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| Field | Value |
|---|---|
| Gene ID | LotjaGi2g1v0126600 |
| Transcript ID | LotjaGi2g1v0126600.1 |
| Related isoforms 3 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | RNA 3-terminal phosphate cyclase-like protein, putative; TAIR: AT5G22100.1 RNA cyclase family protein; Swiss-Prot: sp|Q9C578|RCL1_ARATH Probable RNA 3'-terminal phosphate cyclase-like protein; TrEMBL-Plants: tr|A0A151S8V9|A0A151S8V9_CAJCA Putative RNA 3'-terminal phosphate cyclase-like protein; Found in the gene: LotjaGi2g1v0126600 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr2:46456363..46468364) extracted from Lotus japonicus Gifu genome v1.2.
CACAATCCCCTTTAAGACTTAAGTTCAGCAGTCCTCACCCTGTGCTCGCCGCCGCACTCTAGTCCCCAGCCTCCGTCGCC ACCGCTCGTGCTCGTCATCGCTCTGTCTCGCCATCACAGGTCGTTACCCTCCGTCGTTTCTATGTAAATATTGACTTGTT TCTTCCTAATATCACAAGTTTTCATTCTCTATGTGAAAAAAACAAAAAACAATGTTAGCTTCAACCTTGCCTCATCATGC AACATTCTAACATGACAATAGAGTTCACAGTAGATTTTTTGCTTCAAGTAGTATATATTGTTGGCTTTGATATTGCCTGT GATGTTTTCTGCTTCAGATTGCTAACAATCTCTCTTGTTTTTGTGCTAACCCTAATTTCAAGATGTTTCTCGCTTTGTGC GTTGTAGGGTAGAAGAATGGGGAAGATGGCTTACAAGAGGTTGAAGGGAAGCCAGAGCTTCCGGCAACGGTTGCTTCTCG CCACTCTTTCCTCCACTCCCATTCTCATTGAGGACATACGCGCTGATGAGACGTGGCCTGGTCTTCACAGCCACGAGATT TCGCTCCTCCGGTTGTTTGAGATGGTTTGCGATGATTGTCATGTTGAAATCAATGAAACTGGTAATTTGTAATTTTGTTA GTTGAGGTTGGCTGCTATAATAAATGGGGATTTCGCTCCTCTAAAGTGAGAGTCACTTTATATGGTAAAGTCGAAAAAAT TAATGGTTGAGATTTGAAGAATACCATAACTTGTTGTACATGTGCAAGTTTATGATTACAATTTCAACTGTTGATTTTTA GTTAATGATTGTGATGACATGGGTATTTTGCTTCTCTAAAGTGAGATAGTCACTTTATATGGTATAGTCGAAAAATTAGT GACTGACTCACTTTAGAGGGGAGCCAAATCCATAACATGGAATTTATTCTCATTGTGCATGGACAGGTACTAAATTGAAG TACAAGCCGGGAACTATTATGGGTGGCAAACAATATCATGCCCACGAGTGTGGTCTCTCAAGATCCATTGGTTATTTCCT AGAGCCACTCATTGTGCTAGGTTTATTTGCAAAGGAACCCCTCACCATCAAGCTCAAAGGTATAACTCTGATTTCCTGTT GCTCTTTCTTTTTGTTAAGTTCACTCAGTTTCTTGTTTGTCCTTAACGAGACATTCATGCTGTGATATAAGTCAGATACT GTTGGAAACTTATTCTTGCACTACTAAAGGGCTACGTACTTTTTAAACAACCTTTTTGGGATTATCTGAGAGCATTGAGT GTGTCCTTTACCAATTTTTTTGTGGTTTGGTTTAATATAAAGGTTTTTCTTAGAATGAGGTAGACCAATTTTAAATTTCA GCTACAGTTATTAGTCCTATGGAGTGGATGGTTGGAATGCAATGCAGCATGTCTATCTTCTCCTTTTTCTTTTTGCCATG GACTAATATTTGTAACCTTAAAGTGGTTTCTCTGCGTCCAATTTTGATTTGGGGTCGAATTATGTTTTATGCTTCTCGTG ATGTTTTGCTCTTCTGCTCATGGATGCTTCTACAGTGTTTGCTATCATGAACTTGCACCTTGTTTTTTTTCTTTATTGAT ATATATATTTTTTTAAATCATGTTGTTAACTTTCCTGCCTAGTTGTATTTCTTCTTATCTCTCTAATGATGTTTCTTCAA TTAAAAGAAAGAAATAAAAAGATAAAGAAAGCACTTAAAGCTTCAAAACTAGAACAGAAGGACCATTCAAAAAATATCCT GATGGTGCAAATTAAAACTGCTCAATATATTGTTATCAGGAATCACAAATGATTCTAAGGATCCTTCGGTTGATACCTTC AAGTCTACTGCTTTTCCCATATTAAAGCGCTTTGGAGTTCCCTCAGAAGGCTTGGATCTTAAAATAGAGAGTCGTGGAGT ACCACCAAATGGTGGTGGCGAAGTTACTTTGTCGCTTCCTGTTGTTCAGAGTCTCATGGTAAGTTTTTGTATTTTTTCTC TTCAATTTAAATTTATTTTGTTATCTTATGTGTTCTTCCTTGCAGGCAGTTAATTGGATTGATGAGGGGTTTGTTAAAAA GATTAGAGGAACTACGTTTTCAGTCAGAGTGTCTACTCAGTTTGAAAATAGCATGATTAAGGCTACCCGTGGAATTGTCA ATCCCCTACTTTCTGATGTGCACCTTTTTTCTGATCACAGATCAGGGCCACAGGCAGGAAAGTATGATTCCTTTCATTTG GTAGATTTTCTTGAATATTTAATTTGAGTTTCAGATATATATATTTGTTCGAAAAAAGAAAATCATATTGGATTAAAAAT TTAAAACATAATTCCTTTTATTTAACCGGTTGTTTGCTTCCACAGCTCACCTGGATATGGAATTTCACTTGTTGCGGAGA CTACTTCTGGGTGCTTCATCTCTGCAGATACTGCTGCTTCTCATGCTAGGGATGAAGATACTTCTAGCCTTGCAGATGAT GTGAAAAGGGATCTGATGCCCCCAGAAGATATTGGGAAGGAGATTGCTAATGCTTTACTAGGGGAGATAGCTCAATGTGG AGTTGTAGATTCAACACATCAGGTTAGTATGTTAGAATTTTCAGCCCACTTTAATCCTCTTTACCAAATGATATATGCTG GTATTAAACAGATAGTAGTATGAAGGTGAATTCCTTATATATGATTCCAGTTGACAGGAACTAGTACTGAACAGATTGAA TATAGATTATAGAGTGGTAAACTCCTTACAATAGAAAGAAAAAAAAACATGGTCTGGCCAGAGATCGCTCCTTTTTCTAT ACAATTTTCTGTACCTTCGTCTTCCCTCATCCCCTTTTCCCCCCTTGCACTATCCTCCCTTTTGTATGTCTCTAGAATTT TTTCCTCCTCTACTGGAATGCTACCTGTCCAGTTTGTTTCAGGAAACTCTGATTCATTCTCTTCAACAATCACTTCTTGT GGCATGTCACCCTTGGAAAAAAAAATCATGTTGTTACCCTCTGTCCTTTCTACCACATGCATTTTGGGCAATTCCCTCCT ATTATGAAATTATTTTGGAGGCATGTCACAGAATTTTCTGATTTTGTGTCATCTTGAATTTTGTAATTTAGTGCCAACAA CCAACATATGTTGTCTTTATCCACTAGGTAGGGTTATCTCCATGAATTAGTCTGCACCACGATGTTTTGTTATGCTGCAT TAAGTTTACATAATATAAAACCATTCATGTGTCTCTTACTCAACAGCTTAAGCTTTTGGAATAATTGGTTCTTGACATGG TATTAGAGCCTCTATGACCAAGTGGTTTAGAGTTCATTCATTGTTATGTTGAAAAGTCACACATTGATTAGAGATATGGC CAAGATAGCCCTTATATATGTGAAGGTTATCCTCACCTCTTGAGCTAGCTTTTGGGGTAGAGTTAGGCCTTCCAAATTCG AATCTGGTATCAGAGTCACACATTGATTAGAGATATGACCAAGATAGCCCTTATATATGTGAAGGTTATCCTCACCTCTT GAGCTAGCTTTTGGGGTAGAGTTAGGCCTTCCAAATTCGAATATGGTATCAGATCCTATCCTAGATCTGTTTAGTGGAGA GTGGAAACCACCTGTGTGTGGTCCATGATGTTCATTCTTGCATATTCCAAGTTCCAAATGTCCAGCCCTGAGCGTAAGGG TGTGTTTTGAGAAGTCCCATACTAGAGATATGTCCAGGATAGCCCTTACTCATTCATTTCTCTAATATTAGCCACCCCAA CCTTTTCTCTAATGATTCTATATCTAATTCTATCTTGTCTTGTGTAATTATTCATTCATTTTAACATTCTCTTCTCTACT ACTCGAAGTTTACTTTCTTGCTGGTATTTTATCACCCAATATTATGACCCATAAAATATTGTAGGTATTCTAGTTGTGTA GTAAAGTTTTTTGTTTGAGTGGTACTTTTCTATCGCAAATCACACTAATGCATTCTTCCCCTTTATCTACCATTCTTGAA TCCAATGGTTTATATCTCCTATGTTTCATTGTCATTTTATACAATGGACCCAAGATACTTGAAACGTGAAACTTTTGCAT GTTATCCGATTTTCATCTCTAAGATAGTTCTAGTGTGTTGATAATTACCGTTACTTAATATTTTTCCAGTTTCCACCAAT CATCGTGCCAATAAATAGCTTATAGCTTCCATTTTTAATCTTCATGGCATAAAACTGAATTGGTTCTCTTGAGATGTGGG TCTCTTGTTTAAATCTTATTCAGTTCATAGTATAACTCGGAAGTTCAATACTTCTATAATTTGCGCTATTTTGAATAGCC CTTTGGTCTGTAAGATAGGGATTAAGTAGTCCTAGATCCGAATCTTTATTAAGGGCTTGTTTGATTGCAGTTTTAGTTTT CAGTTTTTAAAACAATTTTCAGAAACAATTTTAAGAAGAAAACAGTTTGAATGACATGTTTTCCAACATTTAGAAAACTG ATATCTGAAAACTAAAAACAGAAACTGAAAACATCTGATAGGAACCCAATTATTAGGAATAGGCCCAATACTACTAGAGT CCATGAAAGTAAGAGGAAGAGGTGCAATGCACCAAATCTTTTCCCTTGAGAGGAGTAACCGCTTGCTGAGGTGGCATGAG CTGTGCAGGTAGAGAGAGAGAGAGAGATTGGGGATTATATAAGCATGTATTGTGTGAGAGAGAAGGTAGGCTTGAATTGG GATTAGGCTTGGACTTGGGAGAGAATAGAGGCACTCTCTAATTTGCCTCTGCTATCTTTTCATTTTTCCTTTTCTCTGTA ATCTTCTGCAGCACTGCTTCTGGGTTTCTACCAGAGGGTTCAGTGATATTATGCAATTCCACCTCTATTTTCTAGTTCTA TTCCTAGTGTCTAACATTGTTTCTACATTTCCTTGCTGAAAAACCGGGTTTCTAACATTGGTATCAGAGTACAATGACTA AGAGTGAAAATAGGATAGATGAACACTGAATCCTCTGGAAAATACCCAGAAGCAGTGTTTTAGGGAATTACAAATAACAG TAGAAAATTAAAGATAAGAAACTGAGGCAATTCGAGAGTGCCTCTACTCTCCCAAGCCTAATCCCAAATCAAGCCTACCT TCTCTCTCACACAATACATGCTTATATAATCCCCAATCTCTCTCTCTCTCTCTCTACCTGCACAGCTCATGCCACCTCAG CAAGCGGTTACTCCTCTCAAGGGAAAAGATTTGGTGCATTGCACCTCTTCCTCTTACTTTCATGGACTCTAGTAGTATTG GGCCTATTCCTAATAATTGGGTTCCTATCATCACTCCCCCCCTCCAAACATCCTTGTCCTCAAGGATGGATGTGGAAAAT CCTTCTTGAATGTATGTTGCTGCCCCCAAAGTGACCTGTAACAGCCTCCCTTTGATCCACTTCCCTGCAGAATATGGGTA TGGACTATAGAATCCACCACCTGGATCCCATTGTTGAAAAGATGTGGGCCAAGTTGTTGCTGAAAAATCAGAACAGCCCC TTGAATTCCAATGTAAAACAAGACAAGCTTCGGGCATATGCGAGATCATAATTTCCCTTTGACTCAACCGCTAAATCATC TTGGTCCAGCAGATTTTGCCATGTAATCAATCCGTGTAATGCAACCAGAGAACCTAGAATTGCTGTCATCGCTTGTGCAG TCTGTATTGACAGTTCATTCTCTGCTAAGAACATAAGCAAAAGAGGTTGATTTTGCTGTGGAGTTGCCAAAGTCTTCTTC AGCTCATACTCCTCCATTCCCATGCTCAATATCTCCTTGAAATTCCCATGAGAACCAACATTGAATGCCTGATAGGGTTC CTCAGCTAGTAACCTTGATTTATGAAGCTGTGACAGAGAATTTAGCCAATTTCCAGTCAGCAATTCCAGTGGTCTTTGCA GCTGATATGCTTGAGCACTTAGTTGATCTAGTGCCCTCAGAATAGTACTCAACATTTCAGGTACTAGCTCTTCTTCTAAC CATGATACAAGAAGCAAGCAGCAGTATTCCCCATTATCAAACATATAATGAGCCCACAAATCCTTAACTCGACCAGTAGT AGAGTCACCATGAAAAATCAGCCCTCTACTTCCATGCGAACAAAAGTGAAAAGAACTCAAAGTACTCCCAAAAGGTTGAT GCCGCGCAATATGTTCTTGTCTTCCCCTTATTTTGTTGAACTCAGTAACTTGTGAACCCCGGTTTTGAAATTCAAATTCT AATCCGGTAGAGACAATGAGCCAACATGAGGCAACACTTGTTGACCCAATTGTTGCTGAGAAGTAAGAACAACCTCCAGG ATCCCAATGTGTAAAGCTCAAGGCAAATGAGAAAACACAACTTCCCTTAGAGCCAACATCAGCATTTAAATTCTGATTAG ATGTCTTATCTAATGACCCTAATTCATGAGGTTGTAGCTTCAAATTCTCCCAATAATTGACTATCACTTGGCAATGCTTC CAATTCTGTTCAAGTCCCCCCCTCAGTCTATGTAACTCAGTACAACTATAGCTTGGTTTTCCTTGCCATAGGCATGACCC CACCATGGTATCAAAAGTTTTGGGTGAGTGTTGGATTTTCTGCATGTTTGCAATTGCTAATGAAGATGAAACACGGGTAC CAGCAAATGTCTGAATATCAATTCTACTCTTCACTCCGATGTTCTCTCTGCCCCTGGGAGTGTCTTTACTTGGAATAACT TCTCTCACCCCATCCATATGCAATTCAGGCCTGGGTAGTTCTAGCTGACTCACATACACTGGAGAAATAGGAGAAGGGAG AATGATTGATGCTCTAGGGTGAAGAACGTAAGCTTCCCCCTGTTCTCCATCTACAGCGTTCCCAACTTGAGCCAATATAA TTTCAGAATTTATTTTACTGAAAGGCTTGTTTTGTATACTTACTGTTGGGCCATGGTACCTTGTGTCAAACACTGGGCCC AAGTTATTTAAATAACACTCTATTCTGCCCTGAGCACTTTGAGGTTTTTGAAACAATTTTTGTATTACAACACAACTACT AACCTGTTGGGCCAAGCCCATTAGGTCAAAAGTGGAGCTCAAATGTTGAAATTCCAGTTTTACCCTTTCCTGGGTTTTGA TTCCCAAAACGCAATCCTTTTTCGCGTTTGATGCTACCTCTTCCAAGGTCGCATCTATTTGCTTCTCCTCAGCCACTGCT AGTGAAACCCAGTTTGGCGGCTTGGGTGGTGGTCGCCGATTAGCCATGGTGGTGAACCTTGCCGGAGCTGAACCGCGATC TTGACGTTCCGTAACCTTGGTCAGATTCCCCACCGCGTGAACCCCTGCTACTAAAACCAGATCCGTTGGTTTAGGTGGTG GTTGCTGCTCGTTCCTTTTTGCTCCAGCTTCTTCCTCCGGCGTAGTTACGATGATCTCCGTCGGAATCGCCTCACTTCTC TTGTTCTTTGAAATTCCGTCATCTTCGAGCCGTTCATCTTCACTGCTATGAAACTGGACCCATTCTTCACACCAATTTCT TCTCAGTTCCAGGTTGGTGGCTTTGGCTATTCTGGCTTCATCCCTCTGAGTTTCTTCCTCCCCTGTATCTTGAACTGGAT CTGGTAGGAACGAATCAGAATCTGGTTCGAATTTTCTTAGTAATGCTGTCACAAAATCCATCCATGTTGCCCTCTGATTT CTTCTTTTCCAGTCATACCACCAAATCAGCGCATCATGTGTCAACGCCTTCTCTGCCTCTGAGAATTTCTTTTCTTCAGA TACTCCTTTGGCCTCACAGTGTTGCTCCACTGTGATGATCCATCCATAAGCCCATCTCCCATCAAACTCTGGAAACATCT TCATGAATCAATGGCTACCACAGCACCTAGATCGGTGCTCTGATACCAATGTTAGGAACCAGAAAATAGTACAATGACTA AGAGTGAAAATAGGATAGATGAACACTGAATCCTCTGGAAAATACCCAGAAGCAGTGTTTTAGGGAATTACAAATAACAG TAGAAAATTAAAGATAAGAAACTGAGGCAATTCGAGAGTGCCTCTACTCTCCCAAGCCTAATCCCAAATCAAGCCTACCT TCTCTCTCACACAATACATGCTTATATAATCCCCAATCTCTCTCTCTCTCTCTACCTGCACAGCTCATGCCACCTCAGCA AGCGGTTACTCCTCTCAAGGGAAAAGATTTGGTGCATTGCACCTCTTCCTCTTACTTTCATGGACTCTAGTAGTATTGGG CCTATTCCTAATAATTGGGTTCCTATCAACATCTTTTAGTTGTTTTTGTTTTTAGTTTTAGAAACTGAAAATGAGAACTG TTTTCAAAAACTCCAGATCGTATTTGAAATCTGTTTTGAAAACTGCAAATAAGCATGCCCTAAGTCCCTAACTACTCCTC CATTCCTTCAACATGCTCTTGGATCTCAATCTCGTTTTGTGAGGCATGCGTCATCTCATGCGTTTCTCTTTTCACACTTT TAATATCTCTATCGGTATATTATCTTGTCTAACTGCCTTATCCTTACACGTACTCTTCAATTCCTTCTTTCACTTCAAAG TCTCGAGTTCATGGATAGTAAGTGTAATTTTGGTCATCCTCACTAGTGTTAAGTGTATCAGAGTTTAAAGAATACTTGTG TCCTTCACTCAAAAAAACGCATCAAAATAGCTCTTGACCTTTTCTTGATATCTTGTTATGAGACTAATGCTTTTCCTTCA TCATACTTGATGCACATCACTTGGTTCAGGTCTCTATTATTTCTCTCTATTTTTAACAAGCCAGTAGATAATATACTACT TTGCAGTTTGGTGCTTAAAGATTTATGTAAACCATCAAAACTATCTTGCTCTAGCTTGGCTTACCATCTTATTGTTTTTC TTAACTATCCTATTTATTCAAGTTCGTTTTTATAATTCCCTTCTGACCTAATATTTTGTTGCACACTCTTCTCCCACCAC CAAGAATCTTTACCTTTTGGCTCAAAACCGGTTAATTTTTCTAGTAACTCTTATGCTACCCTTCTAATCCGTTTAGTCAT CTTGTTCCACGTGTCATAAACATTTTTGTCTCCCAAAATCCTTGCTCCAAAATCTCTCTCAAAGAGCCTTTATTTTTACC CTTTAGTTTCCTCCATTTTATCTCAAAGAGGCTTGACTATTCCTATTTATTCTCTACATGCAAATGCTAAACAAAAACCC TATGTTGGAAACTCTAATTCGCATGATATGACTTTGTAGCTTGTGCTAAGTTTTCTATCTTATTTCCTTGATAGAATGAA ATCAGTTTGGGAGCATATCACCTCCTTCTTGTAGTTTGTAATTTGTTCGTCGTAGTAGAGGTATAAGTAATATTCTTCAG TTCTGAAATAAGTTGACGACAATTTCATTTTCTCACTTCTGGGTTTGAAGGAGCTGTGAATATGATGAAATTTGCCTCCA TTGTCCAAAACTGAGGGCTTCCCCTAATATTAGTTTTTCAACATTTATTGTTTCCAGGGTTTGCTATTTCTTCTTTGTGC TCTATGTCCTCAAGATGTTTCCAAGGTTCGTGTTGGAAAACTTTCCCAGCATGGGATTGAGACACTGAGAAACATAAGGG ACTTTCTCAATTTGAAGTTTATTATCCAACCAGATCCAAATACACAATCAGTGTTTCTCAAGTGTGTTGGTTATGGCATG AAGAACCTTTTCAGGAAGGTCTCATAAAGCATGGTCGTTGGTGTTATATTAATCCAATGCGAGCTTGTTGAATTGCAATT TTCAAGCAACTGCGAGATTCGGCACCTAGAAAAAAATGCAACTGAAGCTTCATTATGTAATATCATGCCAATGGTAATTC TTTATCACCCGCGCCTCCCAAGAAATAGAATTAACGAGTGAATGTTCAGTTTCAATTGTAACCCAATTTTGTTAGCTATA TATATCTTGAGTGTTTCCCACAAATGAATGATTTGTAGTTTGCCATATTCTGGATGAACCAAATTTTGGAATCTCTTATG AATTATTTTCTCTTTGACTAAGTGTCCCTTATCCTATGCTATAGCCTCCTAAATACTAAAACTGAAATATTGACCCTGAA TACTAAAAATGAAATATTGATTTAAGAGTCAGTTTGAGAAAACTTCTCAATGAAAACTTAAAAACTAATAAGGAAATTAT AATAATCGAGTATTTTAAATAATAACTTTATGCAGAAGTCTCAAGCTTAACCATCAACTTTTAGCATAGCTAGTAGATAG TTGGACTTAAGCATTTTGTATGGAGAAAATTTTGTTAGGAAAGACCTCTCCACTTAATGGATTCTAAGTGAGTTTTGAGG AAATTAGTTTCATCTCTGCCGGATGTGGTTGAGGAAAAAATCACCTCAACCTTTATTTCTTTCATTTAATTTCTCCAAAA AGACCTTATAAATTTATAACTTTTTAAAAAAGATGGGAATCAAATGCTTTTCTGAGATGAAAAAAAATGATGATGGAGAT TTATTCTCCCAACTATACAGTATCAGTATGCTTATTAAATTTAGCTTAGTTGCAGTTTTGCTCCCTCATCTTTTACTCAT GTGTGATTTGACTCCCTCATATTTAAAACGAGTGATTTTACTGCCTCATCTTTCAATTTGTGAAAATTGGGTCTCTCTGT CAATCTACCGTTAAATATCAGACGGAATATTCTTGTTGCACCACCAAGGATGATGTGGCTTTGCTAATTTTTTTTTGAAA CTGACTTGGCTTTGCTGATTACACCACCAAGAATGACACATCAGTAAATAAAACAAATAAAACAAATTAAAAGTAAAACA AATAAATTTAAAAAACGAAATTAACCTTAAACGAGTATTTTTCAATACTAATAATTCTTTTATGATCTTCATCCCCATCA TCTTCATCCTCCTCCTTCCATCATCTTAAATAAAACCCAGAAAATCAACACAAAACCCAAAAAATCTTAGAAATATCATC CTCAATAACAATTAGTACCGAATCAAACAAACAATTTATAAAAGTAATTAAAAATTCAATTTTGAAACTTTTTATTGTTT CTCATAAGCCACACTTGAAAGTTAACAACGCAATGTCCAAGCTCACCAAAAGAAAAAGAGTAGAATAACAATTCACAATG CAATGAAGGTTTTCACATGAAACAACCGTACTGGCTCACTTCTCACCCAACCTCATCGTTATATCCATTGTCAGTCACCT CTTCTCACCAAAAGATCTAGCGGTACTACCACCACTTCCTTCTCAACCCCTCTTTTTTTTTCTCCTTCTTTTTACCTCTC CCTAAACCAGAACCCCAGCCACCATTAAATCCAACCCCTAGACCTGAAACCCCCACCCCTAAACGAAAACCACCACCCAC AAATTCACTCGACCTGCAGATCAAAAAAATGAAGAGAAGGACCTCACACTCACAGTCCCATTCAACCCCTAGATCCACGA AAAGTGATGACGATTATGATGTCGACTTGGGGTACCAACGACGAGGAGTTTCACGACAGAGGTGACGGTTGGGGGAGGGA AACTACTGGTTTTTAGATTTGGGTCCTTACAATTTGGGAAAAATCTGGGTTTTCAGATTTGGGTTGAATCTCTAGGATGG AAGAAGAAGAAGAAAAGGAGAAGTGTAACAGAAGAGGAAGAGAAAAACGGAGTTGAAGATGAACGAAGGGGAGAGGAGAT AAAGATGAACAATGAAGGATAAGGATGAACTAGGAGGAGGAGATGAGGATGAACCCAGATTTAATTAGGGATTGGTAATT TCGGTTTTTTTTAATTATTTTTTTCATTTATTTAATTATTATTTTTATTAATTTAGTAAAGTGGTATCCAAATGGCATCC AAGTGCTCAGTTTGTCAGAACCATGTCATTTAATGAACGCCACGTCAGCCAGTTCCGTCAAACTTTAAACGACGGTATAA CGGAAGGACTTGATTTTCATAAATTGAAAGATGAGGGAGCAGAATCGCTCGTTTTAAACATGAGAGTCAAATCACACATG AG
CDS sequence (LotjaGi2g1v0126600.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGGGAAGATGGCTTACAAGAGGTTGAAGGGAAGCCAGAGCTTCCGGCAACGGTTGCTTCTCGCCACTCTTTCCTCCAC TCCCATTCTCATTGAGGACATACGCGCTGATGAGACGTGGCCTGGTCTTCACAGCCACGAGATTTCGCTCCTCCGGTTGT TTGAGATGGTTTGCGATGATTGTCATGTTGAAATCAATGAAACTGGTACTAAATTGAAGTACAAGCCGGGAACTATTATG GGTGGCAAACAATATCATGCCCACGAGTGTGGTCTCTCAAGATCCATTGGTTATTTCCTAGAGCCACTCATTGTGCTAGG TTTATTTGCAAAGGAACCCCTCACCATCAAGCTCAAAGGAATCACAAATGATTCTAAGGATCCTTCGGTTGATACCTTCA AGTCTACTGCTTTTCCCATATTAAAGCGCTTTGGAGTTCCCTCAGAAGGCTTGGATCTTAAAATAGAGAGTCGTGGAGTA CCACCAAATGGTGGTGGCGAAGTTACTTTGTCGCTTCCTGTTGTTCAGAGTCTCATGGCAGTTAATTGGATTGATGAGGG GTTTGTTAAAAAGATTAGAGGAACTACGTTTTCAGTCAGAGTGTCTACTCAGTTTGAAAATAGCATGATTAAGGCTACCC GTGGAATTGTCAATCCCCTACTTTCTGATGTGCACCTTTTTTCTGATCACAGATCAGGGCCACAGGCAGGAAACTCACCT GGATATGGAATTTCACTTGTTGCGGAGACTACTTCTGGGTGCTTCATCTCTGCAGATACTGCTGCTTCTCATGCTAGGGA TGAAGATACTTCTAGCCTTGCAGATGATGTGAAAAGGGATCTGATGCCCCCAGAAGATATTGGGAAGGAGATTGCTAATG CTTTACTAGGGGAGATAGCTCAATGTGGAGTTGTAGATTCAACACATCAGGGTTTGCTATTTCTTCTTTGTGCTCTATGT CCTCAAGATGTTTCCAAGGTTCGTGTTGGAAAACTTTCCCAGCATGGGATTGAGACACTGAGAAACATAAGGGACTTTCT CAATTTGAAGTTTATTATCCAACCAGATCCAAATACACAATCAGTGTTTCTCAAGTGTGTTGGTTATGGCATGAAGAACC TTTTCAGGAAGGTCTCATAA
Protein sequence (LotjaGi2g1v0126600.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MGKMAYKRLKGSQSFRQRLLLATLSSTPILIEDIRADETWPGLHSHEISLLRLFEMVCDDCHVEINETGTKLKYKPGTIM GGKQYHAHECGLSRSIGYFLEPLIVLGLFAKEPLTIKLKGITNDSKDPSVDTFKSTAFPILKRFGVPSEGLDLKIESRGV PPNGGGEVTLSLPVVQSLMAVNWIDEGFVKKIRGTTFSVRVSTQFENSMIKATRGIVNPLLSDVHLFSDHRSGPQAGNSP GYGISLVAETTSGCFISADTAASHARDEDTSSLADDVKRDLMPPEDIGKEIANALLGEIAQCGVVDSTHQGLLFLLCALC PQDVSKVRVGKLSQHGIETLRNIRDFLNLKFIIQPDPNTQSVFLKCVGYGMKNLFRKVS
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 |
|---|---|---|---|---|---|---|
| Phobius | 1 | 18 | 18 | - | – | |
| Phobius | 1 | 36 | 36 | - | – | |
| PANTHER | 1 | 379 | 379 | 2.5E-171 | ||
| PANTHER | 1 | 379 | 379 | 2.5E-171 | ||
| CDD | 6 | 355 | 350 | 1.23222E-153 | ||
| TIGRFAM | 8 | 378 | 371 | 7.5E-138 | ||
| Pfam | 9 | 352 | 344 | 7.6E-56 | ||
| Gene3D | 10 | 351 | 342 | 7.7E-126 | ||
| SUPERFAMILY | 11 | 235 | 225 | 5.82E-55 | ||
| Phobius | 19 | 31 | 13 | - | – | |
| Phobius | 32 | 36 | 5 | - | – | |
| Phobius | 37 | 379 | 343 | - | – | |
| ProSitePatterns | 158 | 168 | 11 | - | ||
| Pfam | 185 | 300 | 116 | 1.3E-29 | ||
| Gene3D | 185 | 296 | 112 | 7.7E-126 |
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 | Catalytic activity | Catalysis of a biochemical reaction at physiological temperatures. In biologically catalyzed reactions, the reactants are known as substrates, and the catalysts are naturally occurring macromolecular substances known as enzymes. Enzymes possess specific binding sites for substrates, and are usually composed wholly or largely of protein, but RNA that has catalytic activity (ribozyme) is often also regarded as enzymatic. | ||
| Cellular component | Nucleolus | A small, dense body one or more of which are present in the nucleus of eukaryotic cells. It is rich in RNA and protein, is not bounded by a limiting membrane, and is not seen during mitosis. Its prime function is the transcription of the nucleolar DNA into 45S ribosomal-precursor RNA, the processing of this RNA into 5.8S, 18S, and 28S components of ribosomal RNA, and the association of these components with 5S RNA and proteins synthesized outside the nucleolus. This association results in the formation of ribonucleoprotein precursors; these pass into the cytoplasm and mature into the 40S and 60S subunits of the ribosome. | ||
| Biological process | RNA processing | Any process involved in the conversion of one or more primary RNA transcripts into one or more mature RNA molecules. | ||
| Biological process | Ribosome biogenesis | A cellular process that results in the biosynthesis of constituent macromolecules, assembly, and arrangement of constituent parts of ribosome subunits; includes transport to the sites of protein synthesis. |
Expression pattern of LotjaGi2g1v0126600.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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