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| Field | Value |
|---|---|
| Gene ID | LotjaGi1g1v0409600 |
| Transcript ID | LotjaGi1g1v0409600.1 |
| Related isoforms 1 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Poly(A) polymerase-like protein; TAIR: AT4G32850.5 nuclear poly(a) polymerase; Swiss-Prot: sp|Q8VYW1|PAPS4_ARATH Nuclear poly(A) polymerase 4; TrEMBL-Plants: tr|A0A072V3Z3|A0A072V3Z3_MEDTR Poly(A) polymerase-like protein; Found in the gene: LotjaGi1g1v0409600 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:90010422..90021302) extracted from Lotus japonicus Gifu genome v1.2.
GGAGTTACATTACATCATGAATTATATTTATTCCCAAACGCTCCCTTAACTCTTTACTATTTCCAATAAAAAAAACGCTC CTTCACCTCACCTCAACCCACCCAAACCCCAAATCCAAATCCAAATCCCGATCCAAATCCTTCATCCTAGGGCATCTCTG AACTGTAACAATCCCATGCCAACCATTTGAAAGATGCAAACTGAGGATTTCTCGATCGGAATCTTCTAGGTCAAAAATGG CAGGTTCCGGTAGTCCCAACGGTGGTTCTACACCGCCACCGCCGCCTCCAACTCAACAAGTTGGATTCTCAAAACCCATT TCCCTTGCTGGCCCTAGCGATGCTGATATCCAACGGAACCTCGAATTGGAGAAGGTAATCAATTGATTTCTATTGAATTG TTTATTCCACACCATTCTTACTATTATTGCTTTTGTGTAATAATCTGTTATTTTTCTTATACTTCAGTTCATGCTTGATT CTGGGCTTTACGAGAGTGATGAAGAAGCTGCAGCCAGACGAGAAGTCCTTCGCCGCCTTGACCAGGTTGCTTACTTCATG ATCTTGCTTTTCTCCATTTCCTGCCTTATAATGAAAGTTTCCTTATAGGTTTATTCAAGCATTTAATTACTGTGCTCTTA TAACCTTCTGTAATAGTCTTCAGTTGTCTTAATCATGCTAATGTTGTAATATTGATGCTAATAAATTTTGTTAACCTGCT ATGTAGATTGTGAAAAGTTGGGTGAAGCAGGTGACTCGTCAACGAGGCTACACCGATCAGATGGTTGATGATGCAAATGC TGTCATTTTCACTTTTGGCTCTTATCGCCTTGGGGTTAGTATGCTAGTGCTTGCATATTGTCAACAGTTTTATGCATGGG ACAATTGATAACTTCTTTTGATTATTAAGAGTATGGAGGACTTCAATTCAAGTTTTGCACAACGCATAAATGTCTTGACT TTATTCACTATAGAAATTGACAATGACATTAGTTGACACTAGCAGAAGGAACTTATGTCAGGATGTTGGAAAGATTTGGA GAGAAAAAAAAAGTATATGGGAGGTATTACTATAGAGATAGTGTTCAGATTTGTTTTTATTATAGTCCCTAAACATTAGG GATTTACTCTATCGCATTTCCAAACCAGTAAGCTTTCTAATTCTACCTCTTTCCCAATCCTGAGAAAATATCCTTTTAGG ATCATTGAAAATATCCTCCAAGGATAAGCTTGCCGATATCTTCACTAAATCTTTATGAGGTCGTAGAATAACATGTATTG TAACAAGTTGGATGCATATCATATGTATGATCCAGCTTGAGGAGGAGCTTTGAGATTTGTTCAAATTTGTTTTTGATTGT ATAGGTTCCTTAGATTGATTATAATCCCTAAATGTCACCCTATTACTTTTGCTTATTAACATAGTATTTGTTCCAAGTCC TTCATGAAATACATAGAATACAATTCACAGTTCAAATTTAAGAATCATGTGATTGCATTTGTTGTTATTGGGAATAGCAA GAGACTGAAAAATTGGTCTGGTATCCCTTCTCTGCTTAACCGTTTATAAATATAGTTTAGTTACCTCTGAAGAATGACAG GCCCTCTTATTTTCTTTTTTTTAAGGTATATGCTGATGAGTATCTCAGTAATGTTTTAATCCTTAGGCTAGAAAGTGTTG AAGTCTGATTATATTAGTCACTTGTTTGCAAAAATGATCATGTTTAAGTTACTGTTAGTGTTAACAAATGATTGGACGGT GACCCCCATTACTAAAGTGTTACAATCGATCATTACCCTCCGATCAAATACTGTTCTATTACGTTCTATAAGTGTTATTT CCAATCTTCTCATTAAATTGCTATTGTCAAATTACCCCCCACCCCCCATTACTAAAGTCTATTATAGAAAGAGCCGAGGA ACAAAAGTGTTATAGGAATTTAATTGTTTTCTAAGTATTTGAGAAGTGGTCAGTTAGTTACTCTTTTGTAAAGTTAATAG GAGGTTGTGCTGGGCTGCTGGCAGTTGGTGCAACTACCTGGCTAATAAATAAGGAGAGGACAAGGGAGGTAGGTATCTGT TCATTGGAATAGAAAGGTATTGGGAGAGAAACTGGGTTCTTCGAGTTTTCTCCAGAAGTTGTATTATGTCAGTTCTTTTC CTTGAGGCCGCCTGCATTGGTTTGTTCAGGAACTTCAGTAATAACAGAGTTTTTCATTTCTATCTTCAATTCTGATCCAG TTCTAACAAAAATTCCCTAATCTTCATTCTGCTTCAATGTTAACAGCTTCCTTTCCATCCCCCTTCTTATTTGCTCTGTA CATTCTTGTAGCAAAAAGTTGTTCTTCTATGAAGAAAATATTAGCCGACTGTAAATGTGTCTTAGTGGTGTTGTTTTATA TAATACCTTTTTTGTTTATTTTTTAAGTGGCTGTTTTGTAAGTATTTGGATACATGACAATAATTCAATCATTTGCAGGT TCATGGACCAGGAGTTGACATAGACACTTTGTGCATTGGTCCTTCTTATGTGAATCGAGAGGTGAAACACTTCTGCTTAT TACTTTTGCTCAATTCAGTAAACTCCTTGGCATTGGTTTCATATTTTAGCCAATATAATTCTCTTTTGCAGGAAGACTTC TTTTTTGGTTTACATGACATTTTGGCTGAAATGGAAGAAATTACTGAACTTCAACCAATTAATGATGCACATGTCCCAGT AATGAAATTCAAGTTCCAGGGAATTTCTATAGATTTGCTGTATGCAAGCATATCTCTTTTGGTTGTGCCAGAAGTAAGTT GGCTATTAGCAGTGCCTTTATATGTTCTGAGAGCCCATTTTTGGGAAAGACAATTTTATTAAAAATTCAGAATGCAATTG TCTTAGGTGAAGACTTTAAGGGCTTCCCTAACATAAGCACAATTTCCTTCATGAAGTTGAGTTCTCTAGGTCTTTCCAAA TTGAATGTAACCATTTCTCTTCGTCATATTTTGAACTGCTATCTTTCTGTCACTTACCTTCATTTTTTGTTTGTGGCATG TTTGGTTTGAAGTACAGGATCTTTATCTTTCTGTTAACATTATAGGAATTAAATGGAAGTAAGAAGGAGTAGTAGTTGTT TTATAGTTTGAGGCATTATTTATGACAAAGTAGTTTGCTGGCCTTCATTTAGCTAACATAAGTTTGCTAAATGCAAGTTT TTATTGTTGATCTAAATTTGTTTATCCACTTTGTTGAGGTTATACACTATATTGGTACAAGGTTTTAATCAGGGCCGTAT TTATTACTGTGTTTCCATTTCATGTTGCCTTCTGCATTCTAGTTTGTTTCTAAGAGAAATACATGTTTCTTTGATTGTTC TTCTCCTTTGTACATTCTAAATCTCCTCCATCAAGATGTGGTTTTCTTTTAAACCTGACTTCTGTTTATTATGGCTTTCA ATCACACTTATCCCCAGGACGTGGATATCTCACAAGGTTCTGTGCTGCATGATGTTGATGAACAAACTGTTCGAAGTCTT AATGGCTGCCGGGTGGCAGATCAGATTCTGAAACTTGTTCCTAATGTTGAGGTTGACATATATGTTCTTTAGTTTGGTTC ATTGATATATTAGATTTAATGGTCCTTCATCTTAATAAATTGATAGTCTGTTAACCTTGACAATGATAGCACTTCCGTAC TACGCTGAGATGTTTAAAGTTTTGGGCTAAAAGGCGTGGTGTGTATTCAAATGTAAGAACTTCATCTACAACCGCTGTAG TTTTTACTTTAATTAACCAATGGCATGGATTTTTGTTTTTGTTTGTCTTCAATATCATCTTTTGTTATTTTAGGTTACTG GATTCCTTGGCGGTGTAAATTGGGCTATTTTAGTCGCTCGACTGTGCCAGTTTTACCCTAATGCAATTCCTAGTATGTTG GTTTCTCGATTCTTTCGGGTCTATACACAGTGGCGGTGGCCAAACCCTGTAATGCTATGCTCTATAGAAGAAAATGAACT CGGTTTCTCTATATGGGATCCTCGTAAAAACTCCCGGGACAGATTGCACACTATGCCAATTATTACTCCTGCATACCCTT GCATGAATTCCAGCTACAATGTCTCAGCAAGCACTCTTCGTGTTATGATGGAACAGTTCCGCCATGGCAACAAGATTTGT GATGTAAGAGGAGTCTGATTCTTATTTTTGTAATGCTATGCTTATGACTACAGATTATTTGATTGATATTTCAACTGTCA GGAAATTGAGCTCAACAAATCCCAGTGGAGTGCACTTTTTGAACCATATGTCTTTTTTGAGGCATACAAAAACTATTTAC AAGTAGACATACTTGCATTAGATGCTGATGACTTACTAGCGTGGAAGGGTTGGGTAGAATCTCGGTTGAGACTGCTAACC TTGAAGGTAGAATCTTTTCATAGTTTGTTATTAGGCTTTCCTCTACTGGGTTTAATCCATGTTTCATGTGTGTTTTTTAT TCATTGAAAATATTTAATTTCTGAATGTTTTGACATATTCTTTTATTTTGTACATATTTTAACACATGCTTTTCTCTTAT CTATGAGCAGATTGAGCGAGATACCAATGGGATGCTGCAGTGTCATCCTTATCCACACGAGTATGCAGACACATCCAAGC CTTGCGCACATTCTGCATTTTTCATGGGTTTGCAAAGAAAAGAGGGAGTAAAAGGTCAAGAGGGACAGCAATTTGATATA CGCGGAACAGTTGATGAATTCAGACAAGAAATAAATATGTTGTATACATACTGGAAGCCTGGGATGGAAATTTATGTTTC TCATGTTCGTCGAAAGAAGCTCCCTGCATTTGTTTTTCCAGATGGTTACAAACGTTCTCGAATACCAAGGAATTTAAGCC ATACAGCTGAAAAAATGGGCGATGATACTCCAATGTGCAACTCTGGGTCTAGGTCTTCTGAAAGATGCGTCAAGAGGAAA AGTAACCCTGAAATGGTGGATGTGAAGCCAGATAAATCAGAGAAGCGGGCATCTGTTAGCCCACAAAATGTTTCTCCGGC GAGTTGTTCTAGTAAATCAGGTGGCACACCTCAAATGAGTATTGAGGATATCGAAGGAGTTAGGTTAGCTAGCTCAACAA TGAAAGATGCTGACAGCAACTCTGGAATTAAGTCATCTTATGGACTCCTAGGAAGTGGAACCAATATTGAAGTACGCAAC GTGCAGATTAGTGAAACAGGTTCTGTTGACTCCACACGGCTGAAACAAGTTCAGAATGAGGTAAGCTTGTTGAAACAGTG GAAGAATATTCCCTTGGCAAGTTGTTTGGTTCATATGAAGTTCCTTAATTAGAAGTTGGTGATCAATTTCAGAATGTAGT CAATGGGGATAAAGCTCGTGATCTGGGTTTAGATTGCTTGGAAAATGCAGAAACTGCAGCTACCAAAAGCTTGTCAAACT GGAAAGACGGCACTGTTGGTATGGAACAACAACTAGACAAAGGTTGTACTTTCACCAAAAGGGCCGAATGTTCAGATTTT GTACCGAGTGCCAGCACCCAGAGCCTCAATTGTGAGGTAAGTTTCTTCATTTGAGGACTTTTGGATTAGAAACTGTTGTG GATGGCAGTGAAAAAAACTCGAAGTCTGGGAGATAGTGAGAGTCAGGGATCTTTGCAGGGTGGTGTTTGTTTGGCTGATC CAGATCAGTTCTGAAGAGTGGGTATTTTCATGGAAATAGTATTTCAAAATATCATGGCTGAAGAGTTTAAGGTTTTGAAT TTCCTAATCTCTTTCTGTTTTCTCCGTAATAAAGATGATCTAAATAATACTATTCTTTAATAGCAGTTACTAAAGTTTTA TATTTCATGTGTTTTCTGATGAAATAAGTGAGTGTAATCTTGTATTTTTTTGGTGACTGATTCCCTTTGTTTTCTAGCTT GTTAACACATTATATATCCTGTATCCAGTCAGAATATGGTCTGTCCCTTTTCTGTTCCTATCTTTTTGGTTCTTCTTGCT ATGACCGACTGTTTTTATTATACATTGTATAAATTTGCCCATTTGTTTCAAGACGATTTGACTATTAATTTGCATGGTAA TTGAATTTCTTAGTCAACTTTCTGACCGCTGAATATGTGGTCGCAGGTCTTGCACCACTATACGTGCTATTTCCAGTTAC TGTGCTTAAGAACCTGACTTGTTTTGTGTAGAGAGGCTCAGAGACCAGACCTTCTGTTTTTCTCCTATACATTTTCTTGT TTACTGGTTTTTTTGGGTTCCTAATTATTTGTATTCTTTCTATTTTTCATATTTTGTATAGCCAGATGTCAGACTCAGAA GTGTTGTATAAATTGAAGATGGGGCTAGGTCAGAATCTTGGCTGAAGCTTGTGAAAAGCTTGCTTTTAAACTCTCTTAAG TGTGTATGAGAATGTCTTTATACTGTCCTCTTTGGTTTTGGCCTTGTAGGAGGATGAGTTTGGAGTGGTACGTGAAAATG GGAGGTGAGTCTCTGAAGTTGCTGCTGCGCACACTTCTACTATCTTTTGCTGGGTTGGGGCTGTTGCTGTGCTAAGATCC TGTGGGCGTAGGCATGAGGCTAAATCTGAACAGTGAGGAGCTGATGCAAATGATGGCTGCGTGATGGTCCTTTGTGTACA TAGATGAACGGAGGCATGGAGATGCTAAAAATGTGGTCACGCCCAGTTTGTGTGAAACCATGGGCTGATTTCATCTTCAG AGCTGTGAATTGTCTCATAAACTTTGACATTTACACACCTTGGATCTTCAAGGAGTGGGAACTTTGTGGTTTTGCTTTGT GATGTGGATGTAAATGTAATCAAATTGCCATTTCGACTAGGTGGTTTAGAAGACAAAATGGCAAAACAAAAATATTTTTG GCGGCAGATGAGTAGGTGGTAGTCAGTCATTCACGTCTATCCTTGCTTTACAAGTTTAGACAGCGGGGGGTACTACTGCC TATGAGTTTCGTTGGTCTTTCTTGGCTTAAAACTTCTGTGAAATATTGTATTTGTCACCAGTGTTCTCATATCGTTTTCT TCTATTTCTTTGCTTCCTTTATTTGGCGTTTTATTTGGTTTCAGAGTATGGGTGGGTGATAAACGTGCTGAAACAGGGAT TATACTTGGATTTATGGTGACTTGCCAATGGTGTTGATAAAATAAAGTTGTAATGTGGAAAACCTAGTTTATAGATGTAG TTGCTAGTTATATCCAAACCTTAAGCATATTTTTAGTATAATACTTCAATGATTTCCTTTGGAGATGATATCAGTACATA CTTACACTACATTGAAATTATTCTTTATGGGGTAACACTGCTGTCACACACTATACAAGCAGGTATCTTCATTTTCACTT ACCACCCTGCTATCCTTATAACTAGTAATGTACCTCGTATCCCCAAGAAGAGGGGTGATGTCAAACTCAGTTGCTACTCT TTTATGAGCTGAACCATGAGAACAAGACTGACGAAGAACTTGCAAAACCTCCTTCATGGAAGGCCTAGTTGAGGGTAATG AACTTGTGCACATCAGGCCTAATTTGACGACGGTGGTCATCTCTTCTGCATGACGTGTTTCTTTGATACCCTCATCAAAG GCACCACTAAGGCACTTCCCTTCACTGAAATGCTGCCATACCCAATCAACAAGGCTGCCTCCATGCTCGCCTGCGTTGTT AGGCTCTCTTCCCGTTACAAGCTCTAGAAGTACAACTCCAAAGCTGTATACATCAACCTTCTCGTTAATCTTAGTTGAGT AAGCATATTCTGCAATGCAAGTGAAGCAAAGGATCAGTTGACTTCAATATGAACACACAAAATTATGTAGTTGGTTGATC AGCTTATTTTTCTTAAAATTAATTCTATTACTCAGAAGCTCATCTCTAGAATTGATTTTATCTTTAGAATTAATTGTTGA GGGAAATTCCAAGCATGCTAATCATTTACCTGGTGGAATGTAGCCAAAAGACCCTGCTAGAGCAGACATGGAGTGTAGCT CCCCTGGCTTTGTCAATATCTTAGCTAGCCCAAAATCTGCTATACAAGCCTTGAACTCTGAGTCTAGCAGTATATTACTG GACTTGACATCTCTGTGGATGATTCGCGGTGAGCATTCGTGGTGCATATAACACAGACCTTGTGCAGCTCCGATGGCAAT CTTCAATCTCGTAGGCCAACTCAACACCAGATGATTCTTGTTGGGTGAACTCAACTCAGTAATTGATGATGTTTTCTTCT TCCTATGAAGCCATTTGTCCAGGCTCTGGTTTTCCATGTATTCATAAACAAGAATCTTGGAGTTCTCACTTGAATAACAA CACAGAAGCTTCACCACATTGGAATGCCGAATGTGGCCCAGGGTCTCCACCTCAGCCATAAACTCTTTCTCCAGCTTGTC ATCGACATCTTTGCTGTTCCAAAGCTTTTTCACCGCAACATACTCGCCGGAATGATCTGAAGCAATCCGGTAGACTTTCC CAAATCCTCCACTTCCTATGAGGTTGTTTTCTGTTAAACTTGAGAAGAGATTTATTTCTGTGAGATCAAACCTCTGGAAT GAGGTAAGCCTCCATGTTGATATCTTTGGCCTTAATTGCTTTTTGCCACATTGCTTTTTCAAAGTGTACAAGGCCAAGGA GGCAAGGATCAGTAACACAATGGAGGTGACAGAGAGAATCAGGGAAAGGAATTTGGAAGAGGAATTGCTGGAGGGTGGTG AGGTTTTGGCCAAGCAGTTTGAAAGGTTGAGTCTTTGGTTGTGAGCACATAGATGGGAATTGTTCAAGAAACTGCTTTCA TATGCAAGGTTATCAAACTCATCAGGGATGTTACCAGAAAGGTTGTTGGAGGACAAGTTGAGAAAAACAAACCTCAATTT GGCAACCTGAGTTGGGATTACACCAGAGATTTCATTCTCAGACAAGTCCAAGTAAACAAGGTTAGGAAGACTCGCGATAG CTACGGGGATTCGGCCAGAAAGCTTGTTCCTTGAGAGGGACATAGTATTCAGTGATTGCCATGAAATGATCTTTGAAGGA AGTGGACCAGAAATTTGATTACCATCAAGCATGAGGGTAGTGAGTTTTGAAAGACTTGTCAATTCCCTTGGAATTTCACC CGAAATCATGTTGTTTCTTGCATCAAAAACTACTAAATTCACAGCTGATGAAATTCCAAGAGATATCTGACCTGAGAAGT TGTTGTTTCTGATCTCAAGTCTCGAAACATTCGAAGACAATTCACTTGGAAGCTTCCCAGAAAAGGAGTTGTTGCTTAAC ATCAAGGTTTGCAGTCTCCTCAAATTCCACAAACCCAAAGGAACCTCCCCTGAAAACTTGTTATTGTAAAGCTGAACTGT GGTAAGAGAAGCACAATCCTCAAGCCATCTAGGCAAGTTCCCACTGAGATTGTTTGAAAAAGCAATCAAACCCATCAAAA CACCACCAGCACACAAATTCTCTGGCAACCCACCAACTAGTTCATTGTCAGAAACTTCAAAAGATACAAGGTTTGAATAC AAGCCTAGTTTTGGAGGCAAAGTTCCACTCAACTTGTTCCCAAAAACCCTGAAGTTCCTTAGACTTGGGATTAAGCCTAA ACTACTAGGAATCTCACCAGAGAATTGATTCAAATACAAGTGCAACATAGTCAAATTCTTCAACTTCCCAAACTCTTGGG GTATGGAACCTGTTAAATTGTTCATAGCCAAATCTATATCAGTCAAATTCAACGCTTTCACCGAACTGGGTATCACCCCT GACAACCTATTACGAAACAGGTACAGAAACTTGAGATTCTTGAACGAAAACAGAGAACTAGGAATGCTTCCTGTCAAATT GTTCACAGACAAATCCAACTGTTCGAGGCTCGTGAGATTCACGAAGCTTTCGGGAATCTCCCCGATCAGGTTACACTGTT TCATCCACATGAAACGAAGGTTCTTCAGGTTCCCGAACTCGAAGGGTATCGCCATGGGTGTGAGTCTCCAGTTATAAGCC AAACCCAGCGTTTCAAGGTTGGACAAATCCCCAATCTCCTTCGGGAGTGTTCCGTTGAAGTTGTTCTGATACAGGTGAAG AGTTCGAAGCTCCGGGAGTTTCCCGATCGCTGCTGGGACGTCGCCGGTGAAGCTGTTTCCGGCGAGGTTGAGGTACGTCA GGGTTTTGAGGCGGTTGATGTCGTCAGGGATCACGCCGGCGAGGTAGTTCTGGGAGAGGTCGAGGTACTGGAGGCTGGAG CAGTTGTACAGCGACGTCGGGAACTCGCCGGCGATGGAGTTGTTGGAGAGGTCTAGCTTGGTGAGGTTTTTGAGGTCGCA GATTGTGGCTGGGAGACTCGTCTGTGTGATGTTTTTGCTTGGGAGGAGGAGCTCCGTGACGGCGCCGGCGGTGCAGAGAA TCTCCGGCCAGTCGCACGGCGAGGATGGTGACTGTTTCCATGACTGGAGCGACGGTGGATCACCCAGTTGGTGTTTCAGG GTGAGTAGGACTGTTTCCTCGGTGGTTGTTGCTTGCGAAATTACTTGAAAGGGCACCGTGATGGCGAGCAAGAGGAACAA ATAGAGTGGAAGTTTCAGCACGGGGAGGGGTATTTTGGACATTTCGGTAGCTCCGGTTGGGGATTTAGCCGGGAAAGTGG TTAAACTTTGTTTGTCAAAATTCAAACATGGGTTTGCTGGTTTTGTTTCCACTGTTTAGTGTTGTGTGAGCATCTATCTT AGTAAAGTTATTTCTAACACGTTTATGAAGTCACTTTATATTAATATCATCACATGAAAGGTGAAGACTTTGGAGAAAGA TACTACAAGAACTTAGATTGAGACACAACTAATCTCAGGTTTTGAGTTTAACTTTTATATTTTTATATAGGTTGAGGTTC G
CDS sequence (LotjaGi1g1v0409600.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGCAGGTTCCGGTAGTCCCAACGGTGGTTCTACACCGCCACCGCCGCCTCCAACTCAACAAGTTGGATTCTCAAAACC CATTTCCCTTGCTGGCCCTAGCGATGCTGATATCCAACGGAACCTCGAATTGGAGAAGTTCATGCTTGATTCTGGGCTTT ACGAGAGTGATGAAGAAGCTGCAGCCAGACGAGAAGTCCTTCGCCGCCTTGACCAGATTGTGAAAAGTTGGGTGAAGCAG GTGACTCGTCAACGAGGCTACACCGATCAGATGGTTGATGATGCAAATGCTGTCATTTTCACTTTTGGCTCTTATCGCCT TGGGGTTCATGGACCAGGAGTTGACATAGACACTTTGTGCATTGGTCCTTCTTATGTGAATCGAGAGGAAGACTTCTTTT TTGGTTTACATGACATTTTGGCTGAAATGGAAGAAATTACTGAACTTCAACCAATTAATGATGCACATGTCCCAGTAATG AAATTCAAGTTCCAGGGAATTTCTATAGATTTGCTGTATGCAAGCATATCTCTTTTGGTTGTGCCAGAAGACGTGGATAT CTCACAAGGTTCTGTGCTGCATGATGTTGATGAACAAACTGTTCGAAGTCTTAATGGCTGCCGGGTGGCAGATCAGATTC TGAAACTTGTTCCTAATGTTGAGCACTTCCGTACTACGCTGAGATGTTTAAAGTTTTGGGCTAAAAGGCGTGGTGTGTAT TCAAATGTTACTGGATTCCTTGGCGGTGTAAATTGGGCTATTTTAGTCGCTCGACTGTGCCAGTTTTACCCTAATGCAAT TCCTAGTATGTTGGTTTCTCGATTCTTTCGGGTCTATACACAGTGGCGGTGGCCAAACCCTGTAATGCTATGCTCTATAG AAGAAAATGAACTCGGTTTCTCTATATGGGATCCTCGTAAAAACTCCCGGGACAGATTGCACACTATGCCAATTATTACT CCTGCATACCCTTGCATGAATTCCAGCTACAATGTCTCAGCAAGCACTCTTCGTGTTATGATGGAACAGTTCCGCCATGG CAACAAGATTTGTGATGAAATTGAGCTCAACAAATCCCAGTGGAGTGCACTTTTTGAACCATATGTCTTTTTTGAGGCAT ACAAAAACTATTTACAAGTAGACATACTTGCATTAGATGCTGATGACTTACTAGCGTGGAAGGGTTGGGTAGAATCTCGG TTGAGACTGCTAACCTTGAAGATTGAGCGAGATACCAATGGGATGCTGCAGTGTCATCCTTATCCACACGAGTATGCAGA CACATCCAAGCCTTGCGCACATTCTGCATTTTTCATGGGTTTGCAAAGAAAAGAGGGAGTAAAAGGTCAAGAGGGACAGC AATTTGATATACGCGGAACAGTTGATGAATTCAGACAAGAAATAAATATGTTGTATACATACTGGAAGCCTGGGATGGAA ATTTATGTTTCTCATGTTCGTCGAAAGAAGCTCCCTGCATTTGTTTTTCCAGATGGTTACAAACGTTCTCGAATACCAAG GAATTTAAGCCATACAGCTGAAAAAATGGGCGATGATACTCCAATGTGCAACTCTGGGTCTAGGTCTTCTGAAAGATGCG TCAAGAGGAAAAGTAACCCTGAAATGGTGGATGTGAAGCCAGATAAATCAGAGAAGCGGGCATCTGTTAGCCCACAAAAT GTTTCTCCGGCGAGTTGTTCTAGTAAATCAGGTGGCACACCTCAAATGAGTATTGAGGATATCGAAGGAGTTAGGTTAGC TAGCTCAACAATGAAAGATGCTGACAGCAACTCTGGAATTAAGTCATCTTATGGACTCCTAGGAAGTGGAACCAATATTG AAGTACGCAACGTGCAGATTAGTGAAACAGGTTCTGTTGACTCCACACGGCTGAAACAAGTTCAGAATGAGAATGTAGTC AATGGGGATAAAGCTCGTGATCTGGGTTTAGATTGCTTGGAAAATGCAGAAACTGCAGCTACCAAAAGCTTGTCAAACTG GAAAGACGGCACTGTTGGTATGGAACAACAACTAGACAAAGGTTGTACTTTCACCAAAAGGGCCGAATGTTCAGATTTTG TACCGAGTGCCAGCACCCAGAGCCTCAATTGTGAGGTAAGTTTCTTCATTTGA
Protein sequence (LotjaGi1g1v0409600.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MAGSGSPNGGSTPPPPPPTQQVGFSKPISLAGPSDADIQRNLELEKFMLDSGLYESDEEAAARREVLRRLDQIVKSWVKQ VTRQRGYTDQMVDDANAVIFTFGSYRLGVHGPGVDIDTLCIGPSYVNREEDFFFGLHDILAEMEEITELQPINDAHVPVM KFKFQGISIDLLYASISLLVVPEDVDISQGSVLHDVDEQTVRSLNGCRVADQILKLVPNVEHFRTTLRCLKFWAKRRGVY SNVTGFLGGVNWAILVARLCQFYPNAIPSMLVSRFFRVYTQWRWPNPVMLCSIEENELGFSIWDPRKNSRDRLHTMPIIT PAYPCMNSSYNVSASTLRVMMEQFRHGNKICDEIELNKSQWSALFEPYVFFEAYKNYLQVDILALDADDLLAWKGWVESR LRLLTLKIERDTNGMLQCHPYPHEYADTSKPCAHSAFFMGLQRKEGVKGQEGQQFDIRGTVDEFRQEINMLYTYWKPGME IYVSHVRRKKLPAFVFPDGYKRSRIPRNLSHTAEKMGDDTPMCNSGSRSSERCVKRKSNPEMVDVKPDKSEKRASVSPQN VSPASCSSKSGGTPQMSIEDIEGVRLASSTMKDADSNSGIKSSYGLLGSGTNIEVRNVQISETGSVDSTRLKQVQNENVV NGDKARDLGLDCLENAETAATKSLSNWKDGTVGMEQQLDKGCTFTKRAECSDFVPSASTQSLNCEVSFFI
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 | 30 | 30 | - | – | |
| PANTHER | 15 | 599 | 585 | 0.0 | – | |
| PANTHER | 15 | 599 | 585 | 0.0 | – | |
| SUPERFAMILY | 23 | 216 | 194 | 1.37E-49 | ||
| Gene3D | 23 | 365 | 343 | 9.0E-151 | – | |
| Pfam | 23 | 367 | 345 | 1.0E-107 | ||
| Gene3D | 55 | 211 | 157 | 9.0E-151 | ||
| CDD | 62 | 217 | 156 | 5.69357E-27 | – | |
| Pfam | 96 | 171 | 76 | 4.0E-8 | ||
| SUPERFAMILY | 218 | 367 | 150 | 4.71E-63 | – | |
| Gene3D | 369 | 486 | 118 | 6.6E-20 | – | |
| Pfam | 370 | 429 | 60 | 9.4E-12 | ||
| SUPERFAMILY | 370 | 497 | 128 | 3.73E-36 | ||
| Pfam | 432 | 503 | 72 | 2.7E-7 | ||
| MobiDBLite | 507 | 576 | 70 | - | – | |
| MobiDBLite | 530 | 553 | 24 | - | – | |
| MobiDBLite | 554 | 575 | 22 | - | – |
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 | RNA binding | Interacting selectively and non-covalently with an RNA molecule or a portion thereof. | ||
| Molecular function | Polynucleotide adenylyltransferase activity | Catalysis of the template-independent extension of the 3'- end of an RNA or DNA strand by addition of one adenosine molecule at a time. Cannot initiate a chain 'de novo'. The primer, depending on the source of the enzyme, may be an RNA or DNA fragment, or oligo(A) bearing a 3'-OH terminal group. | ||
| Molecular function | Nucleotidyltransferase activity | Catalysis of the transfer of a nucleotidyl group to a reactant. | ||
| Biological process | RNA 3'-end processing | Any process involved in forming the mature 3' end of an RNA molecule. | ||
| Biological process | RNA polyadenylation | The enzymatic addition of a sequence of adenylyl residues at the 3' end of an RNA molecule. |
Expression pattern of LotjaGi1g1v0409600.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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