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| Field | Value |
|---|---|
| Gene ID | LotjaGi3g1v0509800 |
| Transcript ID | LotjaGi3g1v0509800.1 |
| Related isoforms 5 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Glucose-1-phosphate adenylyltransferase; TAIR: AT4G39210.1 Glucose-1-phosphate adenylyltransferase family protein; Swiss-Prot: sp|Q00081|GLGL1_SOLTU Glucose-1-phosphate adenylyltransferase large subunit 1; TrEMBL-Plants: tr|I1LQ25|I1LQ25_SOYBN Glucose-1-phosphate adenylyltransferase; Found in the gene: LotjaGi3g1v0509800 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr3:92687891..92699627) extracted from Lotus japonicus Gifu genome v1.2.
CTAAATCAACCACTTGTTGCTTATGGTCGTGTGGAGTATAAGTAGCAAATTAACATTATTAACTTATATTTTATGTTCTT AGCTATAGTTAATATTTTGGAAATTTTTATATATACTAAGGCCATAAGACTTTTCCCATATTTCTCGTGACTTCGTGAGA AGGCTCTGGCTCACTAGCCAATAAAGGCAACCACACTAGTAGATCACATTTCAGTCTTAGTAATCGGCCTTTAGTTCCCA ATTCCAACAATCTAAATCTCATGATCACCTCTCTGGATTCCCATTTTCATCAATCTTCATAGCTTAAAATATTAGTATTG TTCTATAAGAGCATAGAATTTGATTCTCTTCATCTTCCTTGGTGTCATTGCTTTCATATTCTTACACCATTTTAAAGTAA GATTTTATTTCCCTTCATTAATATTTTATTGTCACTTTGAATTTGATGACAACTATATGTCTCTTGCTTTGTAATATTTT TTTTAAGTAGTGCATGCTTTACTTGATTTCTTTGCAGTTTGAACTTTGAAGTTCAAAATCAAAACTTGTGAGTTTGCTCT TTGCAAGGACTTGAACTGTTGATCCATTACCATCACAAATTCACAATGGTGTCTGCTGCTTGTGTGGCCTGGACAACCAG TTCACAGTTAGCAAAATCTAAAAAAGACAGTACTTTTCTGCAAGATGATGGTTTTCTAGGTGAGAGAATCATCAAAGGGA GTCTGAGTTACAGTCCCTGGATCAATAATCAATTAGCCACAAGTTGGAGAGGCAAGGAGAGTGTGAAGAAGGCCAAACCT GGTGTTGTGTCTGCTGTTCTTACATCAAATGATACCAAGGAATCCTTGGTAAGCTGAATTTTATTCCTTCATTCGTTTTC TGCTTCCCCAACTTCCAGTTATTATGGTATTGATCAATATGATTGTAAGAATAGCATGTTTTGTTTGGATCAACCTCTCT TTTCCCATAATCAATTCTGGCACTCACATCATGTGCATGTTTGGTTTCCCATAATCAATTCTGGCACTCACATCATGTGC ATGTTTGGTTTACCGTCAATTCCGGTGGAGTAAAATCAATTCTGGGTGGAATTATTGATGATGTTTGGGAGTTATTTTTG ATAATTGATTTCATACCGAAAATCAATTCTGGTAGAAGCTAGAAAAACTAGCACTAATCATAATCGATTGTGAGATTTTA CAATTGAATTTCACAAAATTACCTAACAAAAATCACTTTTTCGTAAATGTATTCAAATATGAAATTTTACTTTCAACTCA CTTTTATTACTATAATCAATTTTATCAGAATCAATTGCGACAAACGTTGATCCATACGGGCAAGCTTCCCCCATAATAGA ATATGAAATTTTACTTTCAAGTTTCAACTCACTTTTACTATAATCAATTTTATCATAATCAATTGTGACAAACGTTGATC GATACACGCAAGCTTCTCACAAGAATAGACTTTTGCTTTAGAATCAATTGTAGAAGAATTTTGAAACATAGTCTTATGTC AATGTGGGTGCATTCTTTTGTATCTTATTTGGAAAGTGAATGTATTCTCAATTTCTCATTGAGGGTTTCAATTTCAGAGC ATTCAAGTGCCAACCTTTCTCAGAAGAAAGGCAGACCCTAAAAATGTTGTTTCCATCATATTGGGAGAACGTCCTGGGAT TCAACTCCTTCCTCTTACCAAACGAGCTGCAACACCTGCTGTGAGTAAATCATTGTCTTGACTGAAAAAGCATCACTTTT GTTGGAGTTCCATGCTGTGATGAAACTGTATGCATTTTCAGGTCCCTGTTGGTGGATGCTACAGGCTTATAGACATCCCA ACGAGCAACTGCATTAACAGTGGCATCAACAAAGTATTTGTGTTGACCCAGTTCAACTCTGCATCTCTCAACCGTCACAT CTCCCGCACCTATTTCGGAAATGGCATCAATTTTGGGGATGGATGTGTGGAGGTATGTCTCATGGAGTTGGATGGTAATT GTTAGAGGGCCGTTCACCATAATCTAGTTGATTTATTTTGTAAGATATTATGCACTTTGGTTTCACAATTTGCACATAAT CAAAGACACATTTGCGCAGAAGGCGAGACTTGTAGCTTCTAATCAGAAGTGATTCTAGTTCTATAACATTTCACCATGGA ATCAAACATGCTAGCTATATCTGACTTCAAGTTGCCAATACACATTTTTGTTCATTCATGATGATAAAAGAAACCTAAAT ACTCTACAGGTTCTAGCGGCCACCCAAACACCAGGAGAAGCTGGCAAGAATTGGTTCCAAGGCACTGCAGATGCTGTGAG GCAATTCACTTGGGTATTTGAGGTGGGAACATAATTTTTGCATATATCAGATTTCAGAATGTACTGCATATCCTCAAGTT GAACTGGACAGTAATAGATTGAGTGTTGTAGGATGCCAAGCACACAAACATTGAGAATGTGTTGATCTTGGCAGGAGATC ATCTATACCGTATGGATTACATGGACCTTGTGCAGGTAAAAGGTTACTTGTTTCATGTGTTGGATTAGTTATTCATTTCA TTGTCACAGCTTTTAACTTAAAAAATTAAACAGAGTCATGTAGACAGAAATGCAGATATTACAGTATCATGTGCTGCAGT GGATGACAGGTGTGTTCAGTGCTCTTTTAGATGTGTTCCTTTATTTCCATGTTTGTTTGTTTGTTTGATATCACTTTATT TGAACTTCTAGCTATTTTACTTTTGTTTCACTACTGCGTATTTGATTGAGAAGGAAAGAGCCATGAGAAAAGAGGCATAG ACACACTAACTTCCTCAAAAAAATTATTTCAAACTTAGTTTAATCTAAGTTTCATTTCTAATTGCATACTTTTTAGTCGA GCATCAGATTATGGATTGGTCAAGGTAGATGGCAGAGGCCGCATCATCCAATTTTCAGAAAAACCGAAGGGTTCTGATCT GAAAGAAATGGTAAGTTCCAACTCTATAGCCTATTTGGCATTCAACTGAAGAAGGTTCTTGGTCACTATCTGAAAGCAAA AATTACGGCATGTTTGCATACACAGTAGATTTTCACGTTGGAAGAAGGATTGATTATGAGAGAAGTTACTCCCAGTAGCT TGTGGTTGCAGAAATGATTTTTGAAGTTCTGAACTTGAATACAAACATGCTATACCACCCTCTATTTCAGTAGTCCTTTA AAACTGATCATCTTAGCACTACAGCATCTCCAGAGAAGTTCATACTTTATATTTGATATACATCATAGGATAACATCAAA ATCTCTTGTACTAAACATGTTAATAACATGAAGATCTACATCTAAAACATACAGATATATATAGGCTTGATTATCAAACT TCTAATACAGTTGAATCCCATATTTGTTATTCTACCTTTCCATAATTATGAACTTTTTCTACAAACTTGCAGCCCCAAAT TTTATTTCCATCTGCCCTCATTCTTTTAATGTGTTCCTTTTGCTTCTATGCAGCAAGTAGATACCTCTCTTTTTGGCTTG TCACCTCAAGAAGCATTAAAGTCACCATATATTGCATCTATGGGGGTTTATGTATTCAAGACGGATGTTTTACTTAACCT TCTAAAATGGAGATATCCTACTTCGAATGACTTTGGATCTGAAATCATTCCTGCAGCTGTGAAGGAATACAATGTCCAAG TAAGAAATTCCAGTTCGATATATCGCTTTTCATATTTAGATCTATTCTAGAAGGAGTCTTGTCTTCCATTTACAAGGGAC TGATAACTCCTACGATGAGGCAACAACACAACTTGAATGTTTTGTGCCTTTTTTCAGGGTTACTTTTTTGGTGACTATTG GGAAGACATTGGAACAATAAAATCGTTTTACGATGCTAACATGGCTCTTACTGAAGAGGTGGGTTAAAGATATTTACAGT TGGAAAATTTCTAATATAATGTTTTTCCTCTGATACCATGCATTAGTCACAAGCCAAAATATCAAAGATGCACTAATGAC ACTATGACATAGTTACAATGACACTATGAACTCAAATAGCTACTAGAATGTAGTAGCAATTTGTAGGAGAAGCTAATCTG TTTTATGTTACCCTCTAGCAGAATCCAATGTTCAAATTTTATGATCCCAAGACGCCCATTTACACATCTCCAAGATTCTT GCCACCAACAAAGATTGATAAATGCCGGGTATGGCTATGATCACTCATTTCAGAAGCTCTCTCTTAATTTAATAACATGT CTTGCTTATCATATTTGAGTTCCTCTTGCAGATTGTGGATGCAATAATTTCCCATGGATGTTTCCTGAGAGAAAGTAGTG TCCAACACTCCATTGTGGGTGAACGTTCACGTTTGGATTATGGCGTTGAGCTCCGGGTAAACTACCATAATTTCTAGACC AAGGACACTAGAATTCTCTAATTAAAATTCCTACCATCTAAGATCTCATTTTACAGGACACTATAATGATGGGAGCAGAC TATTACCAAACTGAATCCGAAATCGCTTCCCTGCTAGCAGAGGGGAAGGTTCCCATTGGGATCGGAAAGAACACCAAAAT TAGGTAATCATACTAGCAGTTACTACATCCTAACATGGATAGCTAGACCACCTAATTCAATATGTTGGTTTTTGCATGAA CCAACTATCTCAAAAGCTTAAGTTATTAGGTAAAGACGTATACTGATTTTATATTATATTTCTAACACGTTCTCTCACGC TAAAACACATTAGGCTTGAACTCTAATGCCATGTTATGGACCAATTATTCTAAAAGTCTAAGTTAGTTGAGTAGGGTGAA GATGTATCATATATGAATGATTTTGTGTTATATTTCTATCAGTTTTGAAACTTAAAACTTAAAAGTAAATACAAATAGTG CCTTTACCATGATGATAAAGAATTAGATTAGCATTTAGAATCTTCATGTTATAATTGTTATTTGTGTCTTTGTTGAAGGA AATGTATAATTGACAAGAATGCAAAGATTGGGAAAGATGTCATCATCATGAACAAAGATGTGAGCATGGCTGCCCCCTAT CTTCTTTTTTTACACAACTCATTACCCTTCATTAGTTCTTAGTTATAAGTATCAAGTTATCTATGAATAGTTTATCACCA TTCAAATGCTTTGAGTTGAGTGTAGGGTGTGCAAGAAGCAGATAGAGCAGAGGATGGATTCTACATTAGATCAGGAATCC CTATCATAATGGAGAAGGCAACAATAGAAGATGGAAGAGTGATATAAGTCGGGTGTGTTTTACTTATTTCATGTGGCTGG TTGTCAAAGTAGCTGCAAGAAGCATTCCAAGGAACACTTATCTTTGGGAACTGAAGAGTAGCAGAGAAGTTGCAATACCA CGTTCAGCTGAAAAACCAGCAGTCATTTTTGCTGTATGTGCAAAATAGAAGGCTACTTGTACAAATAGAATGTATAAATA AAATATGAAATCGGAATGTACAAAAGCAAAAAAATAAAGGTTATGTTTGGCACGCTTAGCTGATAAGCTAGCTGAAAGTT GATAGCTGAAAAGCTAGCTCATAGCTGAAAGTTGATAAGCTAGCTGAAAGCTGAAAAGTTACGTAATTGTAACAAATGTG TTTGGTAAAATTAGCTGTTGAACAAGCTGAAATTGTAAAATGACATAAAAGGACATACTTGTATAATTATTTTTATATTT AACATTACTTTATTTTCACATTAATATCTATAAGATATTAATATTAAAATTATTATACATTTATACCTTTAAATATTTTA ATTTGACTCAATTTATTTATCATCTTAAAAATAGGTTTTTTGAAGGAACAAAAAAATCATCTTAAAAATATAATATTAAT TTTTACTTATTTTATTTTAACATTAATACTTATAGGTGGAATTTTAATAAAATAATAAGGATAAAAATGACAATAAATTC AATAAGCTATAAGCTACCTCAGATAGCTTATAGCTTATAGCTTAAAGCTTTAAGCTACTGAAATAAGATCCTTCACCAAA CACTTTTATAGAGCTTTTAAGCTAGTCAAATAAGCTTTAAGCTAGTCAAATAAGCTATAAGCTAGCTAAAATGACATGCC AAACATAGCCAAAATGAAAGGGTTAGTGTGAAAGAGTTTATAATATTAGTAAAAAAAACAGGACATCTCATAATAATCTA TCATTTTTTTTAATTTTGCAATATTGTCAAGCTCAATAAAACATAAAATAAAAATTTTACCATCCTTTTTCTCCTCCAAA ATATTTCAATGTACTTGCACTCTCAATCACAAGAACGTTAATACAAGGTACTTTCACCCTAATGAAATGCATATTAGTTT AACAGTCAACATTTTTTTTTTTTGGTCAATAGAGCTTAGATTCATATTCAAAGATTGCCGAATGGCACTTAAGTCACTTC ATTCTGAACAGTTCTTAGAAATGGTTGTTTAACATCCTTTTATAGTTTTGTTTCGAAATAGACATGTGGGGACAATGCAA GCATTATGCAATTCATATGTTGTACGAAAAGGACAGTAATGTAGATGCTATTCTCAATAATCTGGTTATATTTTCTAGGA ATAAGGAACTTTATTAGGATGAATTCCATGGTATATTTTATTGGAATATGAAAATATTAGCTAGGAAGAATCCCATGGAA ATTATCATAAAAGAATACATAGAAGAATGGCTTTTCTATCCTGGACCAGATTCCTCAGGTTGGCAAATTTTATTTCTTTC TAGTTTGGGGTTAGCTGCACATGGTGCTTGAGACATTTCCTTGGTCCTTCGTTGCAATTGCAAACCCTGTTTTTTAGCAT TTGACGACACTTTTAACGAGTGCATATTATCCTAAAACCTTAATTTTTCAAAAAAATTTAGGGTCTGATGATAAAGATGT TCAGTTAACGCAAGGTCAACGGAGTCTTTGAATCTCTTTCACGTACATGCCATGAAACTTGAGAGCATAACCCAAACACA CTTAGTCGAGATACAAATCTTAGCTTCTGTTCTGGACATAATCATTTAAGATTTCACAACTCGATTTTACAACATTAACC TACAAAAAATTAAGTTTCTCACAAATGTAACCAACCATACATCATTCATTTCAACTCACTGTTACCATAATGAGTCTTAC CAAAATCAACTCTATCCACAATTCATTCCAACAACACTAGTCCAAACACACACTAATTAAGCCAACACTAAAGCTCAAAA GTTCTCAACTTGCAGCACCAAAACAAAAGCCACCTATCGATGAAATGACATAAAGGATTGTCTAACCTACACCACATGCT ATGCAACCACATCGTAGATGGAGAAGTGTAATGAAAAAAAAAAAACGCATCAGAAATTACATTCACTTCTGTACTACAAT TTCCATAGATAAAATTATTGGTCCAAAGATGAGACTGATTAACTCATTTGAGGCAAGTTAGACAAACCCCATGAAATGAA AAAAACTATTGCACATAGCCTCCAAATTAAGGCTGCTTTGAAGAAACATAAAAATGGTAGACCAAATGGAAAAACAATGA TATTTTGAAATATTAAAAACACATTTGAACATTATTCTTAAATAAATTTTACCTCACATTGCAGATCATCACCACATTGA GGAAGCTATTATTCACGAATGAAAATTCACTGGTACATGAAACCCAACATGATATGCTATCAAACCTTATGATTTACTCC GTTAATACATGATTCGCTTGGCAATAAGACTTGGGTGATAATGCAGAACTCAAGCCCTCTAGATAAATTTCTCCCACACT GGATGGAAACAAGGTCTTGCAAAAAACATTTAGGTTACATGCGAAAACAATGCACGTTCCCATACATAACATCCTTAGAT GCATGCACTGCTTATATTTTGTTTAGCTTAGTCCAAATCTGAGGAGACAAGGAAGTAACATAAACAATATGTTCAACCCC ATTTCTCCATACTAATGCAGCCATAAGTATTCATCTGATATTAATCCCGTGAATCTCCCACCATAAGCATAAGAATCAAT ATATAGCACCAGTGGCCAACAACTTCAAAATCCCTTTGTATTCCAAACTATTATGGGTCCTTTTTTTGTAAGCTCAGAGG GATTCAAACCGTTCATTGCCTTTCCCATCAGGGCCATAGCAGCAATGCTTGGAAACTGCTTCTTTTGAAACTCTTCTATA GTAGTGTTTGAAGACTTTGGTTCCCGAAACTCCACTAATTCATGACTCTTTTGGGAACACGCAGCTCGACTGTGACTCCA TCTCTGAATCCAGGGATGTGAAAGTGTAATATCTACAGTTTTCTTCGCTTCAGTAAAAGATGGATTGCCATTTGTTAATG CTGTTGCAGGTAGATCTGGTACCGTCTGTCCTTCAGCAGGACATACCACTTTGGTTTCCAAACTAGTTTTGCTGAATGTA TTTTTGACTTTTTCATTTGAAGAAGTTTCTCCAATTTGTTCGCTCTTGGTACCATGAGCAGACCCCAATGTGCATAACTT GAGTCGTTTAACCCATCTGCTACTTGGATCTGGCCCCAAAGAACTACTGCCAGATTTTGTCTTCGCATTTTCATCCGCAT GAGAAAGAAGTTGTTCCACATCAAGGCTGTGGGTTCTTGATGTGCTAGTCTCCCTGTCAACCACTGGACTTGCATGAGTG AGAAGCTCATGAGGCTCTTTGTTCATATCCAGCATTGCTGTATTCGCTGATTTTGCTATGGTTTTCACTCTGGCTGAAGT TTCTGCAACTTGAGACGTGAGCAAGTTTTGACTATCCTTGAAGCACTACAAAATTGAAAAGTTGATAACTCATACTTGAT TAGCCTCTCAAAGTTTGAATAATATCATATTTTTAACGGGGCACAATATGGTTGCTTGCTACGAGATAACTCTCTAGATA ATCAAGTTATTAAATTTAAGAACTAATTACAAAGCACGAAGCATTGTATGTCTGGGTATGTAGAAACAGACAAACAGTGA CATTCAAACAGCTGCATCTCTGTATGATGCCGTACAACATTCACCATAATCGACATGAATGTAAAAGTTAATGAAGTTCT TATTTATCCTAAAAGGCAGATTATGATATATTAAGTGTCAAAGACCATGTTACGATGAAAATCATTTAAATGCTGATGGA AAATCAATTGGCAAGGTATCGGGAAGATCAAACAATACCTTATTTATTTGCAATGGAACATCACCTGCAATAGACAGGAA GAAGCATCATCAGTTCCAAACTAAAACTTCGATTAAATTAAACTGAAAATATGGAAAGTTGAATATTATTCAAGTATTAA TCAAACTCAGAATAACATATGAAAAGCTTTTAATAACATTAAGTACAGCATTATCTGGTATGCCCTTTAAAAGTGTGCAT ACTTACCAGGAAGAGTCTCATGTAAAGCACTGATGTCCATAGTGTCTGTCTCAGCAGATGATTCATTCTTCAAGTTTGTC GGACATTTGAAATCTTGGACATTTTCCTTTCCTTCAGTCTTTCTGGAGCTCCCTTGAGTTTCCAGCTTAAGACCTTCCCG AGCATGGTTGCTCATGGGTGAAGAGAGATCAATGATCCTATTGAAAGTGTTTCCTCTGAATTTGGTAGGAGCTGCTGAAT CTCTAAAGAACTGACCTCTGTCAGGTAGATTAACATCAGTTTTTTTGGACATCAGAAGATGGTGAGTTGTCTGGGAAAGT TTGGGATGACCTCTTGACGATTCTTCTACTGAATCAATACCAGTGTATATCTTCATAGTCTCCACGTCATGAACAGCACA CGGAACTTGCGGTACCAAAGAGGTGGTTACATCACAAAATTTCTGTGGTTTAGTTGACTCAAAGAATGCAGTCTGGTCTG CAATGTTTGGATTTGCAGTATAATTTTGAGTCTTACGGCGCTGACCACGAACAAAATATAACCCATCATCACTACCAGCT ATGGGATCATGGGGGAAATGAGCAATACCATCATGCATCAATCTCGTAAACGAAGATCGATGGGGTTCTACCAGGCTACT TATTTTCTTCTCATGAATAAAAAGAGAAGAATAGCTGTGATATTTCGTGCTAGTGAAATGCTCTTCAGATGCTAAGTTGT AGCTCGATTGATATACTTCATATGGTCCACGCGTAAATTGGGGCATCAACATTTTTCCTTTGTCACGTCTATTTGGTACC AATTCAGAAGCTGATTTTACAAAGCCATCCCATAATAATGTTGAGGCAGCTAGGTCCTTTGGTTCAACAGCATATGGAGA TTTCTTCAGCAGAGGCAGAGCAGGCGGTAAGACTTCCTGAGACAATACTTGACACTCTCTCACTAAAGTTTCTGTATTAG GAGAAGCGTGTGCAGATGTTGATGGCAAGTGACTCCGAGCTCCATTGAGAGAAACATTTGCATCTTCAGAGCAGGCTTCA GCTTCACATTTTCCATCATCTGCGTGACGAACACCATTCTGTTCCCCCTGCGTGGACAATCCTCGATCTATCTTCCTGGG AAAGTTAAAAATAGGATATGATTTGGAATCAAAGTTTGTTTTCTTTGACTTTCCGGTATTCGCCCCATTGTTTAAGCTAA CCCTTGTGGCCCCAGATGCTTCTCCAACGTCTCCAGCATGCATAGAACTATCAACCGCAACTTCTGACCCGAGGATTTCA CCATGCTTCTCAGCATCACTGTGTTCTTTGACTTCTTTAAGCTTACAACCAACCCTCAAAGTCAAATGACTGCGAGCAGG GGTTGCTGATTTACAACTCGTGTTCGCCCAGTGAGACATCCATGCCGATTTGGACCCATGCATTGCTGGAGCATCCACCC TCTCACCATCATGACATGCAGCAACATCATCAGGCATCATGGTCAATGATCTACTTTCTCCAGCACAAGAACACACCACT ATTTTGACCACACACACTCACAGCAGTCAACTCAAAAACCGGTCAAAACCTGGATTTTCAAGACTATGATTAGAAAAAAA AAAAACTCGCATGCAGATACAGAAAATTGAACAGAAGTAGATCGGAATCACCAAACACTATCTATGACATGAAGAAAGCA AAAATCGTATGAGCCTAACTGATGCACAAATCACTATTCATTATGGAATACAGTTCAACGATTGTATCTTTTGGTGTTAA TTTCAAATCGAAATTAATGATTTCATTGAGATTGAATTAGCAGTAAATGGAATTTCCATGGAATTCAGTCCAAACAAGAA ACTCAACGAACAAGAAAATCAGTGGAAAATTCAAAAACAATTCAAAGGTACCTTCAAAATACAGTGATGCAGAGGAGCGA AGATGGTGAAGCTGGGAACCATTGATGAGGGAAATGAAAGAAATGCGATGGAAAATACAGTTAGAAGAAGAAGAAAATGA GATACTGAAGAAGGGGAAGGTGGAAGGAAATGTATTTTCATGCTTAGAATCAACGGTCAGATGTTCGTCGTACGTGGGGG CCCCACACGTATGGAAACGATCCTGCCGTTCATTTTTGTAGTGTGGTTGTTAGCCATGAAAGATTAGTTTTTAATCGTGG CTGACAGCAATGACTAATCTTCTCGTTGCACATGCTCACTCCGACCATAATATGCGTTTCATATTAAACCCTCAACCTCA TACCTCATGGTCAAATGACGAAGTGAGCTAAACAAATCAGGAGGATTAGTTTGAGTTGTCACTTCTTCACTCAGTTGTTG GTGTGGTTCCATTCATTCATTCCTCAACCACACGAATAAGGCTCGAACCAATAGGAC
CDS sequence (LotjaGi3g1v0509800.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGTGTCTGCTGCTTGTGTGGCCTGGACAACCAGTTCACAGTTAGCAAAATCTAAAAAAGACAGTACTTTTCTGCAAGA TGATGGTTTTCTAGGTGAGAGAATCATCAAAGGGAGTCTGAGTTACAGTCCCTGGATCAATAATCAATTAGCCACAAGTT GGAGAGGCAAGGAGAGTGTGAAGAAGGCCAAACCTGGTGTTGTGTCTGCTGTTCTTACATCAAATGATACCAAGGAATCC TTGAGCATTCAAGTGCCAACCTTTCTCAGAAGAAAGGCAGACCCTAAAAATGTTGTTTCCATCATATTGGGAGAACGTCC TGGGATTCAACTCCTTCCTCTTACCAAACGAGCTGCAACACCTGCTGTCCCTGTTGGTGGATGCTACAGGCTTATAGACA TCCCAACGAGCAACTGCATTAACAGTGGCATCAACAAAGTATTTGTGTTGACCCAGTTCAACTCTGCATCTCTCAACCGT CACATCTCCCGCACCTATTTCGGAAATGGCATCAATTTTGGGGATGGATGTGTGGAGGTTCTAGCGGCCACCCAAACACC AGGAGAAGCTGGCAAGAATTGGTTCCAAGGCACTGCAGATGCTGTGAGGCAATTCACTTGGGTATTTGAGGATGCCAAGC ACACAAACATTGAGAATGTGTTGATCTTGGCAGGAGATCATCTATACCGTATGGATTACATGGACCTTGTGCAGAGTCAT GTAGACAGAAATGCAGATATTACAGTATCATGTGCTGCAGTGGATGACAGTCGAGCATCAGATTATGGATTGGTCAAGGT AGATGGCAGAGGCCGCATCATCCAATTTTCAGAAAAACCGAAGGGTTCTGATCTGAAAGAAATGCAAGTAGATACCTCTC TTTTTGGCTTGTCACCTCAAGAAGCATTAAAGTCACCATATATTGCATCTATGGGGGTTTATGTATTCAAGACGGATGTT TTACTTAACCTTCTAAAATGGAGATATCCTACTTCGAATGACTTTGGATCTGAAATCATTCCTGCAGCTGTGAAGGAATA CAATGTCCAAGGTTACTTTTTTGGTGACTATTGGGAAGACATTGGAACAATAAAATCGTTTTACGATGCTAACATGGCTC TTACTGAAGAGAATCCAATGTTCAAATTTTATGATCCCAAGACGCCCATTTACACATCTCCAAGATTCTTGCCACCAACA AAGATTGATAAATGCCGGATTGTGGATGCAATAATTTCCCATGGATGTTTCCTGAGAGAAAGTAGTGTCCAACACTCCAT TGTGGGTGAACGTTCACGTTTGGATTATGGCGTTGAGCTCCGGGACACTATAATGATGGGAGCAGACTATTACCAAACTG AATCCGAAATCGCTTCCCTGCTAGCAGAGGGGAAGGTTCCCATTGGGATCGGAAAGAACACCAAAATTAGGAAATGTATA ATTGACAAGAATGCAAAGATTGGGAAAGATGTCATCATCATGAACAAAGATGGTGTGCAAGAAGCAGATAGAGCAGAGGA TGGATTCTACATTAGATCAGGAATCCCTATCATAATGGAGAAGGCAACAATAGAAGATGGAAGAGTGATATAA
Protein sequence (LotjaGi3g1v0509800.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MVSAACVAWTTSSQLAKSKKDSTFLQDDGFLGERIIKGSLSYSPWINNQLATSWRGKESVKKAKPGVVSAVLTSNDTKES LSIQVPTFLRRKADPKNVVSIILGERPGIQLLPLTKRAATPAVPVGGCYRLIDIPTSNCINSGINKVFVLTQFNSASLNR HISRTYFGNGINFGDGCVEVLAATQTPGEAGKNWFQGTADAVRQFTWVFEDAKHTNIENVLILAGDHLYRMDYMDLVQSH VDRNADITVSCAAVDDSRASDYGLVKVDGRGRIIQFSEKPKGSDLKEMQVDTSLFGLSPQEALKSPYIASMGVYVFKTDV LLNLLKWRYPTSNDFGSEIIPAAVKEYNVQGYFFGDYWEDIGTIKSFYDANMALTEENPMFKFYDPKTPIYTSPRFLPPT KIDKCRIVDAIISHGCFLRESSVQHSIVGERSRLDYGVELRDTIMMGADYYQTESEIASLLAEGKVPIGIGKNTKIRKCI IDKNAKIGKDVIIMNKDGVQEADRAEDGFYIRSGIPIIMEKATIEDGRVI
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 | 530 | 530 | 0.0 | – | |
| PANTHER | 1 | 530 | 530 | 0.0 | – | |
| Gene3D | 82 | 395 | 314 | 1.4E-88 | ||
| TIGRFAM | 98 | 494 | 397 | 6.2E-136 | ||
| CDD | 101 | 361 | 261 | 1.5158E-74 | – | |
| Pfam | 101 | 376 | 276 | 1.2E-70 | ||
| SUPERFAMILY | 105 | 491 | 387 | 1.33E-66 | ||
| ProSitePatterns | 194 | 202 | 9 | - | ||
| ProSitePatterns | 309 | 319 | 11 | - | ||
| SUPERFAMILY | 392 | 530 | 139 | 8.84E-24 | ||
| Gene3D | 396 | 530 | 135 | 1.2E-47 | – | |
| CDD | 398 | 524 | 127 | 9.42245E-26 | – |
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 |
|---|---|---|---|---|
| Biological process | Glycogen biosynthetic process | The chemical reactions and pathways resulting in the formation of glycogen, a polydisperse, highly branched glucan composed of chains of D-glucose residues. | ||
| Molecular function | Glucose-1-phosphate adenylyltransferase activity | Catalysis of the reaction: alpha-D-glucose 1-phosphate + ATP = ADP-glucose + diphosphate. | ||
| Biological process | Biosynthetic process | The chemical reactions and pathways resulting in the formation of substances; typically the energy-requiring part of metabolism in which simpler substances are transformed into more complex ones. | ||
| Molecular function | Nucleotidyltransferase activity | Catalysis of the transfer of a nucleotidyl group to a reactant. |
Expression pattern of LotjaGi3g1v0509800.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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