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| Field | Value |
|---|---|
| Gene ID | LotjaGi3g1v0274400 |
| Transcript ID | LotjaGi3g1v0274400.1 |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | DNA polymerase delta subunit 3; TAIR: AT1G78650.1 DNA-directed DNA polymerase; Swiss-Prot: sp|Q9EQ28|DPOD3_MOUSE DNA polymerase delta subunit 3; TrEMBL-Plants: tr|I1LV82|I1LV82_SOYBN Uncharacterized protein; Found in the gene: LotjaGi3g1v0274400 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr3:53884902..53894656) extracted from Lotus japonicus Gifu genome v1.2.
CCCCACTCGAGGGATTAGTGACCATATCTTTTTTCACATTGGCGGGAAAACGAAACGGAGGGCCTTTCCCTAACTCTCCT TCAGTCATCGTTCTGTTCCGATGGCGCAAACCAAAACCCTAGCCTTGATTGACGAGATCGAATCTCTCGTCTCTGATAAG CTTCAAGTGGTATTTCAGAAATTTTGGGTTTCCTTGTTCTAGTTTAGCCTTTCAATTTGTTCTTCTGGCCTTACTTTTCT TACCCTAGATTTGAATTTCGGAGGGTTTTTGTTTAACTTCATGGCAAATATTTGATTTCACACCGTATCGTTTCTTCTCC AGGTTTCTTACAAGTGGCTAAGTCGCAGTTATATGATATCATCTGATGAAGCAAAAAGGTGGGATTTTTTTCCAAAATAA AAAAGAGAGAAATGGGTGAAAAGCTTTACCTTGTAAAAATTTCAGGCTTTTTATGATGTGCTGTGATTTAATGAGCAGTT GAACATTTTGTTTCATGTAGGTTGCTTCAGGAATTTGTTCAAAAGCATGAAGGTGGGTTGGAGGTGGTGTATGCTTTGTC TGGTTGGTTAAAGAGTAGCCATCCTAGTTACCACATAAGGCTTGTTAGCGGGTCAAAGGTTGCAGGTACTAGGATCTTTT TAATAATAACAATAACAATCAAATAATATGTATTTTTGTGATTTTCGTTCTATCTTAAACCAGGACATGGATCAAATTGG TGTTTCCTTGACTGACCAGTCTGGTATGAGGAGTTCTTTCTCTATTCAAAGAACTTCTTATCCAGGACTTTCACTAATCA TATTTAATGTACACAATTAAGCTTTTTAGTATACAGTTTTGGAATCATAGCTACTGAATGGTTTGTGAAAGAAAAAACTT CTACCAACCTTGGATATGGAGAGGCTTACAAACATTTGGAAGTAGGAGTAACATGAAACTGTTTCCCACTATTGTATGCA GAAGCACAAAAAGTTTTTGATGGGAATTGCTCAGTCCAGGTATATAGTGTGCAAGCAAGCATTCCAAAGGATCCAGCTGT GCTTTGGAATACAGAATTCATTCAAGCAGAGGAGCTTTTCAAGCAGCCTTTCTCAGTTGGCAACTGCTTGAGAGATAATA GGTAGGTTCCATGCCTTGGAATATCTACATAGTATATATGGCTTTCGTTTGATCATGTGATGGCAGATATACGGTGAAAG TATTAAACTTGTTGAAGTTTGTTTATAATTTCAGTCCATTCGCTATTACCAGTTTTTAATTTGGTTTGATCATGTGATGG CATATGAACATGAAGATGAAATTTTATTTTATAACATTATATGTGAATTGAAGGAACCATGTATGCTGTACAGTTGCAGT ATGTAAAACTTCTATAAGTTAACAAATCACATTTTACCTTCAAGTTTAGACAGGTTTCCTGATCATTGCTTCCAGAATTT GCGAATTTTTAGGGGTATGTGCTCTATTCAGTCAGATTAAATGGTTAAAGATTCCTAATTATATAAAAGAATTAAATTAA GGAGGTAATTTCTGTTGAAGTTAAGGGATCTTATCATTCATGGGCTCTAGCTATAGCAATATCAGGTGACAGCAATTTAT TTTCTTTTTAGATAAGAGGAATACATTTGCTTATTGAAACAGAAAGAAACATATAAGTGAAGTATAAGACACTCTGCAAA ACAAAAATTTTCTACAAAGCAAGTTATCTTAATTCTACGTGGAATGCCTTCTTTTTTATTCTGATTCTCTGGATGAAATT GTGCCAGGAGATTCAGTGTCACTTATATTGCACTGATGAGTTTTGTTTTCTTTTTTGGTCTTTGCTAAGGAGGCTAGCAA TACCTTTCTGTTTACACTTGACAAGAGACCAGAAAGAATTTAGGAATGGTTTACATGAATTACTTGAGAGGGAATACTCA GTATCCTTGATAGTTATATATGTACAAAAATAATTGTATTTTTATTTTTGCAAGAACAATAAAGAATTAAACTATTTCCT ATGACTGTAATAACATTCCCATGATACCTTGACTCCGAGAATTCCCAATGACATGTTAATCATTATAACTATTTCAAAAC CTTGCCATTTCTCTCCTTAATAATGTCTTTCTAAAAAAATAACCAAAAAATAGTTTTCAACCAGAGATAACTCATAGAAT TAAACTAAGATCCTTCTGCCTTCCGCTTTTGGAAAATGCTTTCAGCATGGGAATGATGGAACACCATTTTAGGGTTTATG GAGAGTGATTAGCAGAATGTCTTCATTATTTTATGTGTGCATAGTGCATAGTGTTAGTTGGAAGACTCCTTGCTTTCCCT GGTGTCATTTTCTTCTCTTCATAAGAAAATGTAGAATATATAATCTGATTTGGGTTTCTGTTTTTCTGGGAAAGGATAAA GAAAAAATGCTATGACATTACAGTGTATATGTGCTGGAGATGTAATAGCATGAAACCTTGAAAAAGAGATACAGAAAAAG ACGCTTTGAGAATTAAGGGAAAAGGTTTTGGTTGGTATTGTTTCAGATCAACTAGAAGCGGTTCTGATGTGGCTTTGAAA TTGGAGATTCTTTGACATATTACTGATTTTGGCAGCGAGAAAGAATGTGATGATTTGATTTTATTGTCTTCACTTGTATC TTTGTGTAATATGTTAGCCTATTTTAAGATCTCAGTCTGCTGGCTGTTCCTTACTGCTGTAACATATACTTTCATAAATA TAAGATTTATCATCTAGGATCTCTTTATTCATTAGTAGAGAATGTAGACAGTGAAAATGGTTATATCAATTTATATACAT CCAGGTGCGCAGTATATGTGCATGCATATCTAATCATATACTAGTCCTTGAAAGAAATATGATGTGTTTAGCTCTTCATT ATTATTATTTATATTTTTTTTTTGGGGTATCCCTGGTGACTGGCTGCATACTTCTCAGGTTCTGTGGAATCTCTAATTCT TATGTGCAAAGGAATGTTGATGGCTCAACAGCTGTTTTTGCCACTCCACAGACAAAGTCTGTAGTAGGCATGGGATCAAC TAAGAGTAACATAGTTCACCAACCTCCGAAGCATATACCACATGATTCGATTTTTAATGTTGATCTCAAACCACAGAATG TGGTGAAAGATGTCAAGAGTCTAAACAATGGTATAGGGAATACTGAAGCTGAAGATTACGCCAATAAAACTACTCCAGAC AAAGGAAGGGCCCTTCCCTTGCCCACAGACAAAAATATTGTACAATCTAACAAAAATGGTCCTGTTACTGGTGGTTCATT AGCAAGCTTTTGGGGTCGTGCATCTGCAAAATCCAAGCCTTGCTCTCCGCCAGCAGAAAATAGTAGCACGGTTTCAAATC CTTCTGGTTGGTTTCCATTGCAGTTTGTTCCATTTGCTTTGTTTTAGATTTTCTGATTATAACTATAATAGTAGTAGAAA TATTACAATGCAACTCCTTGGGATAATGAGAATAGTAATATAACAGTTGAGCACCAATGCTTTTTATTGACACAAATGTC TTTCAGAAGCTACTGAAGTTGCCCAAACTTGTGCTCATGAAGTGAGAGATGGTGACAGTGGTGATGATGATTATCAAGAT ATCGCCTCAAAAAGATCTTCCAATAGGAAAAGGAGGGTTGTCTTAGATTTCTCAGATGAAGATGAAGATGTCATCAGTTT AGCATCACCTGATTTCCCATATAAAAAGTCATCTCAAGATTCCAGCCAAAATGACAAAAGTTCATCAGAGAAACCCACTT TGAATTTTGACTTGGAGATAGAAAATAAATCAAGGGTTAAAGAAGAGAGAGTAACTCAACAAAAAGCTCACCAGCCACAC AGAGGAGATTCATCAGTTATCAGCAAGTGCACAAATACTGGGAGGTCATCTTCTGAAAAGTTTCATAGTTCTGCTTCTGA AATTTGTGTAAATAAGGATAGCATAAAAAATGCTACCCCAGGTTCACCTAAGAGGAAAAAAGTGATGAAGACCAGGATTG ATGAACGGGGGAGAGAAGGTACTTATAGCATACAAGCTAACTTTATGTCTCAACTCTCAATACCAGTTAACTCACTTTGT ACTTCATGAAATATCAATTTTCACCTTTTTTGTATTAGATATGTTTGTATTTTCTTAGTTTATTTTATTTTTCAGTTACT GAAGTAGTCTGGGAGGGGGAGGAGACAGAAGCAAGCAAAGCTTATACAGTCACTACAAACAAAGCTGACAGTAATCCGTC TACCAAAGCTGTCAACAGGTTAGCACTCTTCTTCCTTATCCTTCATACATTTGAACTGAGTGACTGGAAACAACCAATAC TTAAAAGGAGGACACCTTGGTAGTTGTCCCATAAAGTATAAAAGGGTTCCTTGTGAGGTTTGCTTTGCAACTTCCAATGT AGTTTTAAAGTTGCTTCCAGATCTTTTTACATTAAAAAATCTTAACTTTATGATCTTGAAACATGCACTCGGTTCTTTTG AACTGATTCAAAATATTGCTGAGATTTGTAGGTTGAAACTACTACAGTCAAGATACTTGACCATTTTAAGATTTATGCTT GCACTGATCCCATTTATTTATTTATTATTTTTTGATAGGCATTTATTGAGAGGGGGCGAATTGCTACGACCTCAAGATGT TTGTTTAAATTAAGGAATCTCTTTTAGAAGACTTAGATTATTGTTTGATTTTATCCTTAGTTTCAACTGCTGCAAAACCG TCCCTTTGTACCTCATACCTGTCTCGCTCATAGGACTCTCGGTGGCGTAGCATCCTGTGATAGAACCACCCTGAAATCTG ATATTATTTCTTACAAATCCCTAATTCCCAAATTGGGAACTAGAGCAGAATACAAGAGAGTCCACACCCTCTTCCTAATC CCAATACCCAAATGATACAAAAGATAACCAACTGACTCTAACTTCCCCTTATTTATAGGAAACCGACCTCTTTAATCCTC TAACTAACTAACCCTCCCAACTAACTAACCGAAAGTACCTATTAATATGTGAGTACCTATCAATACTCCCCCCCTGAAAA TTCACCTTGTCCTCAAGGTGAAGGAAAAATTACCAGCAATCTAAATGAACAGCTATGCGAAAGAACCAATGGTGACCACA CTTCTTCCATCTGGATCCCATAGCATGAAGCACATAGCCTCAGTCATTTATGAGTGGTTGAACACATTCCCTGGGCGCCC AAAACATATTCTGTGAAGAGTCATATGGCAGAAAATCCAGCAGATGCCAACTAAAAACAACCAAGGATCAGCAACTTCCC AGCTAAGACTGTGTTGGTAAGCATCTCCCCATATCCAGCCCCCAAATGCTCAAAGAGATCAATACTTGAATTGGCAGGTA TCTTCCCATAACTAGCCAACAAAGTCTCAAGTAGTCCAATACAGGAATCAACACTAAATTCAACCCTCCTCCAAGTGACC CAAGGTGGAACAGAGTCCAACTTGCACAAACATAAACATGCTGATACCAAAACAGAAAATTAAACTCAACTCCTTGGGAA TGGTCCATCACCCATTGAAGTAGCAAGCAAGAAAAATCCTCAAAAGCAACCCCCCCAAGCCATTAATCCCCAAACCACTC TAATGCTCAATTTCTGCTACAACCGCTTGAGGAATTGGTGAAAGCAAAAGTCCCCCAAATCAATTAATAACCCGAAATAT TGTCATGCTTCTTTCCTGTACCATGTTGTAAATGGCCTAAACTAGCAATAAAAGCTTCAACATTCCATTTGTTCGTACTA CAATGGCCTTGTTCCAATCTACCAAAAAATTTATATGCATACCTGTGTTGCATCTCACAATCAAAGCTGAAGTATAATTT TGACACAACAATCCTATCCTCCTCAATGCCCACACTTGTAGTCAACAACATAGTTCCAGCAAAAACTTGAAAGTCACCAA AATCTCTTTCCCTCGACCTTTGCAATTTCCCTTGTGAACCTCTGAGTTGATTTCTGGTTCCTTGCTGCCTCAAGTAAATG GTTGAATTGGGTTTTAACCCAAAAGTTGAAAAGTTGGCCCAATATTCATCAAGGCCCAATTCCTTCCAACTGATATTTGG GCTTGGCCCATTTGGATTGTAAGTCCAAACCTTCATTTCATCTCCGTGTTCCTCCATCCCAACCTTCTGTGCGTTTTCCC TTCCCTCTCAGCTTGACCAATCAGCAACGGAAAGACCTCACTGCAGCCAACCGATAAATCTGGCGGTTCTGGCGGTGGCT GTTTTCCCTCCGGCGGCTTACAAGGATATTGGTTCAACAACCTTGACGTTGGTCTTCTATTCCACTTTGATGAACCTCCC TCATGCAGCAATTGCACTGCGTTGTCAGATGGTGTCGGTGGCGGCCATTGGAACGAGCCCATCACCATCAATAGAAAACC AAGATTTGATGGTTCACCAATGAAATTCTGGCCACCGTGGTGCGTCAGCTTTGGAGGAGATCGCTCAATCACCACTATCA TTGTTGCCCGTTCTACGCTCCACGCACGTTCTTGCTCTGTCTCTGCTTTAACCTCTGTTTCAAGATTGAGGTTCTGAATC GCCTCCGCCACTGCTAAATCTGTCATAGTCGCGGCCTCCAAATTCGCCGGCGATGCCTCCGCCGCTACTCGCTTTTCCTC TGCCGCTTCAAAATTGGATTTCTGTCTCTCCTCAGAGGTCAAGTCTTCCTCTGCTTCAGGTGTTTGCACACCCACTGTAC TGTCTCTCTCTTCTTCTGGTGAAGTGTCGGATTCACCCTCTGTTTCACGATCAACTCGCTGAATCGCCACCGCCGCGACT TTCTCTGTCTCCGCCGAATCAAGATTGGGTTTGTGCGGCGCTGCAATCTTTGATGGCCTCTGAAACACCTTTGCTACCGC TTCCTTTCTTGTTCAATATAGATGGATTTTTGAATAACCCCAGAAAGAGAGTGAAGTTCATACAATCGTACCTCCATTCG GATCTCCTCCCTCAATCCTTTCAAGAAGATGCCTTTGACAAATTCTGGATCAATTCCTCTCAGAGCTCCGATGTAATTCT CGAATTCCACCACATAATCCTCCATTGTTCCATTCTCTTTCAGAGAAAGAAGCAACTCAAATGGATTCTTAGACTTGGAA GGCTGAAACCTCCTCACCACTGCAATCTTGAACCCTTCCCATGATGGATTGGGATTACAACTCGTCCACCATTGAAACCA GGTTAGAGCCCTTCCTTCTAAGGCATGCATAGTCGCTTGCATCTTGTCTTCCTCTCTCGCCTTCTTCAACAGAAATAAGC GCTCCAAACTGTGTGTCCAATCATACACATCATCACCCCTAAAAATTGGAATTTCCCTTACCCATTCCTCTGAAATTCTC ACCCTCGTCCTTGTCTCTTCCATAACGCAGCAAGGAAATTGTGGTTTAGGCACCAGATCGGTGCTCTGTTACCAATGATA GAACCACCCTGAAATCTGATATTATTTCTTACAAATCCCTAATTCCCAAATTGGGAACTAGAGCAGAATACAAGAGAGAG TCCATACCCTCTTCCTAATCCCAATACCCAAATGATACAAAAGATAACCAACTGACTCTAACTTCCCCTTATTTATAGGA AACCAACCTCTTTAATCCTCTAACTAACTAACCCTCCCAACTAACTAACCAAAAGTACCTATTAATATGTGAGTACCTAT CATCCTTGCTTCGAGCGACTCAGCTCCAGTGATAACTCTAGTGAATATATTTTTAATTTCTTTCCCCTAACAGCTTCTTG TACTTCGGTTCTCCCCATCTCAATCTGAATTTGTGTTCTTTGAATGTTCTTGTCCCCCCACCCCCCTAAAAAGAAGTCCT TGTATGTTTCTCAGTAGACACTCCTCTCTTTCTTTTTAACATATTCTACTTGCCTTTATGATAGCAAACTTTGGTTCTCA CTCTCCCACTGTTATTCCATGATTGCTGCCACTTCCTTTTGTTAGCTTGGGTTCTTCTGGTTTTGTGTTTATCATTCCAC TTACCTCATTTTCTGTTTGTTGCCATGTTCCAATGTCGCTCACTTACACTTTCTTTTGGTTGATCTGATAGTGTTACATT TGATTGTTTTCTATAAATTCCGATTATTGTTCTTCACATAGGTATTTGTTATTTTTTTATTTAATTGTGTGCATATATAT ATATATATATATATCACACACACAAGCACGCACACAGATATATATATATATATATATATATATATATATTTATATATATT ATTTTTGCATGTATATATTTGTTCTTTTTAATATATTTTGTATATATATTATTTTTTTATAATGGTAGCCATGGCTTCCA CCATAATCTGCGATGCCATCTGCTATATTTCTGTTGTGGATTTTTTACTTGCAGGCATAAACCGACATCGGTTATATTTC TGTGGTGGATTATTCGGTGATGGAAAAGGACTGAAAATGTCAAAGAAGTTTGATAATGTGCTTAGGGCCATTTTAAAAGA ATGAAGTACAAAATAATTAATTCGTGTTTGAATATGATGTATAAAAGTATGTTTTAAAAACTAAATGTTGTTTGAATAGA ATAAATTGAAGTTAATTATACAGATAAAGTTACTAAAATAGATATAAGATGATAGTATATAATAGAGGCAATGTATATAT AACATGGATAATATTGTGAAATAACTGCCAACTCACTTTTTTCTAACCCAAAATTATGTTTAAACTTCTTTTTCTAAACC TAGATTTTATGGTTAAAAATCCACTTTTACTTAGCTGAATGAAAATACACAAACGGCATGGCACTAAAAACTGTTGCTGG CACCATAATTTTTCTTAGATATAAGCCTATCAGGGATATAAGAGCGTGTTCTTACCAGATGATTAGAGCTGAAAAGCTTG TAGGTTCCCCTTAGTTTTGATCTGGTTTATGGTTTAAATTCCAATTCCAATGGTTGTAATCAAACAATGACTGCTTTATT ACAAGGTTGTAGCTTGATTATCATTACTAACTTTATTTCATTGCAATTCCAGTGCTCCAGGAACAACTAAGAAGCCACCA GCTACTGGGAAAGGAGGAAACAAGAGAGCAGGAAACTTAAAGGATCCCAAACAAGGCAATATTCTTTCTTTTTTCAAGAG AGCTTGAGATCTTCACGAAGAATTGCAATGCTCAGAGGACAATCCACTTAGCAAGATAATTCATCAATGGTAATGTGATA GTGAGGATTTTACATTATGTAGATCTGGCTCTTATTCTGCTCTGGGGTTTTAACTGGAATCTACATTCCGACTAGTTTAA ATACCTTGTGTGTTTTTCCCCCTTACGCTTGATTTTGCCAAGATAACTGATTTTATTACTCATGTTGTTCTTGCCCGAAT AAGCATAATTTACATACTGGTAAGTAGTGCACAGCGAATTCACGGTGACATGAGATGAACGTTTGATCTCTTCTGCTTGA TGAGATTCAAAACCTAGGCTTCCAATGTGTTTAATTCCAAAGGTTAAATTTTCAAGATCACCCCTTTTCCTTCCTCCCTC TGCAAAAGAGTAAAATAAAATTACTCGTAATATCTTTTTACAAAATATACATATATACATGTATGGTTTGAGCATGGGTT CCATACACTCCACTTCACATACCTATTTTTTTTTCTTCTTTTATAAGCCCATTGTATTCAACCTTAGCACAACGAGTGCT AAACCCAAAATCAAACAAGAAAAAAAAGGCCGGAACAGACCGTAACCTAATAGAATGGAATAGGACAATAATGTT
CDS sequence (LotjaGi3g1v0274400.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGCGCAAACCAAAACCCTAGCCTTGATTGACGAGATCGAATCTCTCGTCTCTGATAAGCTTCAAGTGGTTTCTTACAA GTGGCTAAGTCGCAGTTATATGATATCATCTGATGAAGCAAAAAGGTTGCTTCAGGAATTTGTTCAAAAGCATGAAGGTG GGTTGGAGGTGGTGTATGCTTTGTCTGGTTGGTTAAAGAGTAGCCATCCTAGTTACCACATAAGGCTTGTTAGCGGGTCA AAGGTTGCAGAAGCACAAAAAGTTTTTGATGGGAATTGCTCAGTCCAGGTATATAGTGTGCAAGCAAGCATTCCAAAGGA TCCAGCTGTGCTTTGGAATACAGAATTCATTCAAGCAGAGGAGCTTTTCAAGCAGCCTTTCTCAGTTGGCAACTGCTTGA GAGATAATAGGTTCTGTGGAATCTCTAATTCTTATGTGCAAAGGAATGTTGATGGCTCAACAGCTGTTTTTGCCACTCCA CAGACAAAGTCTGTAGTAGGCATGGGATCAACTAAGAGTAACATAGTTCACCAACCTCCGAAGCATATACCACATGATTC GATTTTTAATGTTGATCTCAAACCACAGAATGTGGTGAAAGATGTCAAGAGTCTAAACAATGGTATAGGGAATACTGAAG CTGAAGATTACGCCAATAAAACTACTCCAGACAAAGGAAGGGCCCTTCCCTTGCCCACAGACAAAAATATTGTACAATCT AACAAAAATGGTCCTGTTACTGGTGGTTCATTAGCAAGCTTTTGGGGTCGTGCATCTGCAAAATCCAAGCCTTGCTCTCC GCCAGCAGAAAATAGTAGCACGGTTTCAAATCCTTCTGAAGCTACTGAAGTTGCCCAAACTTGTGCTCATGAAGTGAGAG ATGGTGACAGTGGTGATGATGATTATCAAGATATCGCCTCAAAAAGATCTTCCAATAGGAAAAGGAGGGTTGTCTTAGAT TTCTCAGATGAAGATGAAGATGTCATCAGTTTAGCATCACCTGATTTCCCATATAAAAAGTCATCTCAAGATTCCAGCCA AAATGACAAAAGTTCATCAGAGAAACCCACTTTGAATTTTGACTTGGAGATAGAAAATAAATCAAGGGTTAAAGAAGAGA GAGTAACTCAACAAAAAGCTCACCAGCCACACAGAGGAGATTCATCAGTTATCAGCAAGTGCACAAATACTGGGAGGTCA TCTTCTGAAAAGTTTCATAGTTCTGCTTCTGAAATTTGTGTAAATAAGGATAGCATAAAAAATGCTACCCCAGGTTCACC TAAGAGGAAAAAAGTGATGAAGACCAGGATTGATGAACGGGGGAGAGAAGTTACTGAAGTAGTCTGGGAGGGGGAGGAGA CAGAAGCAAGCAAAGCTTATACAGTCACTACAAACAAAGCTGACAGTAATCCGTCTACCAAAGCTGTCAACAGTGCTCCA GGAACAACTAAGAAGCCACCAGCTACTGGGAAAGGAGGAAACAAGAGAGCAGGAAACTTAAAGGATCCCAAACAAGGCAA TATTCTTTCTTTTTTCAAGAGAGCTTGA
Protein sequence (LotjaGi3g1v0274400.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MAQTKTLALIDEIESLVSDKLQVVSYKWLSRSYMISSDEAKRLLQEFVQKHEGGLEVVYALSGWLKSSHPSYHIRLVSGS KVAEAQKVFDGNCSVQVYSVQASIPKDPAVLWNTEFIQAEELFKQPFSVGNCLRDNRFCGISNSYVQRNVDGSTAVFATP QTKSVVGMGSTKSNIVHQPPKHIPHDSIFNVDLKPQNVVKDVKSLNNGIGNTEAEDYANKTTPDKGRALPLPTDKNIVQS NKNGPVTGGSLASFWGRASAKSKPCSPPAENSSTVSNPSEATEVAQTCAHEVRDGDSGDDDYQDIASKRSSNRKRRVVLD FSDEDEDVISLASPDFPYKKSSQDSSQNDKSSSEKPTLNFDLEIENKSRVKEERVTQQKAHQPHRGDSSVISKCTNTGRS SSEKFHSSASEICVNKDSIKNATPGSPKRKKVMKTRIDERGREVTEVVWEGEETEASKAYTVTTNKADSNPSTKAVNSAP GTTKKPPATGKGGNKRAGNLKDPKQGNILSFFKRA
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 | 4 | 514 | 511 | 4.2E-131 | ||
| Gene3D | 6 | 136 | 131 | 2.1E-31 | ||
| Pfam | 23 | 514 | 492 | 2.7E-26 | ||
| MobiDBLite | 213 | 313 | 101 | - | – | |
| MobiDBLite | 234 | 248 | 15 | - | – | |
| MobiDBLite | 265 | 284 | 20 | - | – | |
| MobiDBLite | 287 | 313 | 27 | - | – | |
| MobiDBLite | 332 | 437 | 106 | - | – | |
| MobiDBLite | 336 | 359 | 24 | - | – | |
| MobiDBLite | 360 | 381 | 22 | - | – | |
| MobiDBLite | 382 | 422 | 41 | - | – | |
| MobiDBLite | 463 | 484 | 22 | - | – | |
| MobiDBLite | 463 | 515 | 53 | - | – |
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 |
|---|---|---|---|---|
| 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. | ||
| 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. | ||
| Cellular component | Delta DNA polymerase complex | A multimeric DNA polymerase enzyme complex which differs in composition amongst species; in humans it is a heterotetramer of four subunits of approximately 125, 50, 68 and 12kDa, while in S. cerevisiae, it has three different subunits which form a heterotrimer, and the active enzyme is a dimer of this heterotrimer. Functions in DNA replication, mismatch repair and excision repair. |
Expression pattern of LotjaGi3g1v0274400.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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