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| Field | Value |
|---|---|
| Gene ID | LotjaGi4g1v0440200 |
| Transcript ID | LotjaGi4g1v0440200.1 |
| Related isoforms 2 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | 1,4-alpha-glucan branching enzyme GlgB; TAIR: AT2G39930.1 isoamylase 1; Swiss-Prot: sp|O04196|ISOA1_ARATH Isoamylase 1, chloroplastic; TrEMBL-Plants: tr|A0A151TKF6|A0A151TKF6_CAJCA Uncharacterized protein; Found in the gene: LotjaGi4g1v0440200 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr4:81377632..81386749) extracted from Lotus japonicus Gifu genome v1.2.
AGGAAATCATGGGAATTGTGGAAGTTATTTTATTCCCGGGAATGATTGATACCCAGGAATCATAGTTCTCAATCTTGTAA CAAACGCATGAATGTTCATTCCTAACCTTCATATTTCCATGAATCTCTTTTCAAATCTTGAAACAAACGCCTCTCTTGTT TTATTATTTCAAAAGTTCCATTATTACTAAGATCTGCATGTATGTCATTGTAATGTAACAGCAATAGCAATAATAATGAC AATAACTCAAGAAGTAACTAATTGACGGTTGCAAACAAAGCAAAGGAAGATGGTGGTGGCCCAACACAAAGCGCGAACGA ACAAGAACATTGTGTTTGTCTGAAAGTGCTGAAACATGTTTAGAAATTAGCAAAAAATGAGAGTGTGTCTTGATTCAAGA GTAGTAGAACATGATGATGATGATGATAATGATATTGAATATTGATAACCTCACAAATCTCCATCACACTCCACCCATTT CAAATTGCACACCACCTGTTTGATGAATGATCCAACCCACAAAGCATGTCAATCCTCACCTTCACCCACATTTCATCTCC ACCCAATCTCACATTTTCCCTTTTCCCTCACTCTGATTCTCAATGCAGGGTTTCTCTGAGCAAAAGGGTCTCTGAGAAGC ACAAGAGCATTTGCTCAACGACCAAGATCTTGGCTACTGGGAATGGGAGTGGGTTTGAGACTGAGACTACTTTGGTGGTT GACAAACCCCAGCTGGGGGGTCGCTTCCAAGTTTCCAGGGGTTACCCCGCGCCCTTTGGTGCTACTGTTCGAGATGGCGG GGTCAATTTCGCCATTTACTCTCTCAATGCAGTCTCTGCAACTCTCTGTTTGTTTACTCTCTCTGACTTTCAGGATGTGA GTTCTTCTAAAATTACTTTCAACACATGTTTGGATGATCAGCATGTTTTTGTTCAAAATCAATTCTGGCATCCATTTGCT ACTCGCAAAAACTTCTTACCAGAATTGATTTTGGCTTTAGAATAGGATTTACAAACATGCACTGAAATCTGAAAATGTTT GTTAGAATCATGTACTTTCAGAGCATGTTTGGATCAGCTTATTTGTTCTTCTGAATCAATTATGTCATCCATGAGCTACT TATAGAAACTTCTTACCATAATTGATTTTGGCTTTAGAATAGGATTTACAAACATGCACTGAAATCTGGAAATGTTTATT AGAATGAATTTTGAAATTTTGTACGAAAAATGGAAATATAAAACAACACTTGGTGAGGTCATGGAAAAGTTGTTTTTAAA GATATTTTTGGACCCCATGTTCTTTCTTATAGCCCATGTTCTTTCTTATAGCCAATAATAATTTTTCCTTGGTACTAAAT AGCATTTCCAGTTTACATAGTTTGAAAACATTACTTCAAAGTGGAAACATATAACCATAGATGGTCGGGTTTATGTAAAA AGAAACTATTTTTGAAGATATCGGAATGCCCCACTTTCACTTTATTAATCAATCTCAATCATCTTTGTTATTGATGCAAC TTGTATTAAAAATGCATTGTGCTAAAGAGCATTCTCCAATTTATATGTTCTGAAAATGTTACTTCAAAGTAGATTCTTGA GACTTCTGGCCAGTTTTGCAGATCTTCCACTTAGATTGTGGGGTCTTAGTAATTTCAGTTCGTTTGTTGTAGAATCAAGT GACAGAGTATATTACTCTTGATCCGTTGATGAATAAGACTGGCAGTGTCTGGCATGTTTTCCTGAAAGGTGATTTTGGAG ATATGCTATATGGATACAAATTTGATGGCAAGTTTTCTCCTATTGAGGGACACTACTATGACTCTTCTCTTATACTATTG GACCCTTATGCAAAAGTTAGTGGCTCTGAACCCTTCTTCTACTTATTCTTCTTTTAGTTACTAGTAATATATAAATCAAC ACTAGTGAAGAGCGATACATGATGAAAACCCCATCTATGGTTAATTATTGGTTTTCTATAAATATCACATTGCAGTGGAC CCTAATAATATGCTACTTATCTGTCTAGGCAGTTATAAGCAGAGGAGAGTTTGGGTCTTTGGGACCTGATGGTAACTGCT GGCCCCAAATGGCTGGCATGGTACCTTCTAATGATGATGAGGTACATTATTTATTATGGTTATTTACTCGAACTTTTCAA AAGCTATATTTCACTTTATTTTTACTTGGTATGCAACTTGTTTAGTTTGACTGGGAAGGAGACTTGCCTCTGAAGTACCC ACAAAAGGATCTTATTATATATGAAATGCATGTGCGAGGGTTCACAAAGCACGAGTCAAGCAAGACCAAGTTTCCTGGTA CATATCTTGGTGTAGTGGAGAAGCTTGACCACTTAAAGGTGAAGTTTCGGATCATTTTCTAAATTACTTAAAAAAGTTCC TTTTGGCATTCTACCAATGGCTATTATGCGAAATTAGTCTAATAGTTTTATAATTTCTTTGTGAAAAATTGTTGATTCTA TATATTTATCACGTGGACAGAAAACGTAATTCATCAAAAGAGGAAAATTACATTACACAGAAGATAATGTGTCTTCTAAA AGGAAGAAATATAAATCAAATAACAGTGCCCACAACTGGTCAATGTATCCTCATGATGGATGCCCTTGACATAAAGCCTT GAACCAAACGCCAAAACGAAGCCATAATGTTCATTTTGTTAATTTGATGCGATAGAAGAGACAGGGTAGACTTGAGTCAA GAAACTTCCAGCATCTTTCTGTCATCAATAATACTGAATAATCAAATTGCACACTTCTGAATCTAATTGTGATGAAATCG TCACTTGTAGAAGGAAGGACACATGTATCCTCATTTAAGGCAAAGGAAAGGCATATTCTTATGCAGTGAGTCATCAATGC ATGATAGTAAAGGAACTTGATTATAGAGTCAAAGTGGACTTTGGGCTGAGTCATACTGTCATCCATACTTTTGGCCAATG AGTTTCCCAACCCTGGTGCCTCATGTTATTGCTGATCAAAATTATACCATATAGTTAAGGTCCACTGAAATGGTCATCAT CCATACAATTCCCCCATACTGTCAGATCTACAATATTGATATTTCATGAACTTGGGATTGCATTTTTTTATTTTTACACT GCATTCATTGTAGTACTGCATAACGCATACATGAATGCATAAACTGTTAACTAGTTCATAGTCTAACTGTTTTCATTTGG TGTTTATCATTTTGCAGGAACTTGGGGTAAATTGTATCGAATTATTGCCATGTCATGAGTTCAACGAGCTGGAGTACTTC AGTTACAATTCTGTACAAGGGGACTATAGGTAAAAGAGATATTTGCTGACAAAATCATGATAATTTTATCACTGACTTCT TGTTATATTGTAATCTTCTGAAATGCTAATCATAGTTTGCCATTTATTATAATATTTGAAATAGCTTTTTAACCTTTGAT GCCTTGTATCTTTCAAAGTATGATGTCATGATCTTTCTTCCAATTTAATAATTTAATCTGATCAACTCATGATCCAATTG GGTGGTACTCTCTACATTTGTGGCTTTGTAAAATTCTTATTTTGGCTTCTCTGTAAGTTTATCTCAAGTATATGATAGTG CTGAATCCTTTTTCTTTTAGGGTCAATTTTTGGGGGTATTCAACTGTCAACTACTTCTCACCAATGATCAGATACTCATC TGCTGGTATACAAAACTGTGGCCGTGACGGGATAAATGAAGTTAAGTTCCTGATCAAAGAGGCGCACAAACGGGGAATAG AGGTAACCAGGATTACATATTATGTCATTTTGTCAATTGTTTTTTGTTTCTTTGTTGAGAAAAATTGAAACCAAAAGTAG GTGAAAGACTAGCTATACTGCCTAAGGTCTCAGCCCTGTCCCAAGATGGCAATAGAACTCAGCTTAGGAAAGAACGAATA GAGTGATCACTTGAACACTCAGTTCTCTCCCTATAGGCCAATCCCAATATCTTCCCTAGCATTACGATGGGCCTTTCTCT CCCCTTTTTACTACTGCACATCCTCCTGACCAGCCAACTAACCCTTCACTTTGGGTCAGTTAGGTATTCATACAACAGTC CCTATCATAACAGTGACAGTCACTATCAAGAGTTTTGATCACCTGCAAGGCTGCAACTATCCTCTTTCTCCTCTCATAGA CTCTTGACTCTAGTTCCATTCCTATGATTCTTCTTTTAATTATTTTTGAAAAAAATAAACTATCCTTTCATTGCTGTATT GTTGGAACAGGTTATCATGGATGTTGTTTTCAACCATACAGCTGAAGGGAATGAGAATGGTCCCATTATTTCTTTCAGAG GTGTAGACAACAGTATCTATTACATGATAGCACCCAAGGTATTCCTCATTATTTTTGTTTCCTCTTTCAGCTGGTTGGTT GGAATTTTTGAAACCTTGGAGGAACTCAAAGGCTGGTAAAATGTAAGAAAGGCGTTCGTGGTAATATTTCCAAAATAACT ACTAAACTAATTAACATTGATCAAATAGTGGTTAGTCTGTAACCACATATTAACTTAACTATCACCTGAGTGATTATATA TTCCTAAACTGGAACCACTCACAAAAATTCTTTTATTTTTGTAATTACCCAAAAGAAAAGCATATGTATCGTCTAATGCA AATTTATTTACATTTAATAGATAAGAATCCATTTAACTTTAATTGTTTATTCTCATTTATTTGAATGGTAGCAGTGTTAT GGATTAGATTAGCTGTTTCCAGCTCTGAAAAGTAGGTCAACACATTATGCATACAGAAGTTTTGGGACACTACATGGTAC CAAATTCCAAACTTTAAAGAAGAAAGAAAGTTATTTGAGTGTGCTGCCTAAATCCAATGTTTTTTTTTTATCAAGTTAGT AATTTCTACTTTCCAGCATGACATCAGCTCAGGATCTGTATTCTGCTGACATGAATAAAACGCCTATTTTGTTTAAAATC TGCATCTTTACTTCTTGAGGCTTGTTGTTATTGTGCAGTTTGGATTTTTATGGCTCTATGGCTATTTCAAATTTATTTAT TCTTGTGTGTTTTGTTACTTCTAAGCCATGCACAATGTTAACTTAACCTACTTCCATGTTTTAGGGGGAGTTCTATAACT ATTCAGGATGTGGGAACACATTAAATTGCAACCATCCAGTTGTTCGCCAATTTATAGTGGACTGCTTAAGGTACTCTTAC AATGATTACCAGCGGTGTGACTTTAAATATATCACTTCTAACATATTTGTTTATTGTTATTTGCTCTGGGGTCACAAATT GCTAACATATTAGATTGAAGGCCTTACTATTTGTCTACCATGCAACAGATATTGGGTAACAGAAATGCATGTGGATGGTT TTCGCTTCGATCTTGCTTCTATTATGACCAGGAGTAGCAGGTTATATACCCTCAAGTGTATTGTTGCTCAAATTTTGCTG GAGTCTGTTGCATCTTTCTGTTCTTATTTTCCTTTTCTTTGTTTGTCACCAGTCTCTGGAATGGAGTTAATGTATTTGGT ACTTCAATAGAAGGTGACTTGCTGGCAACTGGAACCCCTCTAGTTAGCCCACCATTAATTGACTTGATCAGTAACGATCC AATACTTCACGGAGTGAAGGTTTCTCAACTTGCATACTCTCTTAAAGTTTTCTTCACTCATTTGGAAGCAGTTAGCTAAT ATGCTAAGTTTCTTGATTTCCTCTTTATAGCTTATAGCTGAAGCTTGGGATGCTGGAGGCCTCTACCAAGTTGGCACTTT CCCTCACTGGGGTATTTGGTCAGAATGGAATGGGAAGGTCAGTGCAGACATGCAGCTGTTGGATTCATAACTCCATTTAT TACGCTGTACTGAAAATAAGACGATGTGGGAGCACAGCTTGAATGTAACTAACAAGTTTGTTTCAGAAAGAGAACTTGAT AACACAACACAATACTGAAGTATCATAAGTTCATCACATCTTGGCATCATGCATATCTAACCTTGTAGCCTTTTATGTGA AGTTGTATGAATAATTGCTTGAGATGTAATTTTATGAAAATAACCTGGTGTCAACCTAAATGAACTTGTCAACACTGGAA TGCAGTTAAACTTTGCATGTAATGTATGTTTGTCTCCAATATTTCTTCACTATTACTTTCTCAAATTGTAAGTTCTGATG GAATCAGCTATTTGATGAGTGAATTACTGTAATCTAAACAGCAATGCCATGACTTTTTCAAATGTTCAATCCTGATGAGG AATTTTTTTGGACAATGGACTCAGGATAGAAGTAGTAAATAAATTTGCGTGGATACACTAGAATGATTTTTCTCCTTTCT TAGATCATTCTACAACATGTATAATTACTAGGACAAGTGAAGGAGTGATCATATGCACACATTAATCAGAACCTTCTTGT TACCTTATGCAAGCTAACTATAGACTGTTTTCCTTTGATGAGATGTGTTGATTTCCTCTACATGCACCTGTGTGTTTATT CTTTGCTTCCCATGTAAGTAAATCTCTTTAACTAAATGATTGGCTGTTGCATACTCACCAATTTTTTAAATAATATGTTA TCTACGAATTGTATATTATAATAGCAATTTTTTTGCTATGCATGAACTATTTAATGTGCAAATCTTGCATTTTGCAGTAT AGAGACACAGTGCGTCAGTTTGTAAAAGGTACAGATGGCTTTGCTGGAGCATTTGCTGAATGCCTTTGTGGGAGTCCTAA TGTATATCAGGTTTGTCTGTTGTCTCATGTCACACTACAATAGAAGATTCTTTTGGATGTAAACTCCCCCATCTATTCTT ATTATTGCTGTCGACTTGTCGTAGTCTTTACTGTTGGAACTTGGAATGGTTACCCGTTACTGTTGTTTCAATTTTTTTAC ATGTAAACATCCTATTTTGCTGTCTTTGAACTTGCTCAATATATTTTACTCTCAGGGGATTAGCATTTATTTCAGCTAAA TTTTAGGTTCCGGTCTTTTGTGTGGTTGACATTTTTCTTTTATCTTGGGCACAGGGTGGTGGAAGAAAACCATGGAACAG TATTAACTTTGTATGTACTCATGATGGCTTCACTCTAGCTGACTTGGTGACCTATAACAACAAGCATAACTTGCCAAATG GAGAAGACAATAATGATGGAGAAAATCATAATAATAGCTGGAACTGTGGACAGGTAGATGTTTAGAACCCTGCTTGATAT TTGGTCTTATCATAGAACCTTGACTTGTTGTGGGTTTGCTGTCTATTTTCTCTTATATGTGTCAGTGTATTGTGCATGCA TATCTGAGCTTGATTAATTTCTTTATATTTTACTGCAGCACACTTTCTAAATCCTTAAAATGGCATTTTTGAAAGCTTAA TCTATGTACTTTGAAGTTAAATGAGTTAGTTTCACCTTTCTATTGAATTTTAAATTTTATTTCTCAAACTAATGTAGGAG GGGGAGTTTGCCAGTTCCTCAGTGAAGAAATTGAGGAAACGACAAATGCGGAATTTCTTTCTCTCTCTCATGGTTTCCCA GGTAAGGCCTATCAACTGCACATATAGGCATTTTACAAAATTTGTTTGCACTGTAAGGGCTTCTTTATGTTACATGTGAG CTGATAAGTATTGCACTAAAAATGTTTCTTCATTCCTATGTGGTGTTTTAAGTGATGAGAATTACTTTCGTCAGAAACTC CTATCACAGTATTCAGCAGGGACATCCCATGTGTTTATACGTTCTTCTGATTTTTATGTAGATGTTGTTTACAGGACTGA GCTCTGTTTACTGACTTTCAAATTATCTTATCAGGGAGTTCCGATGATATATATGGGAGATGAATATGGACACACAAAAG GGGGGAACAACAATACCTATTGTCATGATAACTATGTGATCCTCTTATCTACTAGAATTTTAATTTTTCAATATCACCTT TTGGTTAATTCTGTTAACCCTAACCTTTTTACAGCTTAATTATTTCCAATGGGACATAAAGGAAGAATCATCATCAGACT TCTTCAGATTTTGCTGCCTTATGACCAAGTTCCGCTAGTAAGTACCTCTTACTTTCTTGGACTTTTGTATTTTTCTCGTA TCCTAACGTTGTAGTCCTGCAGTGAATGTGAGTCGCTGGGCTTAGATGACTTCCCAACATCAGATAGACTGCAATGGCAT GGTCATTTTCCCGGAAAGCCAGACTGGTCTGAAACTAGCCGTTTTGTGGCTTTTACCATGGTAAAATACTTTTCTTGCCC ATATTTAATGGCATGTGGAGGTAACAATTCTGTTGCTGGTAAAAAGCTGTGGGAATCAGTGAATCATGTCTTTTGGATCA ATTTCTTATAATCTTCACCTAAAAAGTAGAATGAGGATATGTTTCCAATAACAACTTTGAGGTTATATGTTGGACAAAGC AACACTGTATCTGGCAACATTAGAATGCCTCCTAATTTCTCCTATATGCCATGTACTAAAGCTGCTAGGTTAAAGAACTT ATTTTCCCCTTACGACCTTGGTTTGGATACTCCATAAATGGCTAATTTTCCCTTTGTTTTGGCATGAACATGAACCCAGG TGGATTCAGTAAAGAGAGAAATTTACATTGCTTTCAATACAAGTCATTTACCTGTCACAATTACCTTGCCAGAGCGTCCT GGATACAGATGGGAACCCCTCGTGGACACCGGCAAGTCTGCACCATATGATTTTCTCACTCCTGACCTTCCTGGGAGAGA TATTGCAATACAACAGTATGCTCAGTTTCTTGACGCCAATCTTTATCCCATGCTTAGTTACTCTTCCATCATCCTCTTGC GTACCCCAGATGAAAATGCTTAACGTGGAGGATCTTGCTGTGTATTAGTAGTTGAATCATAAATGGATCATTGGATCTGT ATACAAAGCATATAGGATACATTGAAAGATTACTTTCTTTTCGTAGAAATGTAAACATAGAGGGGAAGGAAAAACTATGT ATTAGTAATGAAATGATGTGATTATGGACTAGTGAGCAAGTTGTATGTATATCAATCTATCTATCTATTGAGTTATAATG TACTAGTATTAAAAATGAAGATAATGGTTAACACCTAAGGGTTTGTTTGTTTACAGATGGATAAAATTAAGTTTGATA
CDS sequence (LotjaGi4g1v0440200.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGTCAATCCTCACCTTCACCCACATTTCATCTCCACCCAATCTCACATTTTCCCTTTTCCCTCACTCTGATTCTCAATG CAGGGTTTCTCTGAGCAAAAGGGTCTCTGAGAAGCACAAGAGCATTTGCTCAACGACCAAGATCTTGGCTACTGGGAATG GGAGTGGGTTTGAGACTGAGACTACTTTGGTGGTTGACAAACCCCAGCTGGGGGGTCGCTTCCAAGTTTCCAGGGGTTAC CCCGCGCCCTTTGGTGCTACTGTTCGAGATGGCGGGGTCAATTTCGCCATTTACTCTCTCAATGCAGTCTCTGCAACTCT CTGTTTGTTTACTCTCTCTGACTTTCAGGATAATCAAGTGACAGAGTATATTACTCTTGATCCGTTGATGAATAAGACTG GCAGTGTCTGGCATGTTTTCCTGAAAGGTGATTTTGGAGATATGCTATATGGATACAAATTTGATGGCAAGTTTTCTCCT ATTGAGGGACACTACTATGACTCTTCTCTTATACTATTGGACCCTTATGCAAAAGCAGTTATAAGCAGAGGAGAGTTTGG GTCTTTGGGACCTGATGGTAACTGCTGGCCCCAAATGGCTGGCATGGTACCTTCTAATGATGATGAGTTTGACTGGGAAG GAGACTTGCCTCTGAAGTACCCACAAAAGGATCTTATTATATATGAAATGCATGTGCGAGGGTTCACAAAGCACGAGTCA AGCAAGACCAAGTTTCCTGGTACATATCTTGGTGTAGTGGAGAAGCTTGACCACTTAAAGGAACTTGGGGTAAATTGTAT CGAATTATTGCCATGTCATGAGTTCAACGAGCTGGAGTACTTCAGTTACAATTCTGTACAAGGGGACTATAGGGTCAATT TTTGGGGGTATTCAACTGTCAACTACTTCTCACCAATGATCAGATACTCATCTGCTGGTATACAAAACTGTGGCCGTGAC GGGATAAATGAAGTTAAGTTCCTGATCAAAGAGGCGCACAAACGGGGAATAGAGGTTATCATGGATGTTGTTTTCAACCA TACAGCTGAAGGGAATGAGAATGGTCCCATTATTTCTTTCAGAGGTGTAGACAACAGTATCTATTACATGATAGCACCCA AGGGGGAGTTCTATAACTATTCAGGATGTGGGAACACATTAAATTGCAACCATCCAGTTGTTCGCCAATTTATAGTGGAC TGCTTAAGATATTGGGTAACAGAAATGCATGTGGATGGTTTTCGCTTCGATCTTGCTTCTATTATGACCAGGAGTAGCAG TCTCTGGAATGGAGTTAATGTATTTGGTACTTCAATAGAAGGTGACTTGCTGGCAACTGGAACCCCTCTAGTTAGCCCAC CATTAATTGACTTGATCAGTAACGATCCAATACTTCACGGAGTGAAGCTTATAGCTGAAGCTTGGGATGCTGGAGGCCTC TACCAAGTTGGCACTTTCCCTCACTGGGGTATTTGGTCAGAATGGAATGGGAAGTATAGAGACACAGTGCGTCAGTTTGT AAAAGGTACAGATGGCTTTGCTGGAGCATTTGCTGAATGCCTTTGTGGGAGTCCTAATGTATATCAGGGTGGTGGAAGAA AACCATGGAACAGTATTAACTTTGTATGTACTCATGATGGCTTCACTCTAGCTGACTTGGTGACCTATAACAACAAGCAT AACTTGCCAAATGGAGAAGACAATAATGATGGAGAAAATCATAATAATAGCTGGAACTGTGGACAGGAGGGGGAGTTTGC CAGTTCCTCAGTGAAGAAATTGAGGAAACGACAAATGCGGAATTTCTTTCTCTCTCTCATGGTTTCCCAGGGAGTTCCGA TGATATATATGGGAGATGAATATGGACACACAAAAGGGGGGAACAACAATACCTATTGTCATGATAACTATCTTAATTAT TTCCAATGGGACATAAAGGAAGAATCATCATCAGACTTCTTCAGATTTTGCTGCCTTATGACCAAGTTCCGCTATGAATG TGAGTCGCTGGGCTTAGATGACTTCCCAACATCAGATAGACTGCAATGGCATGGTCATTTTCCCGGAAAGCCAGACTGGT CTGAAACTAGCCGTTTTGTGGCTTTTACCATGGTGGATTCAGTAAAGAGAGAAATTTACATTGCTTTCAATACAAGTCAT TTACCTGTCACAATTACCTTGCCAGAGCGTCCTGGATACAGATGGGAACCCCTCGTGGACACCGGCAAGTCTGCACCATA TGATTTTCTCACTCCTGACCTTCCTGGGAGAGATATTGCAATACAACAGTATGCTCAGTTTCTTGACGCCAATCTTTATC CCATGCTTAGTTACTCTTCCATCATCCTCTTGCGTACCCCAGATGAAAATGCTTAA
Protein sequence (LotjaGi4g1v0440200.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MSILTFTHISSPPNLTFSLFPHSDSQCRVSLSKRVSEKHKSICSTTKILATGNGSGFETETTLVVDKPQLGGRFQVSRGY PAPFGATVRDGGVNFAIYSLNAVSATLCLFTLSDFQDNQVTEYITLDPLMNKTGSVWHVFLKGDFGDMLYGYKFDGKFSP IEGHYYDSSLILLDPYAKAVISRGEFGSLGPDGNCWPQMAGMVPSNDDEFDWEGDLPLKYPQKDLIIYEMHVRGFTKHES SKTKFPGTYLGVVEKLDHLKELGVNCIELLPCHEFNELEYFSYNSVQGDYRVNFWGYSTVNYFSPMIRYSSAGIQNCGRD GINEVKFLIKEAHKRGIEVIMDVVFNHTAEGNENGPIISFRGVDNSIYYMIAPKGEFYNYSGCGNTLNCNHPVVRQFIVD CLRYWVTEMHVDGFRFDLASIMTRSSSLWNGVNVFGTSIEGDLLATGTPLVSPPLIDLISNDPILHGVKLIAEAWDAGGL YQVGTFPHWGIWSEWNGKYRDTVRQFVKGTDGFAGAFAECLCGSPNVYQGGGRKPWNSINFVCTHDGFTLADLVTYNNKH NLPNGEDNNDGENHNNSWNCGQEGEFASSSVKKLRKRQMRNFFLSLMVSQGVPMIYMGDEYGHTKGGNNNTYCHDNYLNY FQWDIKEESSSDFFRFCCLMTKFRYECESLGLDDFPTSDRLQWHGHFPGKPDWSETSRFVAFTMVDSVKREIYIAFNTSH LPVTITLPERPGYRWEPLVDTGKSAPYDFLTPDLPGRDIAIQQYAQFLDANLYPMLSYSSIILLRTPDENA
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 | 39 | 788 | 750 | 0.0 | – | |
| PANTHER | 39 | 788 | 750 | 0.0 | – | |
| Gene3D | 66 | 205 | 140 | 5.6E-39 | ||
| SUPERFAMILY | 79 | 217 | 139 | 1.29E-31 | ||
| Pfam | 83 | 177 | 95 | 8.9E-15 | ||
| CDD | 83 | 229 | 147 | 5.02782E-34 | – | |
| Gene3D | 206 | 678 | 473 | 1.9E-197 | – | |
| SUPERFAMILY | 207 | 670 | 464 | 2.15E-124 | ||
| CDD | 210 | 664 | 455 | 0.0 | – | |
| SMART | 229 | 655 | 427 | 3.3E-9 | ||
| Pfam | 247 | 353 | 107 | 8.0E-11 | ||
| Gene3D | 679 | 791 | 113 | 1.8E-45 | ||
| SUPERFAMILY | 680 | 784 | 105 | 2.73E-16 | – |
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. | ||
| Molecular function | Hydrolase activity, hydrolyzing O-glycosyl compounds | Catalysis of the hydrolysis of any O-glycosyl bond. | ||
| Biological process | Carbohydrate metabolic process | The chemical reactions and pathways involving carbohydrates, any of a group of organic compounds based of the general formula Cx(H2O)y. Includes the formation of carbohydrate derivatives by the addition of a carbohydrate residue to another molecule. |
Expression pattern of LotjaGi4g1v0440200.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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