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| Field | Value |
|---|---|
| Gene ID | LotjaGi1g1v0778800 |
| Transcript ID | LotjaGi1g1v0778800.1 |
| Related isoforms 2 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | 5'-3' exoribonuclease; TAIR: AT1G54490.1 exoribonuclease 4; Swiss-Prot: sp|Q9FQ04|XRN4_ARATH 5'-3' exoribonuclease 4; TrEMBL-Plants: tr|I1JRL0|I1JRL0_SOYBN Uncharacterized protein; Found in the gene: LotjaGi1g1v0778800 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:135073176..135082756) extracted from Lotus japonicus Gifu genome v1.2.
GTTAGACAGTAGGGGTGTTTCTTTGTTTTGTTTTGTTCTTGTTTTTTCTTTTGGTTCTCTTTGTTGTGTTGCATAAAAAA AAAAAAAGAGTGCACTGCATAGTAATTAAATTCTGTTTGAAATAGATATTTGATGTTAAAATTTGGTTTACTTTATATCT TGGATAACAAAGGATATTATCATTCTTGTTATCGTTTATTAGCATTCCATTAATTACGTGAAAGAGACGAAGTTTGGTAA GGGCGCTTAAAAAAAGGGCAATTTCGTCTCATCAAATAACTAGTCGGCCACCGCAGCTACCCACCCTGTACTTTCTGAAC GGCAACGCAAGCAGATCTTCCTTCATCTCTTTCCTCTCTCTCTCTCTCTCTCTCTGAACCGGGTCCAACCGAACCGGAAC CATGGGAGTGCCAGCGTTTTACCGGTGGCTCGCGGACCGGTACCCTCTCTCGATCGCCGACGTCGTGGAGGAAGAACCCT CCGCCGCCGGTGTTCCGTTCCCCGTTGACGTGTCGAAACCTAATCCCAACGGCATGGAGTTCGACAACTTGTACTTGGAC ATGAACGGCATCATCCACCCTTGTTTTCACCCTGATGGCAAGGTACCTTCATCTTCATCTTCACCTCACTCACTCTCATT CAATCCAATTCCATCTTCATTGTGCTCTGAATCAATCGTGTATGCAATTCATAGGAAGGGACTTCGAATACTGTGTAAAC TGTAAAGTAGACTACACTGTGGGAATTGCGATATGAGATTACTTGATTTTGTGTCTGAACTCTGAATCGTTGTGAACTTA CATTTTGATTAATCATGTGAATGCAGCAAGCACCTGCTACCTATGATGATGTTTTCAGATCAATGTTTGACTACATTGAC CATCTCTTCGCATTGGTTCGCCCTAGGAAGCTTCTTTATCTTGCAATTGGTATGTTTCATTTTCTTATGATTTTGTATTT CTGTAATGAACTAGCATTGCTTGCTCATTATGAACTATCAAGGTGTCAGATTTTTGCTACCAGATCTGCTAGGTCAGCTT CTTTAAGTTTTAAGTTCAAGAAATTTGATGGCTTTATGTCGAAACCCTAGAAATCACACTCGAAAGTTCAATGAAGCAGT TTATAAACTTCAAACAACTTCATTTCAGTTAAGCCTGCTATTTCCTTTTCGTTGATTAGTAACCGGGCACATTACTGAGT GCAAATCTTTTCGAGTAAAAAACGCAGTTAAAGTGTTTGTAAAACAGATAAGCCTAGATGGAAAGTAGAACTTGTATCTG TATGAATCCAATTTTTGGAAGGCTGCAATATTTCTGTCTGTAATGTTAAGGATCGTATGTTTGGTTCAACTCTAAACTGC ATTCTCATTCCAACCTTTTTTTTTTCATTTTTCTTACCCTCTCAGATGGTGTTGCACCACGAGCTAAAATGAATCAGCAA CGTTCTAGGCGTTTTCGAGCTGCAAAAGATGCTGCTGAGGCTGTAAGAATGTGAATATGCTCCTGTTTACAATTTTCTCC TACTATTTCTGTGATGTAGTTTTTGAGTTATGATGTGGTGTTGTAGGAAGCTGAAAAGGAAAGGCTTAGGCAAGAATTTG AGGGTGAGATGGAACTTTTGCCTTCCCTAGACAAGCCTGAGACTTATGACTCAAATGTCATTACCCCTGGCACTCCATTT ATGGCAGTGCTGTCAGTGGCTCTTCAGTATTACATACAAACTAGATTGAACAACAACCCTGGCTGGCGGCATACAAAGGT ATTCTTGGCCTTATCCTATTTATTCTGACCCCTTTGATCACTTAAAAGACTGGATATTCCTTCCTTTGTGGAGTCATCCT GCTTTTATTTTTTTCCAATGGCAATATTGCATATGCATCTGGTTTTCGTGATAGTTTGTCTTGTATTTATTTATGGGGCT CATTGGGTGATTATTTGAAGGTTATACTTTCTGATTCAAATGTTCCTGGTGAGGGAGAACATAAAATAATGGAATATATT CGATTACAACGTAACCTTCCGGGTTTCAATCCAAATACTCGACACTGTTTGTATGGATTGGTGAGTTTTTGTCCAATTTT TGAAATATCACCTTATATGGTGTTGGTTTATTTATCCTTTTGTTGATTTGTAAATTGTATGATGTGATTTGTAAAACAGG ATGCTGATTTGATTATGTTATCCTTAGCTACACACGAGGTTCATTTCTCAATATTGAGGGAGGTTAGTTTCCAATATATG AATTGTCATTGCTGATTTTTAGCTCATTGATCCCAATAGATTGCCTTGGTCATTAATTACCTGAATGAACAGGTAATTAC TTTACCTGGACAACAAGAGAAGTGTTTTCAATGTGGCCAAGCTGGCCATCTTGCAGCTGAGTGTCGTGGTAAACCAGGTG AAAAAGCTGAGGACTGGAATCCCGTTGATGATACCCCAATTCACAAGAAGAAATACCAGGTTCGGGATTGGAATCTGGCA TGTCGAGCTGAATCTTTAATTTTCTTTTCTGTTAAATTTTCATTTCAATCTAATTCTTTTCATTCACAGTTTCTCAACAT CTGGGTGCTGCGTGAATATCTGCAATATGAATTGGAAATTCCCAATCCTCCTTTTGAGATTGACTTTGAGCGCATAATAG ATGATTTTGTATTTATGTGCTTCTTTGTTGGCAATGACTTTCTTCCACATATGCCAACATTAGAGATAAGAGAGGTAAGC ATAATGGGAGGCACCATGTTATATTGAGCTGTAGCTTGAAACAGAAAGTATGCAACTGCCATCTTGTTACTCAGTTTTTA AATTTTTTATGTAGGGTCTTAACATGTCTAAGTTACGCCCTTTTACCCGCATATCCTTTCTACCTAGTTGTTGATGTTGT TCTCTTTGATAAACTTTTTACTGTTTCAGGGGGCTGTTAATCTATTGATGCATATTTATAGAAAAGAATTCACTTCCATG GGTGGTTACCTCACTGATGCGGGTGAGGTAAATTTCTCTTCTTTGAAATTGTGTTATTCCTTTTGCTTGTGTTTGTCATC CATCTAGAGCGTCTTCTTCTTCTTCCTTTTTTTAATGAGCATTGCAATGTAAATATAACCAAACCTCACAGGTTTCCCTA GAGAGAGTGGAACATTTCATTCAAGCCGTTGCTATTCATGAAGATCAAATATTTCAGAAACGAGTTCGGATTCAGCAGGT TTGTGATTTCTAGGTTTTAACTATCCCTCTTTGGAAGGGTTGATTATTATGAACTCTTCAACTTCTGAACTCTATGAAGT TTTGCGCTGATCATATATAGCTTTCAGAGTTCTGCTTATTATCACGGCTCTGTATGTAGAGATGAAATAGCATGTTTGAT GCTTCTTCCATCAATATTGATATGGAAAAATCTTCAATTCATTCCTTTCCATTTTGCATTCTGTGAATGTTGGGTATCAG AAAAATAGCAAGAAAATAAGAATGAAATCTACTGTATTAATACAAATTCGTGTGGATTTGGAAAATGAAGTGCAGCAAGA AGGAAAGACAACCCAGGCAGTTAGAGAGTGCCCTGTCTCTCCCTAAAGTCCTAGACAAGCCTAGCCCTACCTCCTACACA TCTCACACCTTAAGTCTTATGTCCCTTACAACAGAATAACTCCTTCACTACCCTCTCCATGGCCATATCAGAAGTTGGTT ATATAGGGCTAGCTTGACATTCTCTATTTTGCTCACAATCCCTTACATTGCAAATTTCAACCCCTCTTCCTCCTTACATG TACTCTAGTCATCTTAGGGTCCTATCAGTGTATTTTTGCCCATCTTATTTGTTGAAAATTTCGCCTTTTATCTATATGTA TTGTTCCAACAGGAATTCTGGAGGGGGGATAGGAAATACCATAATGTTAGGCTTTATGTTTGACGGATGTCATTCAAAGG TTACACTTTGCCTTCCCGAGGCAATCTAATTAATTTCACGAACTAATATGCATGAGCTATTCATTTCTTTAATAGGGTTC TAAGCTTACTGCATAAAGTGTAATACTTATGATTTGTTTGTACTTCAGGCTACAGAAAATAATGAAGAGAGGAGAGCCAG GGAAAGAGGAGAAATGCCTGAAGGACCACGAGCCTCAGTTTTGGATAAGGTTCAGTAATAATAAAATGGTTAAGCAATCT AGAAATTTTGAGAATTTTTTATATCTACTGAGTTGTTATTTTCTCAGGTTAAGTTAGACCAGCCTGGATACAAGGAAAGG TATTACGTTGAAAAATTTGGTGCATTGGAACTGGGAGAGATTGACAAAATTAAGAAAGATACAGTAAGTTCTGTCAGTAT TTTGGGCTTGTGTGTGTGTGCAAGTGCTGTCCCTTTTCATCTGAAACACATTCATGGCTTAAAATGGAAATAATTTCAAA AAGTACAAATTCATTGCTTATGTTTGTCAACACTGCTATCTGAAATTCTCCGTTTTCTTTTTAACCGATATTTTAGACAC ATGCTGTCAGTGTGTCTTAAATTCTTAATCTTGCTATCTGCCCGTGTTTCACAGTGCCTTGTATGTTATGCTCATGAGAA ATAAGGGCTGAGCACTGGTTGAAAATTTATTTTATGCTTTCCTGATGCATAGATAGTTTGTTGGATTCTACATTTTTACT TTCTTGCTGATGACTATTTTACTCAACTCCATTAATTTATGGTTTTAATATATTTAGAAGATAGCTTATTGTCTTAGTTT TCCTTGTAGGTCTTGAATTATGTGGAAGGCCTTTGTTGGGTTTGCCGGTATTACTACCAGGGTGTATGTTCATGGCAATG GTTAGTCTCACTTTTATTAGTTAATACTCTCTCCATTCCTATTTATAAGACCCCTTAGAGACATTTTATTCAATTATTTC ACTTTATTGTTTCTTTAGGTACTACCCATATCATTATGCCCCTTTTGCTTCTGATCTTAAAGATCTAGCAGATCTAGAAA TAACGTTTTTCTTGGGAGAACCATTTAAACCATTTGATCAGCTCATGGGGACCCTACCGGCTTCAAGGTTTCTTCACCCC TCCTGTCTTCAGATCTATTGTATCATGCTTCCTGTGCTGATGCTTGCTATAATTTATTGTTGCAGTTCAAGTGCACTGCC TGAAAAGTATAGGGATTTGATGATTGATCCTTCATCGCCTATTTTACAATTCTATCCTTCTGGTGAGATAATTTACCTGT TATTGATGTGTTCTGCTATATCTGATAAAGTTACTAATATTACTTGGATTGATTTTTTACAGATTTTGAGATTGATATGA ATGGCAAACGATTTGCATGGCAGGTAATATTGTTTTGTTCTGTTAAGTGTAGGCTTGCTTGGTTTTTCTTTTATAAATAA CGTTTTATGAATGCTTTAGAATAAAGTGGGAGTTAAGGCCATTGTTGGAGTATTTTTCAGGGTGTTGCCAAGCTGCCGTT CATTAATGAGAAGAAATTGCTTGCTGCCACAAGGAAGCTCGAAGGCACATTAACGGTCTGGAAAAGTCTCTTACTTTTAC CTTTTCTGGGAGGGGGTTGGTTGTTGATACTTAGTTCACTACATTTATGACTAACTAAATAAAATTGTTGGCCTTTGAAT TACATCGAAGAAACGGTTATGGTTTATCATAATAAGAATTACGAATTGTTGATTGGCTATGACACCATTTAAATAGATCT GTGTTATTGTTGTTTTTTTTTTTTTTACAAAATCATCTCCACTTGGTACTTATTTGCTGGAACTTTTTCATCTCATTTCT TATCTATTCTGTTTTTTCTGTTCGAGCTGGAATACTTTTTACTTTAGTTTTTTTCAGTTGTATAGAGGTTTCCAACAGAT AAACTCAATTTCATTCAGGTTTGTTATGTGCAGGAGGAGGAACAGCTTCGGAATAGTGTGATGCTTGATTTTCTTTATGT TAGTGGTGCTCATTATCTTGCCCCATATATCTTATGGTATTACCAACATTATAGTCATTTGCCTCTGCATCAAAGACCTG CTCTGCCAATTGACTCAAATGCTAGGTTAGTGAATATGTATGGCAACAGTCATTAGTAATAAATTATGATTACCTTTTTA AGAGGCTCATGTACGTGTTATGTTTTCCATTATTAGCAGCGGTGGTATGAATGGATATCTTTGGTTGTATGAAAGAAATG TGCTCAGAACCGTTGTGTCTTCTCCCATCAAGGGATTGCAAGATGTTGAGCGCAATCAAGTTTTGTATGTTTTGTCCTTC ACACCTGCCTAATATTTTTAAATGTTGGGTTGAACTCATGTTGAATGTTTTTTAATTGCAGAAATATTACTTATCTTAAT CCTCTTAAACATAGCCACATCCCAAAACCTCCGCATGGTGTAGTAATGCCCAAAAAGGTTAGCATACTTATCTTAGAAGG ACATAAAATGTTAATGGATTCATCCTGTGGAAGGAGCTTCATGACTAATTTATATTAGAAGTTAGAACCCAATTTTTGAA CAAATAACATGCCTCAGATATGTGCCACGTGTCAATTTTGTTTAATCAATTGTCATCTTTCAGATAGTTGCAATATGTAG ATTCGTTTTATTATCGAGTATTTTTCTGTTTTAAAAAAATTATTCTCTGCTATCTCCTTTTATGGTACAGTTCACATATA CGTTGATATTGGTTTTGTTTGCAGATAGTAAAAGCCTTTGATATTAAACCTTCACCTGCTCTATGGCATGAAGAATTTGG TGGTCGACGACAGCAAGGGAGAGAAAGGTGAGAGAATCTATTGCTGAGTAGGTTGTTATATTGGTGTCGCATAATTTTCA TACTCTTGCTGTCTGAGATTCAATATTACAACCTTCCCGGAACTACTGATTAAATTTAATTTTCATTGTGGAAAATCTAG ATTAATTTTCAATGCTTTTCAAATTAAGCACATGATTTTTTTAATATATGAAGTTTGGTCTTTAATTTATTATGTGAGTA AGACATATTAATGTGTGATGCTTCTGACAGACAAGAAGTACCTGGAGCAATAGCTGGCCCTCAACTGGGAGAAGCAGCAC ATCGTCTTGTCAAAAACTCCCTGAATGTGAAATTAAATAACACAGCCTATGGAATGGTGGAGCCTAATCCAATGAACCGG CTCAGACCAGCTGGAGCGTCTGGATCCGGAAAATATTACGGCGACGATACAGGTGGTGGTTATTATGGACACCAGTATTA CAATCAACAAGGCATGATAACTAGGCCGAGATATAATGGTGGGCAAAATGACAGACAGAATTTTAGGATACAAGAAAGGT CACAGTATCATGAACAGTTCCACAACATGAAAACTGGGTTTTCTGCTTTGACTATGAATGAAGGAGTGAGACCTAGGTCA TCTGCAGTGCCTTCACCAAGGGGACCTCCAATGATACTATCGAGGGTGCCAAATTCAGGGCACACAGCACAACAACAATT TGTGCAGAACACGGGTCCTCCGATACCACCTCCAAATTGGATCACTAGAGCCCCGGATACGAATGGAATATACCCTACGT ATCAAGAAGCTGCATTGGGGGCAGCTTATGATAAGCACGCGAAGGTGTACCAAGTTAAAACCCGCCAACCCCAAGACATG CCAGAGTATGGGAATCGGTAGTGATTGTTGTGGATTATATTTGCCTTGTGACCAAAGAGCTCTTGCTTCTCTCAGCCCGT TCCTCAGGTTGGAGCTCATCCAAGTTCAACAATAGAGTTTGAGGGAGCAGATGAATGCTTATCAAGGTTATCGTCGATCG CGCTTAACTGCAGTGATGGTGCTGATATGATCTGCTTTCATTCGCAGCACTACCTTGATGGTTGTCCAGGCCATAATACC GGTTGGAAGGTGGGGAGGGCCATGAGATGTTTCACAACTTTCTTGCTTTACAAGCTCTTAGTAAATCACTCAAGCTGCTG ATCAAGATCGATGGAGGACATTAACTTGTGTATTGTAGAATAAGTGCTGATTTGGCTATTCATGGCATGCAATGTACCTT GTTGTAAAAGGCACTCTTTTTGGTTTTTACTATTGTGTCCAATTTAAACCCTGAATGTTGTTTGGTTCGTGGAAAAGAAA TGAAATCTGAAATCAAGTAAGTGAAATAAATAATATTACTTCATTTGAATCGTTTGAATACGGTAAAATCCATTTTCCGT ATTATGTATTCCTTAACATTTTTCCTTGCTTTCAGAGTTATGTGAGATTTTATAATCCCACTTCATTCTCCTATTAAGTC TCCATGTTGACTCAATTTGAACCATAAAAGGAAACATTCCAGTCCCCTGATTCACAACAAATATTTAGCTGAGATATTGT GCAGATTTTAAGCCAAATCAAATATGGCAAACACACGTCTGCTAGATTTGGCACCCCACTCATTAGAAATGTCACCCCAT TTTCGGAAACTTAGTTTCCGAAATATTTCGGAAATAAGGTTTCCGAAGTATTTTTTCACTCAAAAGTGGGATGTTACATG TATTTTGCACTACAAATCATGAATTAATTTCGGAATATAAGATTCCGAAATAATTCGGAACCCAAAAATCCAAAATTTGG GGGTGTAAAATCTAAGGGTTGGGGTGCCAAATCCAGCTATCCAAACACACACATGATGCAAAGTTTCCTTTATTTGCACA CTTGAACAAGAGTGGAAATACTTGTCAAGCCTAGTTTCCCTCAAGATCAGAGATTTCATGTTTCTAGTGTTAGAACATGA AACAATGAAAGATGAAGAGGAGCATGAATCAATCACTGACTTGTATTGCCGTTTCAAATATAAAACACAACTTTCAGATA CAAATATATAATCCAACATAAGCTTAAGTTAAGCCCTCTAATCTCCACACTTAAATAGTAATCATCAAGAATAAGATGAA GATAATGAACAACTATTGTAGGAAGTAGCCACTGAGAAAAAGCGCAAAGAAAGCCAAGAGAGTTCCATATATAAGCAAAG TCTTCTGACCAGAAGTGAGTGAGTTTCCACCAAGCCCATATTGCTGATTCTCTGCAAACCCAGCAATCTCAACACTCTTG CTCTCGAAGAAGCTCAGCGCCGCGCCGCAAGTGGGGCAGCGCCAATCATCTGGAAGCTTCTCGAACGGGAAACCAGGTGG AATGGGATACGAAGGGTCACCGACAGACTCATCGTACTTGTACCCGCACGAACGGCACTCGTAGATTCCGGTGTTGAGCA CCGCAAACTTCTCTTCCAATCGACGCTTGTCCAGGTTCTGATCTAGAGACTCTGAATCGGGCTGTTCTGAACTGATGGGT GCTGGCGTGTCTTCGTTTGAGATGTCGATGGAGTTTATGGTGAGCTTTGAGCGTTTGAGTTTGGTGGAAGAGAACAGGGT TTTGGGGAAATGGAGGTTGTTGGTGGTGGTGGGTTTGAGAGGGGTTCGGAGGTGGAAGGATAACGGTGGCGTTGTGGTGG TGGAGCAAGCCATTGTTGGTGCTGGTTTAAGTGATGGAATGGCCAACGGTGACGGTGGGTTGATGTGAGGAGAACCATGG AAAAACCATGGTATATGCCATTGGGGTGGACATGGATGGAACACATTTGGTTGGATAAGGT
CDS sequence (LotjaGi1g1v0778800.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGGAGTGCCAGCGTTTTACCGGTGGCTCGCGGACCGGTACCCTCTCTCGATCGCCGACGTCGTGGAGGAAGAACCCTC CGCCGCCGGTGTTCCGTTCCCCGTTGACGTGTCGAAACCTAATCCCAACGGCATGGAGTTCGACAACTTGTACTTGGACA TGAACGGCATCATCCACCCTTGTTTTCACCCTGATGGCAAGCAAGCACCTGCTACCTATGATGATGTTTTCAGATCAATG TTTGACTACATTGACCATCTCTTCGCATTGGTTCGCCCTAGGAAGCTTCTTTATCTTGCAATTGATGGTGTTGCACCACG AGCTAAAATGAATCAGCAACGTTCTAGGCGTTTTCGAGCTGCAAAAGATGCTGCTGAGGCTGAAGCTGAAAAGGAAAGGC TTAGGCAAGAATTTGAGGGTGAGATGGAACTTTTGCCTTCCCTAGACAAGCCTGAGACTTATGACTCAAATGTCATTACC CCTGGCACTCCATTTATGGCAGTGCTGTCAGTGGCTCTTCAGTATTACATACAAACTAGATTGAACAACAACCCTGGCTG GCGGCATACAAAGGTTATACTTTCTGATTCAAATGTTCCTGGTGAGGGAGAACATAAAATAATGGAATATATTCGATTAC AACGTAACCTTCCGGGTTTCAATCCAAATACTCGACACTGTTTGTATGGATTGGATGCTGATTTGATTATGTTATCCTTA GCTACACACGAGGTTCATTTCTCAATATTGAGGGAGGTAATTACTTTACCTGGACAACAAGAGAAGTGTTTTCAATGTGG CCAAGCTGGCCATCTTGCAGCTGAGTGTCGTGGTAAACCAGGTGAAAAAGCTGAGGACTGGAATCCCGTTGATGATACCC CAATTCACAAGAAGAAATACCAGTTTCTCAACATCTGGGTGCTGCGTGAATATCTGCAATATGAATTGGAAATTCCCAAT CCTCCTTTTGAGATTGACTTTGAGCGCATAATAGATGATTTTGTATTTATGTGCTTCTTTGTTGGCAATGACTTTCTTCC ACATATGCCAACATTAGAGATAAGAGAGGGGGCTGTTAATCTATTGATGCATATTTATAGAAAAGAATTCACTTCCATGG GTGGTTACCTCACTGATGCGGGTGAGGTTTCCCTAGAGAGAGTGGAACATTTCATTCAAGCCGTTGCTATTCATGAAGAT CAAATATTTCAGAAACGAGTTCGGATTCAGCAGGCTACAGAAAATAATGAAGAGAGGAGAGCCAGGGAAAGAGGAGAAAT GCCTGAAGGACCACGAGCCTCAGTTTTGGATAAGGTTAAGTTAGACCAGCCTGGATACAAGGAAAGGTATTACGTTGAAA AATTTGGTGCATTGGAACTGGGAGAGATTGACAAAATTAAGAAAGATACAGTCTTGAATTATGTGGAAGGCCTTTGTTGG GTTTGCCGGTATTACTACCAGGGTGTATGTTCATGGCAATGGTACTACCCATATCATTATGCCCCTTTTGCTTCTGATCT TAAAGATCTAGCAGATCTAGAAATAACGTTTTTCTTGGGAGAACCATTTAAACCATTTGATCAGCTCATGGGGACCCTAC CGGCTTCAAGTTCAAGTGCACTGCCTGAAAAGTATAGGGATTTGATGATTGATCCTTCATCGCCTATTTTACAATTCTAT CCTTCTGATTTTGAGATTGATATGAATGGCAAACGATTTGCATGGCAGGGTGTTGCCAAGCTGCCGTTCATTAATGAGAA GAAATTGCTTGCTGCCACAAGGAAGCTCGAAGGCACATTAACGGAGGAGGAACAGCTTCGGAATAGTGTGATGCTTGATT TTCTTTATGTTAGTGGTGCTCATTATCTTGCCCCATATATCTTATGGTATTACCAACATTATAGTCATTTGCCTCTGCAT CAAAGACCTGCTCTGCCAATTGACTCAAATGCTAGCGGTGGTATGAATGGATATCTTTGGTTGTATGAAAGAAATGTGCT CAGAACCGTTGTGTCTTCTCCCATCAAGGGATTGCAAGATGTTGAGCGCAATCAAGTTTTAAATATTACTTATCTTAATC CTCTTAAACATAGCCACATCCCAAAACCTCCGCATGGTGTAGTAATGCCCAAAAAGATAGTAAAAGCCTTTGATATTAAA CCTTCACCTGCTCTATGGCATGAAGAATTTGGTGGTCGACGACAGCAAGGGAGAGAAAGACAAGAAGTACCTGGAGCAAT AGCTGGCCCTCAACTGGGAGAAGCAGCACATCGTCTTGTCAAAAACTCCCTGAATGTGAAATTAAATAACACAGCCTATG GAATGGTGGAGCCTAATCCAATGAACCGGCTCAGACCAGCTGGAGCGTCTGGATCCGGAAAATATTACGGCGACGATACA GGTGGTGGTTATTATGGACACCAGTATTACAATCAACAAGGCATGATAACTAGGCCGAGATATAATGGTGGGCAAAATGA CAGACAGAATTTTAGGATACAAGAAAGGTCACAGTATCATGAACAGTTCCACAACATGAAAACTGGGTTTTCTGCTTTGA CTATGAATGAAGGAGTGAGACCTAGGTCATCTGCAGTGCCTTCACCAAGGGGACCTCCAATGATACTATCGAGGGTGCCA AATTCAGGGCACACAGCACAACAACAATTTGTGCAGAACACGGGTCCTCCGATACCACCTCCAAATTGGATCACTAGAGC CCCGGATACGAATGGAATATACCCTACGTATCAAGAAGCTGCATTGGGGGCAGCTTATGATAAGCACGCGAAGGTGTACC AAGTTAAAACCCGCCAACCCCAAGACATGCCAGAGTATGGGAATCGGTAG
Protein sequence (LotjaGi1g1v0778800.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MGVPAFYRWLADRYPLSIADVVEEEPSAAGVPFPVDVSKPNPNGMEFDNLYLDMNGIIHPCFHPDGKQAPATYDDVFRSM FDYIDHLFALVRPRKLLYLAIDGVAPRAKMNQQRSRRFRAAKDAAEAEAEKERLRQEFEGEMELLPSLDKPETYDSNVIT PGTPFMAVLSVALQYYIQTRLNNNPGWRHTKVILSDSNVPGEGEHKIMEYIRLQRNLPGFNPNTRHCLYGLDADLIMLSL ATHEVHFSILREVITLPGQQEKCFQCGQAGHLAAECRGKPGEKAEDWNPVDDTPIHKKKYQFLNIWVLREYLQYELEIPN PPFEIDFERIIDDFVFMCFFVGNDFLPHMPTLEIREGAVNLLMHIYRKEFTSMGGYLTDAGEVSLERVEHFIQAVAIHED QIFQKRVRIQQATENNEERRARERGEMPEGPRASVLDKVKLDQPGYKERYYVEKFGALELGEIDKIKKDTVLNYVEGLCW VCRYYYQGVCSWQWYYPYHYAPFASDLKDLADLEITFFLGEPFKPFDQLMGTLPASSSSALPEKYRDLMIDPSSPILQFY PSDFEIDMNGKRFAWQGVAKLPFINEKKLLAATRKLEGTLTEEEQLRNSVMLDFLYVSGAHYLAPYILWYYQHYSHLPLH QRPALPIDSNASGGMNGYLWLYERNVLRTVVSSPIKGLQDVERNQVLNITYLNPLKHSHIPKPPHGVVMPKKIVKAFDIK PSPALWHEEFGGRRQQGRERQEVPGAIAGPQLGEAAHRLVKNSLNVKLNNTAYGMVEPNPMNRLRPAGASGSGKYYGDDT GGGYYGHQYYNQQGMITRPRYNGGQNDRQNFRIQERSQYHEQFHNMKTGFSALTMNEGVRPRSSAVPSPRGPPMILSRVP NSGHTAQQQFVQNTGPPIPPPNWITRAPDTNGIYPTYQEAALGAAYDKHAKVYQVKTRQPQDMPEYGNR
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 | 1 | 945 | 945 | 0.0 | – | |
| PANTHER | 1 | 945 | 945 | 0.0 | ||
| PIRSF | 1 | 435 | 435 | 5.5E-241 | ||
| Pfam | 1 | 252 | 252 | 1.5E-97 | ||
| CDD | 50 | 312 | 263 | 1.79273E-141 | – | |
| Coils | 117 | 144 | 28 | - | – | |
| Gene3D | 128 | 342 | 215 | 4.6E-51 | – | |
| SUPERFAMILY | 259 | 282 | 24 | 4.01E-5 | ||
| SMART | 262 | 278 | 17 | 0.0013 | ||
| ProSiteProfiles | 262 | 277 | 16 | 10.213 | ||
| Pfam | 262 | 276 | 15 | 2.7E-4 | ||
| Pfam | 325 | 423 | 99 | 2.1E-43 | ||
| PIRSF | 428 | 862 | 435 | 9.6E-122 | ||
| Pfam | 434 | 718 | 285 | 1.9E-113 | ||
| Gene3D | 514 | 610 | 97 | 4.3E-31 | – |
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 | Nucleic acid binding | Interacting selectively and non-covalently with any nucleic acid. | ||
| Molecular function | Exonuclease activity | Catalysis of the hydrolysis of ester linkages within nucleic acids by removing nucleotide residues from the 3' or 5' end. | ||
| Molecular function | 5'-3' exoribonuclease activity | Catalysis of the sequential cleavage of mononucleotides from a free 5' terminus of an RNA molecule. | ||
| 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 | Nucleobase-containing compound metabolic process | Any cellular metabolic process involving nucleobases, nucleosides, nucleotides and nucleic acids. | ||
| Molecular function | Zinc ion binding | Interacting selectively and non-covalently with zinc (Zn) ions. |
Expression pattern of LotjaGi1g1v0778800.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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