLGLEEQAGKECVIVGTLYKH MKLKPCILDEYSKERSAVPLVKPHNFMHPDDHLILEDESGRVKLGGDLISPSVYVTGIVVAVHGKETEAGEFLVQDVLEA GLPPQIEFPLKSREDKYVVFVSGLSIGSSNSNPLQFQLLIDHITGHLGDEKEKSIASQTVRVVIAGNSVEIPSGLFNGQN MGSKDLSRISEPIKELDILLNQIAAGLPLDIMPGPSDPSNYSLPQQALHRCLFPGSSAYNTFTSCTNPHSFELDNIRFLG TSGQNVDDLEKYSEAKDKLEFMERTLRWRHLAPTAPNTLGCYPYTDRDPFFIESCPHVYFIGNQDKYDTRVIKGSEGQLV RLICVPKFSETGVAVMLNLRDLECHALSFGTQFSS
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 | 3 | 427 | 425 | 5.3E-182 | ||
| Pfam | 28 | 157 | 130 | 1.4E-37 | ||
| Gene3D | 34 | 162 | 129 | 4.6E-34 | – | |
| Gene3D | 167 | 434 | 268 | 6.7E-111 | – | |
| CDD | 177 | 429 | 253 | 4.7613E-146 | ||
| Pfam | 178 | 388 | 211 | 7.5E-47 |
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). | ||
| Biological process | DNA replication | The cellular metabolic process in which a cell duplicates one or more molecules of DNA. DNA replication begins when specific sequences, known as origins of replication, are recognized and bound by initiation proteins, and ends when the original DNA molecule has been completely duplicated and the copies topologically separated. The unit of replication usually corresponds to the genome of the cell, an organelle, or a virus. The template for replication can either be an existing DNA molecule or RNA. |
Expression pattern of LotjaGi1g1v0726300.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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