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| Field | Value |
|---|---|
| Gene ID | LotjaGi2g1v0459700 |
| Transcript ID | LotjaGi2g1v0459700.1 |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | DNA polymerase IV; TAIR: AT1G49980.1 DNA/RNA polymerases superfamily protein; Swiss-Prot: sp|P34409|POLK_CAEEL DNA polymerase kappa; TrEMBL-Plants: tr|I1LFP9|I1LFP9_SOYBN Uncharacterized protein; Found in the gene: LotjaGi2g1v0459700 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr2:95342682..95353364) extracted from Lotus japonicus Gifu genome v1.2.
GCCGACCCAATTTGGAATGAGTTTGGAGTGAAATGGAGTTGCATTTGCAAATGAAAGAAAAGAAAGCTGAGATAGAGATG GAGGGAAGCGAAAGGGAAAGCAATGATGGCGGTGATCGTCCACATCCATGGCAGTCATATCATACTGTTTACACTATCGC CAAAGCAGGTTCTCTCTATTATCATTTCTCTCTCTGTTTTGTGTTTGTTATAAGTGGTGGAATGTGGATTTTGATTTTGA TTTTGATTTTGATTTTGATTTTGATTTTGATTTTGATTTTGATTTTGATTTTGATTTTCAAGGAATGGAAGGGGTTGACA AGGAGAAAGTGCAAAGAACAGTGTATGAAATGAGCAAAGGATCCAAATATTTTCAGAATGAGGAACGCAAGGAGGCTTTC ATCAATCACAAAATTCACAATTTTCGACTTAACTGTGCCAAGCTTACCCCTCAAGATTTATCCCATTATCGCAAGGTTGC TGATAGAAGAATTCTTGAGCTCGAAGCTTCTCGTGACCTTTCAAGGATTTGGTTACATGTAGATATGGATGCTTTTTATG CAGCAGTTGAGACTTTAAGTAACCCTACTTTGAAGGGCAAGCCAATGGCTGTTGGTACCATTTCTATGATATCCACTGCC AATTATGAGGTCTCTTATGTCAATACATTATAATGCAGTTTTCAAGTATTCATTCTAGAATCTGAATTTATCTTCTTATC CTTATCATTCATGGAAATCCTGACCCTGGTTTCATCTTTATATAGGCCCGGAAATTTGGGGTTCGTTCTGCCATGCCTGG GTTCATTGCACGTAAGCTATGTCCACAATTAATCTTTGTCCCAACAGATTTCAACAAGTATACTCACTACAGTGATTTGA CCAGAAAAGGTACACTTCTTTGTATGATTGGTTATTTGGTTTTGCATTGCAGCATTTCTTTTAATTACTGATGGTTGCTT ACCATGCATTATTATTGTTAGTTTTTCGCAGGTATGATCCCAATTTCATTGCTGGTAGCCTGGATGAAGCATACCTTGAT ATAACTCAAGTTTGCAAAGAAAGGAATGTCAAAAGTGAACAAGTAAGTTGGTGCATCAGATTAAATTTGCAGGGAGAATC TCTAAATGTATTAAACTTCTTTTTTTTCTACATTTGGAATTTGCAGATTGCTCAAGAACTCAGAGCAAGTGTTTATGAAG AAACTGGTCTCACATGTAGTGCTGGAGTGGCACCAAATCGCTTACTTGCTAAGGTTTTGCATGCTATTCGCCAAACATCT TTCCCGTAGCTATGTTAGCTGACTTAAAAACTAGCATCAATTCATCAAAGCATCTTTTCATTCTTGTTACATTTTAAGTA TACTGGCCCTTGCGCACCACTTTTGTGCGTGCCAGGGGCTGTTTTCATCTTTTAATTTTTACCTATTAGAGTATACTACT CGTGTTAAGTAAAGCTACTGATTGTAGCTGAGTTAGTGTGTTAGTTATGCTTGCTTAGCTGTCAAGCTTAGCTGGCATAA CAGAATTAAGAGTTAGTTGTTAGAGTTTGTTAGAATTGTTAGCTTGTTCATCAAGCTTTATATTCTTCTATAAGTACTGA ACTATGGTCTATTGTATCATAACCTTTGAAATGAATGAGAATTAGATTTACAGAGTTCTGAGTTTTCAACATGGTATCAA GAGCAGGTCACGATCCTTGAGATCTCTCTCGATTTTCTTTTCTTCTCCTTCTTCTTCGTCATGGCTGACGAAATTCCAGA GATTCCGATCCCGATTCCAGTTCCAGTGGCTCAACCGCAGTTGAGTTCATCCACGCTTGTTCACAAGCTTACGTTGAAGC TTGATGATACAAATTTTCTTTCATGGAAGCAGCATGTGGAAGGGATCGTTCGCACTCACAGGTTGCAGAGTTTCCTTTCT CATCCTGAGATTCCACCACGATTTCTCACTGAAGAAGATCGTGTGAATGCAGTGGAGAATCCTGCATATCAAGTCTGGGA GCAGCAAGATTCTGCTCTGTTTACGTGGTTACTTTCTTCGCTTTCACCATCAGTGCTTCCTACTGTGGTGAATTGCTCTC AGTCCTGGCAAGTCTGGGAAGCAGTGCTCGAATTCTTCCACGCACACGCTCTCGCGCAGTCCACACAACTGAGATCTGAG ATTCGATCCATCTCCAAGGGATCGAAGTCGTGTTCTGAGTATCTCAAGCGTATAAAGTCGATTGTTAATGCGCTAATCAC GATTGGAGATCCAATCTCCTATCGTGAACACTTGGAAGCAGTGTTTGATGGCTTGCCTGAGGAATACAGTCATCTTCAAA CGATTGTGTACAATCGTGAATCACCGAGTTCGATTTCGCAGGTTGAAGCGATGATTATCGCACATGAAGCGCGTCTCGAT CGCGCTCGTACTCGCCAGATCTCGACAAATCCTCCGTCGGCGCTCCTTACTCAGGCTCCACCGCCACCAGCGACTCAACC TCCGCTGTCGACACCGTCGCCGGTGGCCTCTGAAGCAAATTATGCTTCTGGATCTGTCGATTCTTCCTATAAGGATCGTT CTTATGATGATCGCAGTGATGATCGCACTGGATCCTATGAATCGCGTGGACGTGGTGGCTACACTAGCAACAATGGTGGA AACAACTCTCGTGGTGGCTACAATGGCCGTGGAGGAGGTAGAGGTAATAATCGCAGCGTTCAGTGTCAGATTTGTAAGAA GTATGGACATGATGCTACTGTTTGTTACTATCGTGGTTCTTCATCTTCATCCACTCCTTCTTCTGGCATTTCTGGAATGA ACTCAGGCTATGGAATGCAATTTCCTAATTTTCCTATGATGCCTATGCCTCAGTTTGGCTTCTCACCTTAATGTGGATCT CCTCAGTTTGGTTTTCCCACTCAATTTGGTCAGCAACAACAGTTTGGTCATGGACATTCATTCTCTGGTTTTCCTTTTGG TCCTCAACAGTTTGGATTTAGTTCCTTTGCTGGTACTCCATGGAGTAATTTTCCTTCTCAGTTCAACAATGGAGGACAGA GGCCTGGAAATTCCATTGCAAGGCCTCCACAAGCTATGCTTACTGGCACATCACAGGCTGGAGGATCTGCTTCAGCAAAC CTGAGCACTTGGTTCCCTGATTCTGGTGCTACTCACCATGTGACAAATGACTCCTCAGTCATCTCAGATAGTGTCTCCCT CACTGGTAATGACCACATCTTCATGGGGAATGGACAAGGTTTGCCAATCCTCTCTATAGGATCTGCTTCTTTTCCTTCTC CTTATCATAATACAACCACACTCACTCTTAAAAATCTGCTTCTAGTTCCCAATATCACCAAGAATTTGGTTAGTGTAAGT AAGTTTGCAAGGGACAATCATGTTTATTTTGAATTTCACCCTTCTTTCTGTGTTGTTAAATGTCAGGTCACATCTAGAGT TCTTCTTCAAGGTCATGTTGGACCAGATGGCTTGTATGTCTTTGAAGGCATGCATACTCCTTCCCTTTCCAAGACATCTC CTATTCCAGCTTCTGCTTCTTTGTCTCCAGTGGCTGTTTCAGACTCAGTTTCTGCTTTGTCAGCTGCATTATCTAGCTCT ACTACACCTAGTCTTAGTCCTAAGTCTATAGTTTCATCTTCTGCTATTGTAAGCCCAACCTCTTATGGTTTGTGGCATTC TAGATTAGGTCATCCTCATCATGAGGCTTTGCATTTAGCTTTAACCTCTTGTAATATTCAAGTTCCTAATAAAACAAAGT TCAATGTTTGTTCAGCTTGTTGTCTTTCTAAGTCTCATCGCTTGCCATCTCATTCTTCTACTACTGTTTACTCCTCTCCT CTAGAGCTAATTTTTGCTGATTTATGGGGGCCCTCCTCTATTGAGTCTTCTTGTGGTTTTTCTTATTTTCTTACTTGTGT GGATGCCTTTTCTCGTTTCACATGGATCTTTCCTATGAGAAAGAAATCTGATACTTGTTCCACATTTCTACAGTTTCAAG CTATGGTAGAATTGAAATTTAGCAAGAAACTTAAGTCTATTCAAACTGACAATGGCACAGAGTTTAAACCCCTTACTTCC TATTTTACAAAGTCAGGGATTGTTCATAGGTTGACATGTCCCTATACACATCACCAAAATGGTAGTGTGGAGAGGAAACA TCGCCATATTGTTGAAACTGGCCTTTCCTTGCTAGCACATGCTCATTTGCCATATCAATTTTGGGATCAAGCTTTTCTTG CAGCTGTGTTTCTCATTAACAGATTGCCTACCTCTGTTTTAGGCAATGCAAGTCCTTACCTTAAGCTTTTTAATACACAA CCTGATTACAAGCTACTTAGAGTTTTTGGCTGTGCTTGTTACCCACATTTGAGGCCTTACACACAATCCAAGTTGTCTCT GAGGTCTAAGCTTTGTGTGTTCATGGGCTATTCATCACAACATCAAGGTTATAAGTGTATGGACAATGAAGGCAAAATTT ATATCTCAAGGGATGTGGTTTTTGATGAATTCAACTTTCCCTATCCACACATGTTCACTTCCTCAGAGGTTCCTCACCCA GATCAAGGGCTTTCTTCTATTATTTCTCTGGTACCAGCTGCTGTTCATGGTCCACCTCAAGCTGTTAATGCTCCTCCACT TTCACCTCCCTCTTCAGGGGACACTCATCCCAGTGGTTTTTCAGTTCAGCAGCAGCCTAGTCACTCACCTAGTCATGGAT CATCTTCTGGATCAGCACAGCCAGGTCATAATAATTCTGCAACTTCTTCTTCTACTGGTGCAATTGCTCAGCCCATTGGG AATGTTCATCCCATGCAAACAAGGGCAAAATCTGGTATTGTCATGCCCAGATTATTTCCCACACTTCTCCTAACCCAAGC AGAACCTACAAACTCTACTCAAGCATTAAAGGATCCTAAGTGGAAGGCTGCTATGCAAGCTGAATATGATGCCTTGATGG CCAATGGAACCTGGACTTTGGTTCCACTCCCTAAGGATCGAAAGCCTATTGGCTGCAAATGGGTATTTAGGGTTAAAGAG AATGCTGATGGGACAATTAATAGATACAAAGCAAGGTTGGTGGCCAAAGGATATCACCAAGTGAAAGGGTTTGACTACTC AGAAACTTTTTCTCCAGTGGTAAAGCCAATTACTATTCGCATAATCCTCAGCTTGGCTATCACTAAGAAGTGGCACATTC ATCAACTTGATGTGAATAATGCTTTTCTTAATGGGGCACTTCAAGAGGAGGTCTACATGACACAACCCTCTGGTTTTCTT TGTAAAGACAAGTCTTTTGTGTGCAGACTGCACAAGGCTCTCTATGGCCTCAAACAAGCCCCAAGAGCTTGGTTTGAAAG GTTAAGGGCAGCTCTAGTTAAGTATGGTTTCACTCCTAGCAAATGTGATCCTTCCTTGTTCACTTTCTACACCAAAGGTT GTGTTATCTACATTCTTGTTTATGTAGATGACATTATTATTACTGGGAATTCACTGCCATTAGTTCAACAAGTGGTGAAG AATCTTGATTCAGAATTTTCTTTGAAGCAGTTGGGGCAGCTAGACTATTTCCTAGGTGTTCAAGTTCATCATTTGAAGGA CAGATCCTTACTTCTTACACAAACAAAATACATCAATGATTTGCTTGAGAGAGCAGAAATGGGGGAGGCCAAAGGCATAT CTACTCCCATGATTGGAGGTGCTAAGTTGAGCAAATATGGCTCAGATTATTTTGCAGATCCAACATTGTACAGGTCTATT GTTGGTGCTCTGCAGTATGCTACTTTGACAAGACCAGAGATTAGCTTTGCAGTGAATAAGGTTTGCCAATTCCTCAGCCA GCCCTTGGAGGATCATTGGAAGGCTGTCAAAAGAATACTTAGGTATCTTAAAGGCACCATACATCATGGTCTTCACCTTA GGCCTTGTTCCTTACACACTTCTGTCCCTCTTGTGGCCTTTTGTGATGCTGACTGGGGATCTGACCCTGATGACAGACGA TCAACCTCGGGCACTTGTGTCTTTTTTGGTCCAAATTTGGTCTCTTGGAGCTCCAAGAAACAGACCTTGGTTGCTAGATC TAGCACAGAGGCAGAATATCGCAGCCTGGCCAATACATCAGCAGAATTACTTTGGGTTCAGTCATTATTGCAAGAGCTTC AGGTTCCCTTTTCTCCACCTCGAGTATTTTGTGATAATATGGGTGCAGTTGCTCTCACTCATAATCCTGTTCTTCATACT CGCACCAAACATATGGAGCTTGATATCTTCTTTGTGAGGGAAAAGGTTCTTGACAAGACTCTTTTTGTTCATCACATTCC TTCTGAAGACCAGATTGCTGACATATTCACCAAAGCTCTTTCCCCTACTAGGTTTGAGTATCTTCGTTCCAAACTCAAGG TGCTTGAGCGGGTTCCTTCTCCCCCACCTTGAGTTTGCAGGGGTGTATTAGAGTATACTACTCGTGTTAAGTAAAGCTAC TGATTGTAGCTGAGTTAGTGTGTTAGTTATGCTTGCTTAGCTGTCAAGCTTAGCTGGCATAACAGAATTAAGAGTTAGTT GTTAGAGTTTGTTAGAATTGTTAGCTTGTTCATCAAGCTTTATATTCTTCTATAAGTACTGAACTATGGTCTATTGTATC ATAACCTTTGAAATGAATGAGAATTAGATTTACAGAGTTCTGAGTTTTCAACATTACCTGATAGGTATTGAGGTGCGCTT GCACATTAATCAGGAAGAAACAAATTTCATGTTTTTCCATTTTCCACTTTTTTATTCTTTCATGAAGTTGTGATAATTGT GTATCTCTCAATTCTCTTATAACATCTCCCGACAATGGCAATTATCTTTAATTAGTTTCTTTTTTCTTTTTTGAAGTTTT GCTCTGAAGTTTGGCCTATATAGTCCTTCTCTTAAAAATAGCACAGAACCTCAAGTTAAGGAACTGGTACTATTAGCTTA TCCAATTTCGGTGAACGATAGGTTTGTATGATAATTTTGAGGTGGCTGTAAGATAAACTTTTATTACATCTCCATAAAAA GTAACTGGCTTTTTAACACTCCCTTTTGTCAACTTTTTTCCATACTGCGAACCTTGTAATCATGCCAAGTTGTCTTTTAA ATTCTGTAATTTTGAACCGCTGAGCCCTTTTGTAAATGTATTTGTAACATGGCTTCAGTCACATAATTAAAATATCATTC ACATTGCCCTATCCTGGCCCCCACTTTCCATAAAACGCAGATTCACATGACAGAAACATTTCCTCCCTGCGTAGACCTCA TTCTGGAATATACCTTCCATACGGATGGCTTACTAGGCCTGGGCCTAATAGTTGATCCCCATCTAACCCTCGACACAGGG TTTCCATCAGTTTCCCTTAGTTTCTACTTTTGATATCGTGAAATAGAGGCCTAGGCATAAAGAATACTTCTTTCTAGCTC TAGTTGTTTTCTAAAAGAATGAGTAGTAGTGATGATATGATTGTTTGATCTTCAGGTGAAGTTTATTATTGGTGTTTTAC TCTCATATAGGTTTGCTCAGACATAAACAAGCCAAATGGACAGTATATTTTGCCAAATGACCGTGTGGCTGTAATGACCT TCATATCATCCCTTCCCATCAGAAAGGTCTGTTAGAGTTTATCATATACTGATTTTATCAATTATTGTGGTTTTCTCATT CCAAATTGTTGGTTTTGTGCCTGGTTGTGGGGATGATTGTTTTATATGCATGTCTTTGAAAGAGGTGCCTCTCTGATTAA TTATAATGAATAGTGTTGACAGATTGGGGGCATCGGTAAGGTCACTGAAAGTATTTTGAAGGAAGTTTTTGGAATTAACA CGTGTGAACAGATGCTGGAGAAGGGTAGCTACCTGTGTGCTCTTTTTCCTCAGTCAACAACAGGTTAGCTATATCTGTTC AGTTGCTGCCATTTTATTTATTTACATCCAAAACTAGTGAGCAAGTTATATTTACTGCATGGAAATTTCCTACATTTAGA TGGCAGTTCGACTGAAGTTCATCCAAGTTTTTTGCTTCTTTTTTTAATAACTCCAGTGTCCTTTTTGAAAATTCTATCTC CTGCTTTTGACAACGATTATTTGGCAACTTGTAAAGTTTGCTTCTATCCTAAGCTTTATGAATTCTAATTATATGTTTCA TCCCAAAATAATTATGTAAACCCTTTATTAATATGTGGCTTTCTGTCAATTTGCTGCAGATTTCTTTTACTCTGTGGGTT TAGGTCTTGGGAAGACAGATTCTCCGCAAGAAAGATTTCGGAAAAGTATTAGTACTGAAAGGACATTTTCTGCCACTGAG GATGAAGCACTGTTATATAAAAGATTGGGTATCTGTCTTGTCCATCATTGTTTATTTTTCACAGAATTTTCTTGAATTTC GAATTTTTTGATGTGTCATCATAAATTGTAGTTAATAAGTTGGAATTTTGAGAAACTTAGGTTGAAACTCAGATATCTAT TCTGGGATGCCATTGGTTTAGTTGGGTCGCAGCCTTAAATTCATTACAGATGCATGGCTTTTCAAAATGTTTAGTTAATT ATCATGATATGCTGACTTTCTGAATTAGATAAGTATTTAATTACGTTGACTCCTCAACATATGAGCCATGCAAAGCTTAT GTTTGCAGCGGAGGTTGCTCAAATGCTGTCCACGGACATGCAGAAAGAGGGTCTGTGTGGGCGAACACTGACTCTTAAAC TGAAAACTGCATCTTTTGAGGTACTACGGAGGTCTATTCTCTTTTTTTTCTTAATATTTTCTTGATCATGAGTCAAGAAC AGTTCTCTACCTTGTTTTGTCACATCTGTGGATATAGCTTGATTGAAAAAGTATGTTATATGTCGACGGGCAAAGTCCTT AATCTCAGGGACATTATGATTTATTGATGTCAATGACATCCTGCATTTTACTGTCATACTATATATCTCTTGCAAGCTCT AATAAATGCACAATTTATAGGTTCGGACTAGAGCTGTGACTTTACAGAAGTACATCAACTCGAGTGAGGATATTTTAAAG CATGCATCAAAGTTGCTAAAAGCTGAATTTCCTATTTCAGTGAGATTGATAGGTATGTGTTTCTTTAGGTTTATTTATTG TTGACAAATGGCAATTATTAAGTTGTTGCTCAAGGGCAAGATAAGGAGGCAATCATTGCTTACAGATATATACAATGAGA AGGTTCAAATTAGTCATTGTTTGTGTCAGAGAATAACAAACACTTTCCCACCTCTTAGGCCTTAGAGTATCACAGTTTAA TGAAGACAAGTATGGTGCTACGTCTGATCCCAAACAGAAGACTATTACCCACTTCATTACTTCGGGAGAAGACAATAGGA ACTCAAGTTCTTTTCCAGATGTTACCGATCATGACTTTGTCGCTGGCATGGAAACTGATCTTTCCATTGTTAGTCGGCAG ACATGTCAGCATGAGTGCAGAGATCCTTTTGATGGTAATCATTCATTAGATGCAGATTACCAAAGCTACGCTGCCTGGGA AAATGGTGGTGCTGAGGAGGTATCTGTCTCTCTCTCGCTCTGTCACGCACACACACACAGACACACTTTAGTGGCTGACA TATACATCAATTTCAGAATTTGATTGATCTGTCTGATAGCCCATGTTTTTTCATTACTACTATTTATGTTTGTTGCTGTA TTTACCAGGTGCCAACGTCTGAGAATGATGCTACAAGTTCTAACTACAGTGGATGTACAGATGTGCCAGGATCAACATCT TTCCAGGGGCAGTTTGCGGACACAAATGTGAATAATGGGTGTAATCTCCTGAAGGATCAAGAGAGACTTGAATCTTCTTG TCAGGAATCTACAATGTTGTGGTTGAATGACTACAAATGTTCACTTTGTGGAACAGAGCTTCCTCCAAGTTTTGTTGAGG AAAGATTAGAGCACTCTGATTTTCATCTTGCTGAAAAGCTTCAAAAGGAAGAATCTAAGATTCACCAAACATCTCTTCCG AGTCAAAGGTAAAATATTTAATTTGTACAATTTGATATACTTTTTACAATTGCAACATAGTATTTACGAATTAGGCAAAG TCCATCTTCACATTTTTGCTTTAGCCATTATTTTTTAATGTGATGAATCTATGTTCTTCCAGTCGGTATCAGAAAGATCG AATCGCCAGACAAAGCAAATCCAAGAAGCAAAGGTTGTCACAGAAAGAAGGCAGCTATACACCAATTGATTATTTTTTTG TCAGAGAGTAATCAAAGCTTCAAGTTATTGTATTGTTGTGTTTGCAATTCTGTACAGCATCTGACAATTATTGTATTGTA GAAGTTACATTTCATATTTCCTAGTACATGTGTAAATTCTATTGTAATTTATGTTGTAATATGAACCTTGATGATGAATA ATATACTCTCATTCACGTACATTGCCTTAAGATGAAGGGGTGTGTATTAGAGATGTACTGATACTATACTTGATAGTATG AAACTTTCTAAATCTAGAGCCATCATTTCTCCTCTTTCATTTCGTAGCATCCTAAGATATTATATGAAAGAAATGGGATA ATGTAAACATGAATTAGCGAACGTGAAAAACCACCCTTTCAAAATATTTGTGGTGGTTTTTCACCCTCCTTCGATAGAGG TGTTTTATATCCATTGGAATATATGTGGCAGTTTTACAACCGT
CDS sequence (LotjaGi2g1v0459700.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGAGTTGCATTTGCAAATGAAAGAAAAGAAAGCTGAGATAGAGATGGAGGGAAGCGAAAGGGAAAGCAATGATGGCGG TGATCGTCCACATCCATGGCAGTCATATCATACTGTTTACACTATCGCCAAAGCAGGAATGGAAGGGGTTGACAAGGAGA AAGTGCAAAGAACAGTGTATGAAATGAGCAAAGGATCCAAATATTTTCAGAATGAGGAACGCAAGGAGGCTTTCATCAAT CACAAAATTCACAATTTTCGACTTAACTGTGCCAAGCTTACCCCTCAAGATTTATCCCATTATCGCAAGGTTGCTGATAG AAGAATTCTTGAGCTCGAAGCTTCTCGTGACCTTTCAAGGATTTGGTTACATGTAGATATGGATGCTTTTTATGCAGCAG TTGAGACTTTAAGTAACCCTACTTTGAAGGGCAAGCCAATGGCTGTTGGTACCATTTCTATGATATCCACTGCCAATTAT GAGGCCCGGAAATTTGGGGTTCGTTCTGCCATGCCTGGGTTCATTGCACGTAAGCTATGTCCACAATTAATCTTTGTCCC AACAGATTTCAACAAGTATACTCACTACAGTGATTTGACCAGAAAAGTTTTTCGCAGGTATGATCCCAATTTCATTGCTG GTAGCCTGGATGAAGCATACCTTGATATAACTCAAGTTTGCAAAGAAAGGAATGTCAAAAGTGAACAAATTGCTCAAGAA CTCAGAGCAAGTGTTTATGAAGAAACTGGTCTCACATGTAGTGCTGGAGTGGCACCAAATCGCTTACTTGCTAAGGTTTG CTCAGACATAAACAAGCCAAATGGACAGTATATTTTGCCAAATGACCGTGTGGCTGTAATGACCTTCATATCATCCCTTC CCATCAGAAAGATTGGGGGCATCGGTAAGGTCACTGAAAGTATTTTGAAGGAAGTTTTTGGAATTAACACGTGTGAACAG ATGCTGGAGAAGGGTAGCTACCTGTGTGCTCTTTTTCCTCAGTCAACAACAGATTTCTTTTACTCTGTGGGTTTAGGTCT TGGGAAGACAGATTCTCCGCAAGAAAGATTTCGGAAAAGTATTAGTACTGAAAGGACATTTTCTGCCACTGAGGATGAAG CACTGTTATATAAAAGATTGGCGGAGGTTGCTCAAATGCTGTCCACGGACATGCAGAAAGAGGGTCTGTGTGGGCGAACA CTGACTCTTAAACTGAAAACTGCATCTTTTGAGGTTCGGACTAGAGCTGTGACTTTACAGAAGTACATCAACTCGAGTGA GGATATTTTAAAGCATGCATCAAAGTTGCTAAAAGCTGAATTTCCTATTTCAGTGAGATTGATAGGCCTTAGAGTATCAC AGTTTAATGAAGACAAGTATGGTGCTACGTCTGATCCCAAACAGAAGACTATTACCCACTTCATTACTTCGGGAGAAGAC AATAGGAACTCAAGTTCTTTTCCAGATGTTACCGATCATGACTTTGTCGCTGGCATGGAAACTGATCTTTCCATTGTTAG TCGGCAGACATGTCAGCATGAGTGCAGAGATCCTTTTGATGGTAATCATTCATTAGATGCAGATTACCAAAGCTACGCTG CCTGGGAAAATGGTGGTGCTGAGGAGGTGCCAACGTCTGAGAATGATGCTACAAGTTCTAACTACAGTGGATGTACAGAT GTGCCAGGATCAACATCTTTCCAGGGGCAGTTTGCGGACACAAATGTGAATAATGGGTGTAATCTCCTGAAGGATCAAGA GAGACTTGAATCTTCTTGTCAGGAATCTACAATGTTGTGGTTGAATGACTACAAATGTTCACTTTGTGGAACAGAGCTTC CTCCAAGTTTTGTTGAGGAAAGATTAGAGCACTCTGATTTTCATCTTGCTGAAAAGCTTCAAAAGGAAGAATCTAAGATT CACCAAACATCTCTTCCGAGTCAAAGTCGGTATCAGAAAGATCGAATCGCCAGACAAAGCAAATCCAAGAAGCAAAGGTT GTCACAGAAAGAAGGCAGCTATACACCAATTGATTATTTTTTTGTCAGAGAGTAA
Protein sequence (LotjaGi2g1v0459700.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MELHLQMKEKKAEIEMEGSERESNDGGDRPHPWQSYHTVYTIAKAGMEGVDKEKVQRTVYEMSKGSKYFQNEERKEAFIN HKIHNFRLNCAKLTPQDLSHYRKVADRRILELEASRDLSRIWLHVDMDAFYAAVETLSNPTLKGKPMAVGTISMISTANY EARKFGVRSAMPGFIARKLCPQLIFVPTDFNKYTHYSDLTRKVFRRYDPNFIAGSLDEAYLDITQVCKERNVKSEQIAQE LRASVYEETGLTCSAGVAPNRLLAKVCSDINKPNGQYILPNDRVAVMTFISSLPIRKIGGIGKVTESILKEVFGINTCEQ MLEKGSYLCALFPQSTTDFFYSVGLGLGKTDSPQERFRKSISTERTFSATEDEALLYKRLAEVAQMLSTDMQKEGLCGRT LTLKLKTASFEVRTRAVTLQKYINSSEDILKHASKLLKAEFPISVRLIGLRVSQFNEDKYGATSDPKQKTITHFITSGED NRNSSSFPDVTDHDFVAGMETDLSIVSRQTCQHECRDPFDGNHSLDADYQSYAAWENGGAEEVPTSENDATSSNYSGCTD VPGSTSFQGQFADTNVNNGCNLLKDQERLESSCQESTMLWLNDYKCSLCGTELPPSFVEERLEHSDFHLAEKLQKEESKI HQTSLPSQSRYQKDRIARQSKSKKQRLSQKEGSYTPIDYFFVRE
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 |
|---|---|---|---|---|---|---|
| MobiDBLite | 1 | 28 | 28 | - | – | |
| MobiDBLite | 1 | 32 | 32 | - | – | |
| PANTHER | 32 | 664 | 633 | 2.7E-231 | – | |
| PANTHER | 32 | 664 | 633 | 2.7E-231 | – | |
| Gene3D | 51 | 348 | 298 | 2.9E-128 | – | |
| SUPERFAMILY | 96 | 350 | 255 | 1.96E-91 | ||
| PIRSF | 114 | 236 | 123 | 2.2E-18 | – | |
| Gene3D | 117 | 295 | 179 | 2.9E-128 | ||
| Hamap | 119 | 471 | 353 | 28.943 | ||
| ProSiteProfiles | 122 | 302 | 181 | 56.803 | ||
| CDD | 123 | 455 | 333 | 1.93503E-143 | ||
| Pfam | 125 | 268 | 144 | 2.8E-47 | ||
| Gene3D | 129 | 187 | 59 | 2.9E-128 | – | |
| PIRSF | 233 | 441 | 209 | 6.3E-21 | – | |
| Pfam | 354 | 458 | 105 | 4.3E-18 | ||
| SUPERFAMILY | 356 | 453 | 98 | 9.61E-24 | ||
| Gene3D | 358 | 461 | 104 | 2.7E-31 | ||
| PIRSF | 382 | 684 | 303 | 0.0083 | – | |
| ProSiteProfiles | 599 | 636 | 38 | 20.128 | – | |
| Pfam | 603 | 636 | 34 | 1.9E-7 | ||
| MobiDBLite | 635 | 670 | 36 | - | – |
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 | Damaged DNA binding | Interacting selectively and non-covalently with damaged DNA. | ||
| Molecular function | DNA-directed DNA polymerase activity | Catalysis of the reaction: deoxynucleoside triphosphate + DNA(n) = diphosphate + DNA(n+1); the synthesis of DNA from deoxyribonucleotide triphosphates in the presence of a DNA template and a 3'hydroxyl group. | ||
| 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. |
Expression pattern of LotjaGi2g1v0459700.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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