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| Field | Value |
|---|---|
| Gene ID | LotjaGi4g1v0128100 |
| Transcript ID | LotjaGi4g1v0128100.1 |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | DNA-(apurinic or apyrimidinic site) lyase; TAIR: AT4G36050.3 endonuclease/exonuclease/phosphatase family protein; Swiss-Prot: sp|F4JNY0|APE2_ARATH DNA-(apurinic or apyrimidinic site) lyase 2; TrEMBL-Plants: tr|A0A151QUY4|A0A151QUY4_CAJCA DNA-(apurinic or apyrimidinic site) lyase; Found in the gene: LotjaGi4g1v0128100 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr4:18676315..18685137) extracted from Lotus japonicus Gifu genome v1.2.
GAAAAGTTCCGCAAGATCGGGGCCCCAAACGGGGCAGTCCCCACGGGGATCTCCATCTTCAGATGGAAATTGTCATCCAT ACTAACAACTAACATTTGCTTTTGCTTGCATGTAAAAAAACATATGACCGAGAAAAAAAATGGTGTAAGCTAGACAGACT CCAATAGCTTCCATTAATTTGTAAAAAACTAAACCCAGTAAACAACACCGGTCAAGAACAGGAGGGCTCAAAACACCTTT TGGTTCTAGATGACAAAGACAAAGCAGCGGGAGAAATAATCGTCCACTAACTAGTGCTGAGCGAGGGAGAGCGCGAGAGA GAATGAAAATAGTTACATACAACGTGAACGGCCTGAGACAGCGCATAGCGCAGTTCGGTTCTCTCCGGAATCTTCTAAAT TCATTCGACGCCGACATCATTTGCTTTCAGGAGACCAAACTCAGGAGGCAGGACCTCACTGCGGATCTCGTTATGGCCGA TGGCTATGAATCTTTCTTCTCCTGCACCCGCACCTCCGACAAGGGCCGCACCGGTTATTCCGGTAACCTCTTTCTTTGAT TGTATTTGTATGTGCTGTGTTTAGATATCAAATCAACAGTTATTGTTGTTGATGTTCTGAAATTATTGTAAATTTAGAAA TTGTAACAAGAATGAACAAGTTTTTCTTCAAAGTCACTGTACATTTGTTCTATAAATGAGTCCTTGATGACTAATGTGAT TATACTGAAAAATGATGAATTTGGTGACTGTGTTACATGTTTGAGGGATTAATTTATTTGAAATAAAAGCTTTGTAGAAC TAATGTGGTGACTGGTATAACTTTGAGGATCAACTTGAGGGTTTACTTTTAACAACAATGTCCATTGAATGGAATGGATA CACTTTCTAACAATCAAATTCCATTGAATTCCGTGAATTGCAATATTTTAGCAAACAAGAGGATTCTTTAAGTTCAGATG AATACACGTAACAGAATTGAATTAGATTGAATTTCTAATGGGCCCTAGAGAAAAAATACTCGGTTGTCATTTAGGGATGA AATGCCTGCTGAGAGGCGTTCCTTGCTCCCGTCTGTTGAGAATCTAGTATTGTCGATTGCCAAAACTAGGCGTTGTCAAA ATAATCCACTATTTATGCTGGACAAAAATTATTTTGTTTTGACCTAAGTGATTGCTTCTAATGGAAACCGTAACTGTAAA CCGTAGATTTGTAAGCTATGAATTCTATTCTGGTGTGCAGGTGTTATTACATTTTGTCGTGTGAAGTCTGCATTTTCGAG TAATGAAGTGGCCTTGCCCCTTGCGGCTGAGGAAGGTTTCACTGGTCTTATGGGCGACTCTCAAACTTGCAAAGCCAATT TGCCATTCTCCATGGACGATCTTGAGGAATTTTCAAAAGATGAGCTTCTCAGTGTTGATAGTGAGGGGCGTTGCATTATC ACAGATCACAGTCACTTTGGTGCGTATCCTGTGTCTATGCCTATTATCAACATATATCTTGTTAAGGGAAAAAAAATCGA ATGCTGGATCCCTTGTCTACTAAGTTCCCTTTTTCAGGTCTTGTGTGAAGTGATATAAAAGTTTGTGAGTGTGACTAGGA AGAATGATATATATTATGTAGGACTTAGTCATCATCCTTATCTTTTGTAAAAGGAATTTGTAGTTGTTTTGACATTGTTG TGTTTGCATCTGTCTAGTTCTTTTCAATATATACGGGCCTCGGGCTGGAGGTGATGACAAAGAAAGGATTCAGTTCAAGC AAAATTTTTACAAGATCTTGCAGGTATTTACATATTTATACAGTAATGGAATCAATTAGAGATATTACCAAAAGTCATTG CTTGGTGAAATTATTTTCATGCTTCAAATGGTGGCTTTTGTTCTTATGCGGATATTTTATGCTTCAATTGCTCGTTATTT ATTGGGTAGCAAGTAATTATTACAAAAAAGTCAATAATTGGATCAATAGCTTGAAGTTTTCCAAACTTCTTAATCTTGGT CCAGTTTGAATTTGTTCATCCAATTGTATCATTTTCGATAAAATGTAACCTGAAAATGTTTGTCCATCAGAATATGTTTC AGGGTTTTGGAAACTCTTAAGCTAGTATCATTATTATTTCCTTTGTGTTTCCTCCAAATCAATATGATTCATGAACATAG AAGTGTTAAATTCCGGAAACTCTATTTGTTTTATAAAATTAGGATATGTTTAATTGTTAATATCATAGTTTATGCTGACC GTGCTTGGTGCACTAGCACCTTTGGTGCCTGTGTTTTGTGTTATCAAGAGCGGAGAATTTTCATTTCTGTTTTGTTTTTA TTTTTCTGTTCAATTGATGTTGATACTCCTCAATAGAAAAGATGGGAGACTCTCCTGCATCAGGGAAGAAGAATATTTGT TGTTGGGGATCTCAACATTGCACCATTTGCAATTGATCGATGTGATGCAGGACCTGATTTTGAAAATAATGAGTGAGTTG ACTGCCGGATTTCATTTTAATATTTTCAGTGTCAAATTCACTGATAGTAATCTTACCATTGGGCCTGAATTCTTGTGTAG GTTTAGAAGATGGTTCAAATCAATGTTGATTGAAAATGAAGGCCGATTTTCTGATGTCTTCAGAGCAAAGCATCCTAATA AGTATGGATGCTTGTGTTACCTGTTTGTTGAATATCAAATATTGATGTGTAGTAACCACATGGAAATTTAGTTCCTGATG CTGATACCTACTGAACATTGCCTTATCAGAAATTGAAGAATTTTTTAATTCTATCTTTTTGAGAATCTTCACTTCATGCC ATCTTTCTTTCTTATTTTTATGGTATAATATCTCGTCATCTTCATAAAGAATTATATTGCTTTCTAATTGAAGCTACCGT TTCAAATTTTCAAATTCAAATTATAAAAGTCGATCGATTGAAAATAATGAACAATATTTAGCTTTAAATATTATTTCTAT CTGTTTGCTGACACATTGTTCTGTACACATGGCTAGTGATATATGCATCATCCTCCATAGTTTTCCTTCTTCCTATATCT CACTTTCTGCGTTTCAAACATTTTGTGATTAAGTTTTTAATGTCATCACTAATTCATTATTAATATTGATAAGTCATTTG TACATATTGAGATTTGATGCAGAACGGAAGCATACACCTGTTGGGCACAAAATACAGGTGCTGAGGTATTTAACTTTGGG AGTAGAATTGACCATATTCTATGCGCGGGTTCTTGCTTGCATGAATCTGATGACCTGAAATGTCATAGTTTTATAAGATG CCATGTAATGGACTGTGACATTTTGACAGAGTACAAACGTTGTAAACCTGAAAGCACACTGAGGTAAGATGCAAAAGTTG AATATTGAATATATTTGGTTACACCATTACGTGCCAACTGTTTTGGTTTCTATCATTTCACTCTAGTTGTTTGTGAAGTT TTTAAAAAATGATCCATACTTTTTTCCCACTCCTAGTAAGATTATTCACCTGCACTGTTTCAAATGGTTCAAGATTTATG TACACATATCTTCTTGGAGGCTAAGATATAGGTTTTAACTTTGACTTGATAATCTACGCAGTGCCCACAGGTGGAAGGGG GGGCGAAGCATTAAACTGGAAGGATCTGATCATGCTCCAGTTTATATGACTTTACTTGAAATTCCTGAGGTCTCTCTGCA TAGTACTCCCTTCTTATCTGCTAGATATGTTCCCATGGTTCATGGCATACAGCAAACTCTAGGTACAAAATATTAATTTT TTCTTAGGATGACAGTTTCTGTATGTTTGATCTTAATGTTTATTTGTGTTCAAACCTTATTTTCTTGCAGTGTCAATGTT GGTGAAAAGACGAGTTTCTGAACAAACAAAATCATGCGAGATGGTAAATGAAGACATTTCAATGGGTAGTACTTATGAGA GTATAGAACCAACTAACCAAACTGATTCATCTACTAGTGAGTGTCATTTTCCTTCAAGCCAGGATTCTGTGTGTAGCATT TTGGAATCAAAGGAACTTTCCAGAGGTTCTTCTCAGGAGGCGGCTATTTCTAAATCAGGAAGTGGATATGAAAAATCAAT GCCCAGGAAATGTAATGAATCCAAGAAAAAAGCAAGAAACAATCAAGGGTCCCAGCTCTCCCTTCGGTCATTTTTCCAGA AAAGTACAAATCTTGATAATGGTGTCAATAACTCTTGCACTGATCACTCAAATAATCAGGCTGAACCCTCACAACCCGAT CCTCATTTACGTGAAACTTCTACAGCGATTGATCATAGTAGCAGTCCCAAGCAATGTGAGGTTAATACTGATGCATGTGA CCTGGATTTAGCTGAACTAAATGATAGTTCTAGGAAGGAAGAAAAGAGTAATGTAGCTTCACTGGAGTGGCAAAGAATAC AACAAATGATGCAGAATAGTATACCTCTTTGCAAGGGCCATAAGGAACGTTGCATTGCTCGGGTAGTGAAGAAACAAGGA TCTAATTTTGGCCGCAGATTCTATGTTTGTGCCCGTGCTGAGGTAATCTGTTTCACATTGAGTGGTTTTGGGCATCATTG TACTTTGAACTCTTTGAAAACAATTCTTTTGCACTACACTGTGATTCTTTTTAGAATATGGCCCATCTTTTATATAGTAT ATAACCCACAAAATATAAAATCTTGCAGCTCTGAGCGTGGCTAAATTCATATTTGAACTTTATATGTTTGAATATCTTTT TGATTTGTTGCACGTTGACTGTTTCCTCCAAGCATTTCTTACTTTCATAAAAAATTATGAAGTCCATTAGGGTGCATTAT CTTTTATCCAGTGTTGTGTTGTCAATCTCGGATAGTGGCGAACCACAAAAATGCTATAGCGGTATAGAGCAAAGCGGGAT GGTCGGCGGCCGCTATGCTGATTTTTTTTATAGTTTGTATAATATAACTATATATACATACAACTGATAAAATGTAGGCT AAAAAGCACTTTTGGCCCCTGATGTTTTAAGTTTGTGCAAATTCTGCCCCTACTCTATTTTTGTCGATGTTTCTACCTCT CATGTTTTCAAACAGTGCACCGTCTACCCCTCCGTCAGTCAGACGTTAAAAAACTAACGGAATAAGCTGATTTGGCTTTT TTTAAATATTTTTTTGACCTGCCACGTGGAAATCACAAGTGAAATTGGAAAAAAGGGGGCATGGGAGATTCAAACTCAAG ACCTGTAAGTAGCAAAACATGCATTTAACCAGTTCAGTTACATACATAATTGATATATACATCAAGCAAATTTAATTTAT ATCATTTCCTTGATCATCATCAACTTCATATACTCCTCTTCATCTCTCCAATCCACTCATGAACCTCTCCTGAGAAAGCC TGACTGACGGAGGGGTAGAGGGTGCACTGTTTGAAAACATGAGGGGTAGAAACGTCGACAAAAATAGAGTAGGGGCAGAA TTTGCACAAACTTGAAACATCAGGGGCCAAAAATGCTTTTCAGTATGTTTCCAAACTAGATCATTTCCAAGAATGCTTTT TAGGGCCAAAAAATGTTTTTCAGTATGTTTCCAAACATCAGGGGTCAAAATTCATGGCACTCATCATAATTAACATTAAA AAGTCACGGGTGTCTTAAACATAACATACTAGTACCAAGAAGTTTAAGTCTCTAAATCCCAAACTAAGCTGCCTAAAAAC ATGTAAGTTCTATATCACTTCCTCCTCATCCTCCCCAAACTAGATCATTTTCAGTATGTTTCCAAAGCAAAAATCCTGAA AATGCCCTAACATGAACTTTTTGTGGGTTGTTTATGGATTTTTATCTGTTCCCCCAAATACCGGTCTAATAGTGTTGTTA TGGCTGTTATTTCCTCCTCTTTAGCGGCCGCTACACTGAACTGCACCGCTATGCAACAACTAGGAGCGGCCAGGGGCCGC TACGCACCGCTACGGTGCTATAGCGCGCTATTGACAACCCTACTTTTAACCCATACCAAGTAGGCTTAAATATAATGGGA ATTACTTCACTTTTACTTTAGTTTCTCAATGAAGGAATTTAATCACTCATTTTAATTAGAGCAAAGTTGTTCTTTTAGTT CATTAGATCAAAGCTATTAAGGGGAAATACTTAATTCTCTTTACTAGGGTTAACAAAGTTATTGAACAGAGCTGTTAATA AATAGTTTTTAAGTATTTTGGTACATAGTTAACAATAGCAGTTAACGTTTCTGAAGTCATCTGAACATAGTTTTGAGATT AGTTATTTTTTCAAATAATTAGAAGGATAACATTTCTCTCCTTAATATAAACACCATTCAAATGTTTTCAACTATCACGT TAAGCTTTCTAAGTAATAGGTTTATGACTGATCCAAAGAGTGAGTACCAAAGTTATGTGCTGCTTTGTCTCTAAATTTCC TTCCTTTTTCTAAAACAAATGAAAAATCTCAACTAGTTGAAGGGTAGGGTGTTCAAAGGCTTTTATTCTTCCTTTTCTTA TCGTTCTTCTTTGTTTGTCTTTTTTTCTTTTTCAATCCCCCTTTGGAACTATTACACAGTTATGTATGTGATTTTGTCTT GTGTTCACCTTTAGCATTCACCCATTTTTTGGGATTTGAGGTTACTGCAATGGGAGATGTATTTTCAGTTCCTCTTTGTT ACCTGAAATGGTGTTGGCGTTGATTTACTTTCTGCCATTGCTTGCGTATTCTACTTCTGCGACCTCTCAGTCTCTACTGA TGTCCATGAACCCTTCGAGTTATTAGTTAGTTACAAGTTACAACAGCCATTCAAGCAAATCATGGTTGTTTAGTTCACTG AGCTTGCCAACAGTGTCTTCTTTTGCTGTACTGTCACTGAAGGCACATCTAACTGATGAACCGAAAATGGTCTCACTATC CTTTCTTTAATGTCTGAACTTAATATTGAGTTTGTTGAGTTTAGAGTATCCATACCACAAGGGTAGGGGATCTTTTTTTC ACTTTCAATGTTGATTCTAATGATGCTTTAGGTTAGGACACAGAGCTGATTTATTGGGGAGGAGACTGTAACTATATCAG TTAAAAGAGAACCTCTAACGAAGTTGGATGATCCATGGAGTGATGAAGAAGGTGGTTTTGCTTCACTGAGTGATGCAAAG TATTGTAATTAGTTATTAGGATGGATATTGTCCTTCAGATCCAATTCCTACTGAAAAAGTGTGCTTTGGTTCTTCTTGCC TTGAAAAGACACGGAGTGCTGACGGAAACCATGGTTCACTCAGAGGATGAGGCGTATTGGTGCAGAGAAAAGGGTGGAAG TGGTAAGGGAGTACAGGAAAAATAGGGATACTTGACAGAATATGGAGGGTATGAAAAACTAATATGAAGTTTTAGTGACG AAATCGATAGAACTCTAAGGGGCCAAAATAAGGTTTTACTCTTGTAATAACTGGCACACTAGCACCATCCATTTACAATG TAGAAAAGCAATAAGCTGCTTATCACTTGTTTTAAAGGGAGGGACTGGGATCCAATGAGCTATCCTTTTGAACATTTCAT GTGCATGACTTAAGAGTTATATTATAACAAAATACCAGTGGGTTATATCATCTTCTGTTTGAAACCTTTTCTTTTGTTGG TCTATCATTTGTGTATCACACCATGCAGTAGTTGGTGAATATTAACATGTTTTCCTCCTTGCAGGGCCCTGCATCTAATC CTGAAGCAAACTGTGGTTACTTCAAATGGGCTACTTCAAAGTCTAGGAATAAATAACGGTGGTGAATTCACATTTTAATA AACGGATTGTGTTCATTTGCCCACTCCATCCAAGTTCCCTTGTATAGTGACAATATGGAGCTGACATCCCATCCCAGTTT TGCATGATAATGGAGGAGCTGCATTTCAATCTTTTTGACACATCCTCATAGCTTCTTGCAGCAGTTGTGAATTTTCAGGC TTAATCAGCTGTTTGCCTGTGTTTGTAAATAGCAGGCAAGTCTCTCCACTAAGGAGCAGATTTTAGGAATTGTATAAAGA AAAGCTGTCAATGCTCCCCATCTCAAAATCTTACTTGGTTGGACCCTACCACTTCCCAACACTAATTGAGGCTACCTGGC AAACATTCTGTTATTTAGGGGAGTTTCTGCTCAACATGATGTCCCAGTACCATGTTCGGTCTGAAAAGTGCTTTATCAAG ATATGGTTCTAGCTGGACTGGAGTGTAAGCTGAGTTTCCCCCTCTCCCCACATTTTCTTTTGGTAAGGGCTTACGTATGG AATGGCTACCAAAAGTGGTGGAATTTCTTTAATTATCAGTGACTCCTATCTGCATGATCCATAGGTTTCCACTGCCCACA TGTGAAGAATGCCGTCACGTTACTTTGGTGCAGTGCCTTTTATGTTGTTCAACTTCAGCTTTGTTAATTCCATGTTTGCT TCAAATGAGAGGGAAAAGGAGGACGATGAAAGTTGTAATTTGTATCATATTGGATTAAGAGGAGGGGTCAAGAAGGGAAT GGACGAGTTGATTGTCATCACGTTCAGAATACAAGTTTGGGTTTCAAAACACAAGGAAAGATAGTTTAGTTGTGCAATTT ATTATCTATGAATTTTGAAGGGGAGCTAAATTAAACAAAGAGGGGTTTTGACTCCTTACATTCTCATTCATTTTATTTTC CTCCTACTAAAAATTATGTAATGGTTAGGTAGTTTTTTAGCCATTGTTTTAAAAGCTGGTGGAGGCACTGGTTGAGATAC ACGTTGGTCAATAGACTGCTTTCCAATTCAATTAGTTAAATTGGCTGGTTGTGTACGAACTCAGAGCAATGAGTTTAGCT AACTTTCTCATAAGCGGTTATTT
CDS sequence (LotjaGi4g1v0128100.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGAAAATAGTTACATACAACGTGAACGGCCTGAGACAGCGCATAGCGCAGTTCGGTTCTCTCCGGAATCTTCTAAATTC ATTCGACGCCGACATCATTTGCTTTCAGGAGACCAAACTCAGGAGGCAGGACCTCACTGCGGATCTCGTTATGGCCGATG GCTATGAATCTTTCTTCTCCTGCACCCGCACCTCCGACAAGGGCCGCACCGGTTATTCCGGTGTTATTACATTTTGTCGT GTGAAGTCTGCATTTTCGAGTAATGAAGTGGCCTTGCCCCTTGCGGCTGAGGAAGGTTTCACTGGTCTTATGGGCGACTC TCAAACTTGCAAAGCCAATTTGCCATTCTCCATGGACGATCTTGAGGAATTTTCAAAAGATGAGCTTCTCAGTGTTGATA GTGAGGGGCGTTGCATTATCACAGATCACAGTCACTTTGTTCTTTTCAATATATACGGGCCTCGGGCTGGAGGTGATGAC AAAGAAAGGATTCAGTTCAAGCAAAATTTTTACAAGATCTTGCAGAAAAGATGGGAGACTCTCCTGCATCAGGGAAGAAG AATATTTGTTGTTGGGGATCTCAACATTGCACCATTTGCAATTGATCGATGTGATGCAGGACCTGATTTTGAAAATAATG AGTTTAGAAGATGGTTCAAATCAATGTTGATTGAAAATGAAGGCCGATTTTCTGATGTCTTCAGAGCAAAGCATCCTAAT AAAACGGAAGCATACACCTGTTGGGCACAAAATACAGGTGCTGAGGTATTTAACTTTGGGAGTAGAATTGACCATATTCT ATGCGCGGGTTCTTGCTTGCATGAATCTGATGACCTGAAATGTCATAGTTTTATAAGATGCCATGTAATGGACTGTGACA TTTTGACAGAGTACAAACGTTGTAAACCTGAAAGCACACTGAGTGCCCACAGGTGGAAGGGGGGGCGAAGCATTAAACTG GAAGGATCTGATCATGCTCCAGTTTATATGACTTTACTTGAAATTCCTGAGGTCTCTCTGCATAGTACTCCCTTCTTATC TGCTAGATATGTTCCCATGGTTCATGGCATACAGCAAACTCTAGTGTCAATGTTGGTGAAAAGACGAGTTTCTGAACAAA CAAAATCATGCGAGATGGTAAATGAAGACATTTCAATGGGTAGTACTTATGAGAGTATAGAACCAACTAACCAAACTGAT TCATCTACTAGTGAGTGTCATTTTCCTTCAAGCCAGGATTCTGTGTGTAGCATTTTGGAATCAAAGGAACTTTCCAGAGG TTCTTCTCAGGAGGCGGCTATTTCTAAATCAGGAAGTGGATATGAAAAATCAATGCCCAGGAAATGTAATGAATCCAAGA AAAAAGCAAGAAACAATCAAGGGTCCCAGCTCTCCCTTCGGTCATTTTTCCAGAAAAGTACAAATCTTGATAATGGTGTC AATAACTCTTGCACTGATCACTCAAATAATCAGGCTGAACCCTCACAACCCGATCCTCATTTACGTGAAACTTCTACAGC GATTGATCATAGTAGCAGTCCCAAGCAATGTGAGGTTAATACTGATGCATGTGACCTGGATTTAGCTGAACTAAATGATA GTTCTAGGAAGGAAGAAAAGAGTAATGTAGCTTCACTGGAGTGGCAAAGAATACAACAAATGATGCAGAATAGTATACCT CTTTGCAAGGGCCATAAGGAACGTTGCATTGCTCGGGTAGTGAAGAAACAAGGATCTAATTTTGGCCGCAGATTCTATGT TTGTGCCCGTGCTGAGGGCCCTGCATCTAATCCTGAAGCAAACTGTGGTTACTTCAAATGGGCTACTTCAAAGTCTAGGA ATAAATAA
Protein sequence (LotjaGi4g1v0128100.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MKIVTYNVNGLRQRIAQFGSLRNLLNSFDADIICFQETKLRRQDLTADLVMADGYESFFSCTRTSDKGRTGYSGVITFCR VKSAFSSNEVALPLAAEEGFTGLMGDSQTCKANLPFSMDDLEEFSKDELLSVDSEGRCIITDHSHFVLFNIYGPRAGGDD KERIQFKQNFYKILQKRWETLLHQGRRIFVVGDLNIAPFAIDRCDAGPDFENNEFRRWFKSMLIENEGRFSDVFRAKHPN KTEAYTCWAQNTGAEVFNFGSRIDHILCAGSCLHESDDLKCHSFIRCHVMDCDILTEYKRCKPESTLSAHRWKGGRSIKL EGSDHAPVYMTLLEIPEVSLHSTPFLSARYVPMVHGIQQTLVSMLVKRRVSEQTKSCEMVNEDISMGSTYESIEPTNQTD SSTSECHFPSSQDSVCSILESKELSRGSSQEAAISKSGSGYEKSMPRKCNESKKKARNNQGSQLSLRSFFQKSTNLDNGV NNSCTDHSNNQAEPSQPDPHLRETSTAIDHSSSPKQCEVNTDACDLDLAELNDSSRKEEKSNVASLEWQRIQQMMQNSIP LCKGHKERCIARVVKKQGSNFGRRFYVCARAEGPASNPEANCGYFKWATSKSRNK
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 | 1 | 333 | 333 | 4.1E-81 | ||
| SUPERFAMILY | 1 | 332 | 332 | 3.53E-50 | ||
| ProSiteProfiles | 1 | 334 | 334 | 40.019 | ||
| PANTHER | 1 | 607 | 607 | 2.6E-184 | ||
| TIGRFAM | 1 | 279 | 279 | 4.3E-39 | ||
| PANTHER | 1 | 607 | 607 | 2.6E-184 | – | |
| Pfam | 4 | 269 | 266 | 3.6E-17 | ||
| MobiDBLite | 387 | 409 | 23 | - | – | |
| MobiDBLite | 427 | 465 | 39 | - | – | |
| MobiDBLite | 477 | 518 | 42 | - | – | |
| Pfam | 560 | 609 | 50 | 4.0E-12 |
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 | Nuclease activity | Catalysis of the hydrolysis of ester linkages within nucleic acids. | ||
| Biological process | DNA repair | The process of restoring DNA after damage. Genomes are subject to damage by chemical and physical agents in the environment (e.g. UV and ionizing radiations, chemical mutagens, fungal and bacterial toxins, etc.) and by free radicals or alkylating agents endogenously generated in metabolism. DNA is also damaged because of errors during its replication. A variety of different DNA repair pathways have been reported that include direct reversal, base excision repair, nucleotide excision repair, photoreactivation, bypass, double-strand break repair pathway, and mismatch repair pathway. | ||
| Molecular function | Zinc ion binding | Interacting selectively and non-covalently with zinc (Zn) ions. |
Expression pattern of LotjaGi4g1v0128100.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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