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| Field | Value |
|---|---|
| Gene ID | LotjaGi3g1v0318400 |
| Transcript ID | LotjaGi3g1v0318400.1 |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Beta-galactosidase; TAIR: AT3G54440.1 glycoside hydrolase family 2 protein; Swiss-Prot: sp|A5F5U6|BGAL_VIBC3 Beta-galactosidase; TrEMBL-Plants: tr|I1M0S4|I1M0S4_SOYBN Uncharacterized protein; Found in the gene: LotjaGi3g1v0318400 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr3:67379930..67389292) extracted from Lotus japonicus Gifu genome v1.2.
CCGGTTTCCAAAACGACGAGTCGTGGCAAGTTCATTATGTTACCCTCCACTAAGTGAAGACCGCCACCATCACAACCCAA TAAACCGCGACAAATGTGACACTTCCACTCGATTTAACACCAACATCATTCATGCACTTCAACGTTTGACTGATCCTTCT TTCAATAAAAAAACCGAACCTCTTCATTTCCCTTTGTTCCATCCAAACACTGAGTGAGAGCTTCACCTTCCACTATCAGC GATGGTGGCTTCTTCTTCTTCTTCTGTGGCTGGGCCAATCCTCCTTGCTTCACAGAATGGTTACAAGGTGTGGGAGGACC CTTCTTTCATCAAATGGAGAAAAAGGGACCCACATGTTTCCTTGCATTGCCATGAATCTGTTGAAGGTCTTTCACGATCA CACACGTTCTTTTCATGCTTTTGCATCAATAAGTTTTGATTTTTGATTTGTTTGTCTTCTGGGTTTTGTTTCTGTGGCAG TTTTTTATTTTGGGTTGATTTAATAGGAATAGTCATTGGTTGGATTCTAAATTCATGTTTTTTGGAAGAAAATTGTCTTT TTTTTTTTTCTTTTCAATTCTATGCATTAGGATCACCTTTCATTTTATTTTGTGAGGGGAAATGTCTGCAGCTAAATGAA GTGTGGATGTATAATATTGGCCTGTCTGAAGTGTAGGTAGAAACTGAACCAATGGTTAATTGCAATTACATAGGACCAAA CCAGTGACTGTGGTTTTGGAGATACGTGATTACTGAGTGAAAATTGTAAAACAAGTCTGTAAATTTAAAATTTTAAGGAT TTTGAAATTTGTTTTTAAAATTGTTTGCAATATTTGTTTCCTATTTTTTATGTAAATAATCTGGAGTTTTGTGATATCTG TAGGATCTCTTAAATTTTGGTATCAACGCAACAAAGTGGATTTTCTGGTTTCCCAGTCTGCTGTTTGGAATGATGATGCT GTTAATGGAGCTCTTGATAGTGCTGCATTTTGGGTCAAAGACTTGCCTTTTGTTAAGTCCTTGTCTGGATATTGGAAATT TTTCCTTGCTTCCAATCCCAACAATGTCCCTACTGAGTTTTATGAAAGTGAGTTCCATGATTCAGAGTGGAGTGCTTTGC CCGGTAAGTGCACAATGTCGCAACTATAGTGTTTGATTTGATTTCCTTAGCAAGTTCTCTATAATTTGCTTTTCTATATA GTATTTGTTGTGGTAGTGAAGTGCTGTGATATACTTTGTATTTGAATTGATTTGTAACTTTTTATCCTCATGAGTGGTGA TATTTTCATCCATGTCTAATTACTTTCCTCAACATTGGACAGTTCCTTCAAATTGGCAGCTGCATGGATTTGACCGTCCT ATATATACAAACACAGAGTATCCATTTCCATTAGATCCTCCATCGGTTCCTGAGGAAAATCCCACTGGCTGTTACAGAAT GGACTTCCACCTTCCTAAAGAATGGGAGGGTATGACTCAATTTTTGTAACTTTTTTTTTTAACTTTTGTTGATCGACATA CAATAGGGAGGAATTTGGTGTTGTCATTCCTTCTGTTTTCCCTTCAATTCTTTAGTTCTGTATCTATAATGGGGTTAGAC TTTAAATGTGATTTCGATGCACTATACTATGAGTTTGATATACTATTTTTCTTAATTGTAATTAGTGTGATTGACTAATA TATTGAGAAAGTAGTATTGGGTGATGATAGATCTTGATAGTGAAAGTCTTCCAAGAAATGTTTCTGCAGTCCTCTCTCTC ACTCTCTCTCTCTCTATGCACACACACACACATACTCTCTTCTTATATCTTGCTCTGTAACAATGTTGTCAATTTGTTTT ATTTCTCTTGGTTTGGAATCTCATCAATTTTTTAGTTTAAATTACTTATTACTTACTTCTTCAGAACATTGATTGGTTTT GATAGGCAGAAGAATTTTACTGCACTTTGAAGCTGTTGATTCTGCCTTTTGCGCTTGGATAAACGGACATCCTATAGGAT ATAGGTATATCTCTCTCTATGGCTTGTGCAATGTGCACTCACAAATATACAATGATGTACTTGCTGGTAGTTATGCTGCT TCTGTATTTTCAATTTCAACTCAAGTAAGTACAATGTGAGGACATAAAAGAAAATAGATCAAAGAATGTGACAAGACAAG GAGAAGGCATGCTGTAAAATAGATGATAAGCTGGTAACTCATGTTTTCTGCAGCGAAGAGATACTGTTAGTTGCTGTCTG AGTATTAGATGGTCATTTGTCATTTTGTCCCTTCTGGAGCTAGCCTGGTCTCAAACATGACAGTTTCACATCTCGTCTTT AGTGCACTCGTGCTAAAGAATGCCCCTATATACGTTAATTTTTGTGGATTTGGCATAGAGTTTCCTAGTAAATACCTGTG AAGAATGAAGATATTAGGAATGTAGCTTTGACATTATTCTACTATTGGGTTATTGACAAAAAAATTGTTTTTTTGGTAGG ACAGCCAAGACAGCAGGCTACCTGCAGAGTTTGAAATCACTGATTTTTGTCATCCATGTGGTTCAGACCTGAAGAATGTT CTAGCAGTTCAAGTATTTAGATGGAGTGATGGATCATACCTTGAAGATCAGGACCATTGGTGGCTATCTGGTATCCACCG TGACGTTCTTCTTCTAGCAAAGCCAAAGGTTTGTTCTTTGATTTCTTGTGGCATGCTATAGCTTTATATCATTTACGGAA AACATTCTTATTAGAGTTAATTCATTCTACAAGGGTGAAATAGAAGCTGCTATTGTTTTATGACAATTAAAATGAAATGC TGTCATTTTTTTTCCAGCACTGTCATTAGGTTATATGATATTTTATAGAACATATTAGGAGTTATATTGGATCCTAAGTG CACCTCAATTAAATTTTAATGTTCTTGAAAATTCAAGTTTGAGAATAATTTACATGTGTTATTTAATTTTTGTTTTGAAT ATATAAAGTCCAATTTTTTTAGCTGCTTGGATATATTTTTTCGGCTTGATTCTGACATCTTTCAAAATATTCGTTATGTA GGTATTTATCACCGACTATTTTTTCAAATCAAACCTGGCTGAAGATTTTTCTAATGCGGAGATACTGGTAAGCATGAATA TTTTGTGAATTTACTCTTGTTATTTTTTCATGTCATAATTATATTATGTATCTTTAACTAGTCTTTTTTGTGGAAGATAA TATGGAAATCCATTAAGTTTATTTCCTTTGTTTTGATTTTGTAAAATTGACTTTGGTCACCCAAATTTATAAATGAACTG ACCTTTGTTAGTTCAACGAAATAAAAATCATTTTTGTTGTCTTTATTCTACCATACTTCTCCCATGTGTCATTCATACTT TGAAATGTAGATGATGTTTCTTATTGTATGTTATGGTTATTTGGGAAATCTTATATTATCAATCTAATGTACATGTACTC CAGGTTGAAGTAACAATAGATAACTCAAAAGAAACTTCCAAGGATAGTGTTCTTACAAACTACACCATAGAAGCAGCACT ATTTGATTCTGGAACCTGGAACACCTCTGATGGGAACCCTGATCTCCTTTCATCTAATGTAACAAACATAAAGTTCCAAC CATCGACTGCGCCATTAGGGTTTCATGGTTATATGCTTGTGGGAAAACTGCAATCACCGAAGCTTTGGTCTGCAGAGCAA GTGAGAAATTTCAACCACCCTTTAATTTGTTTGGACATAGTTTTCTCATTCATTAGTAAACCAATGATTTAGAACTTTGA ACAGTAATTAGATGAAGTTCCTATTGAGAAATAATGATAATGTAGTTCTTGAGCTTTTTAGTTCCATGGATACTCCATGA CTGTAATTCTACTAATGTTTACTAAGTTTCTTGTGATGTCACCTCCTTCCCATGCAATTTTTAATCTCAAACAATGTTTC ATGGCCAGTGAATGATACGGAAAATACAGTTTTTGAATAAAGCTTCTTTCACTTCTATGGAAAGGTTGAAGACCTATGTT ATGATAATTTGATGATGATATATCAATTATTTTGTGTTTAGAAGTTTATTGATATTTGAATTTTCTTAAATTGTCATGTC ACCTGTTTTGCTGAACAGTATTGGCTTAGTATCATTTGACATTTCCTTTTGTTTGCATTTCTTGCAGCCATACCTCTATA CCCTAGTTGTCACCCTAAAAGATCAAACTGGCCGTGTTGTTGACTGTGAATCATGTCCTGTAGGCTTTAGAAAAGTATCT AAAGCCTACAAACAGCTGCTGGTTAATGGACATGCTGTTGTAATCAGAGGTGTGAACCGGCATGAACATCATCCACAAGT GGGGAAGACAAACATTGAGTCCTGCATGGTCAAGGTATTGCTTGTTAGTTTATCTATTTATGATGGCCAAACTGCTAGAT GTTTTCACTTTTCTGACACTAATGATTGCTGTGCCTACAGGACTTGGTCTTAATGAAACAAAACAATATTAATGCTGTGA GGAACAGCCATTATCCCCAACATCCACGTTGGTATGAGCTATGTGATCTATTTGGCATGTACATGATAGATGAAGCCAAT ATTGAGACACATGGTTTTTATGATTGTAAATATTTCAAGCATCCCACTTTGGAACCAAGTTGGGCTACTGCAATGCTGGA TCGTGTGATTGGCATGGTTGAGAGGGATAAAAATCACACATGCATTATTTCATGGTCTTTAGGGAATGAATCTGAATTTG GAACAAATCATTTTGCTTTAGCTGGTTGGTACTGCACTTGGCTCCACCGTCCTTTTATTTTTGCACATGCATAGTTTGGA GAAACTGTTCCGTTTATTTTAAAAATTGCTTACTACTCGTATTCTCTGATTTTTTTTCTTTCCATTTTGTTAATGCATCA GGTTGGATTCGAGGAAGAGATTCAACACGGGTATTACATTATGAAGGAGGTGGATCCAGAACACCATGCACCGATATTGT GTGCCCCATGTATATGCGTGTTTGGGACATATTGAAAATTGCCGATGATCCTACTGAAACACGACCTCTAATTCTATGCG AGTATGGTTTCCTAGTTTCCCTTCAACGACATTATATTTTACTGTTCCTGTTGTTTTCAGTGGTCGACAATTATAGCTTT TTTATTTGTGATGTCCAACTAAAATGACAGGTATTCACATGCAATGGGAAACAGCAATGGGAACCTACATATATATTGGG AAGCAATAGACAAAACATTTGGACTCCAAGGAGGCTTTATTTGGGATTGGGTTGATCAGGTGAGCGGTTCATGGATACCA TGACCAATTGATGAATCATCAACATTGCTTAAAAAAAATTGTCATCTGTACTCTGTCAAAGATATCCTACTTTGCTTGCA TGTAGGGTCTGTGGAAGGTTGGTGCAGATGGTAAAAAGCATTGGGCATATGGAGGTGACTTCGGGGATATTCCCAATGAC TTGAATTTCTGCTTGAATGGCCTCATATGGCCTGATCGAACTCCTCATCCTGTTTTACATGGTAAGCTGACAAATTGTAT CATTCTTTCACATGCCAGCTTCCCAGAGTTAAATGCATCCTTCATTTTTCTCATCGTTAATCATGGTTTTTCTTTTTGTT TCAGAAGTCAAGCACCTATACCAACCAATTAAGGTGACTTTAAATGAAGGAAAATTGGAGGTACTCATAGTTCGTTTGGA TTTTGTGTTTGCGAAGTCTAATATGTGTTTGGTAATTTATTCTAATTTTTTATTTTGCAGATAAAGAACACTCATTTTTT CCAAACAACAGAAGGATTAGAGTTCAGCTGGTATGTTTCTGCAGTTGGATGCAACCTTGGATCTGGTATCTTAAGTCTTG CCCCAATAAAGCCCCAGAGCAGTTATGTTGTCGATTGGCAATCAGGTCCATGGTATTCTCTGTGGGCTTCATCGTCATCA GAAGAAGTATTCCTGTCTATATCTGCTAAACTTTTGAACACTACACGCTGGGTTGAAGCTGGTCATATTGTTTCAACTGC TCAAATTCAGCTGCCTTCTAGGAGAGAAATTTTTCCACATGTAATCTTTTTTAACACGGTGATTTCTTTTAGAAATTAGG CCCTCCTCTTTCAGGTCTGAGTAATGATCTTTTTAGCACTGAGTAACAAGGTTTAGTAATTTATACTATATACTATAATG CTGACATTGCTTCATTTGAAATTTTCTTTTTCATGAATAATTTGTATCCAGGCTATCAATATTAGTGGTGGCACTCTTTT GGCTCAAACTCTAGGAGATACAATCAAAGTCAGCCAGCTAGATGATTGGGACTTAACATTGAACACTAAAACCGGTTTAA TTGAAAGCTGGAAGGTAAATCTGGACTTTGAGTTTATTACTGTACGTCAAATGTTTGATTAAATTGGATTTTTTTGTCAC TTTAGAAATGGAAATGATTGCAGTCTATATTTAAATAAAATAATGGACTAACGCCATCTTACAAATAGTAGGACCTGGCT TCATGAAATTTAGTGAAGAATGTGTTGAATAAGTCATTGTCGATTAGTAAAATTAGTACAACATTTACTGATGAAATTTT AAAAATTGTAGGATACAGCACTGTTGTACGATACATAAAATTAATACAAAAATGTAAATATTAAACAAAAAATTAATATA TTGAATGTTTGAATAAGTCATTGTTGATTAGTAAAATAGTATCATATTACCTTACTATTATGGTATTCTTATCTTTATTG GTATCAAAGTTCAGAAAGTAAAAGTAAAATAAAAAATGTAAAACTTAATTAGAAGTATCTGTAAAGTGTGAAGTGCGTTT GATATGAGTAGTGTCAGCATGGCACAACTACTATTTTGAATTGAAGTGTCCGTGCTTCTATGGTGGTGCTCAGCCCTAGT TAGTTCAAGTTGTTTCCGTCTCTAATTTGCACTGCCCTGTTCCATTCCTAGTTTTTTGTTCATTGGTCTATTGTTCTATT TTTGTCTTAATTTTTGCAAGGGACTGAGAATACATCATCCTCACCCACAGTAATATTTTATTTTCCCTTTTTCTTTTTTT GCTTTATCAAAAGACACTTCCATTTAGTTTCGAGACAAGGGTATAAGTGTCATAGTTTTTGGACTATATTACTTTGTTTC CTCTTTAATAGAAGTGTTGTGGCGTCTCTTATATCCAAACTTTTGTTCGTGACATAACATTGGTATTAAATATTAATATC ATGCTGATAAATGATAGGTAAAAGGAATACCTGTTATGAACAAAGGTATACTTCCATCTTTCTGGCGAGCTCCTACAGAC AATGATAAAGGTGGAGAAGCTGCTAGTTATCTGTCTAGGTGGAAAGCTGCTGGAATGGACACCCTCCACTTCATTACCGA GAGTTGTTCTGTACAGAATATTACACAGAACATGGTTAAAGTGAGGGTGGTTTTTCTTGGTGTTACCAAGGATGAGTCGA AGGTTTTATTTACAACAGATATGACATATACAATTTATGCTTCTGGGGATGTCATAATGGAATGCAATGTGAAACCAAAC CCTGATCTTCCTCCTTTGCCGCGTGTGGGAATTGAAGTGAAGGTGGAAAAACCATTGGATCAAGTAACTTGGTATGGAAG AGGTCCATTTGAGTGTTATCCCGATCGAAAGGCCGCTGCTGAGGTTGCTGTCTATGAGAAGAATGTTAATGACTTGCATG TTCCTTATATTGTTCCTGGGGAATGTTCAGGTAGGGCGGATGTTAGATGGGCAACATTCCGAGACAAATCTGGTTTTGGA ATATATGCTTCTAAGTATGGTAGCTCTCCACCCATGCAAATGAGTGCAAGCTACTATAGCACTTCTGAACTTGAGCGGGC CACACACAATCAAGATCTGATTGAAGGAGACAGCATTGAGGTATATATTACTTGCGTTAATATTAATGCAAATTTTCCTT CCATGACCATTCAAAATGTTGGGGATATTGTACTTGCTGCCCTGATCTCAGGGTCAAAATCCCTAATGTAGTTTCTTCTG TATTTAAAGAACAACGCAAATTGCATCCTCAGCTTATCTTTCAACATTATCTTGATTACTGTTCTCCATGAAGTTGGCTT GTTAATGTACATTTAATGTGCTAGTTTTGAAAGATCAGGCAGAAAATTGCATATGGGGTCCAAAGATTAGAGTCGCTAAG TTCACTTCACAAAAGAATTATTGAAGTTCTTTAATAATTGCAACTAAATGGAATGTACAATTGTGCATTCATCCAGTTTG TGCTGCATTTATGTACATTGTGGTTTATGATATGGATCTCTTCATTCAAGCTATTACGTGATTTGAATGTTATTTACCGT GGTAATCTGCAGTATGAGGTGACAGTGTTTCTTTTTTATTTTTGATTTCAAATTTCTTGAAGTTATTATTAAGCAATTTC CCCATCTTTGATTTATGTTTATTACAGATTCATCTGGATCACAAGCACATGGGGTTGGGTGGAGATGATAGTTGGTCCCC ATGTGTCCATGAGCAGTATTTGATTCCTCCTGTGCCATACTCATTCTCTGTTAGGTTGTGTCCTGTAATTCCATCCACTT CTGGTCATGACATCTACAGATCTCAGCTTCTAAACTCTTGATTTCTTGCATTAAGAAACATCGCGAAAGAAGACCGAAGA CGCCTATGAAGGACTGAATAAATTTCGAAGCTGTTGAAGTTGATGTAGGAAAAATACATTTTGACGCAATCATTTTAGGT GGTGCTTGGTGGTACCTTGATGTAATTTGAGGGTGGATAATTTCAGTACACTTGTTCCATTTCACATCTTGGTTAATAAA TGTGCTGCAACTGTGATGTGAGTAACTTATTGGTCTTATTTAAAGATTAACTGCATAATCAGGTTGCTGATGAGCTTGCA AGTATTGCTCATGGTTTAGAGTTGGGTATCCATGTTTTGGACCATCCACTCCAGGGTGTTCTAAGTTGCTTCTCTTTGAT GTTTCGAGAGTGTCCTTCCCGCGTCTACTCTTGTGTAGTTTTTGCTTTCGGGCCTAGGCCCTCCTTCCAACCAAAAAAAA AAAGAAGGAAATTGGTTCTTAAGCCCCTAAATATGTAAATCATCGGTTGTGTTTGTCCTTAAGTCAGTTTGCCTTAAGGT GGTTGATCTTGCTCAACTAAGAGCTTGGAATTGGCTCTCTGCCAAGGGGAAGGAGTTTAAGTTTTCCCTGTACGAATCGG TGGTGAATCCAAGGGATTGTTTGGCAAGTATCTAATTTCTTGCTTTGAGGTGGGGGGGATTCTTCCAGTGCTACGTTCTG GCTAATTGCTTTGGATTTTATTTACGGTGATGGCAGTTTGGCTAATTGTTACTGCTTCTCTACCTCATTTCACTTAGTCT TGC
CDS sequence (LotjaGi3g1v0318400.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGTGGCTTCTTCTTCTTCTTCTGTGGCTGGGCCAATCCTCCTTGCTTCACAGAATGGTTACAAGGTGTGGGAGGACCC TTCTTTCATCAAATGGAGAAAAAGGGACCCACATGTTTCCTTGCATTGCCATGAATCTGTTGAAGGATCTCTTAAATTTT GGTATCAACGCAACAAAGTGGATTTTCTGGTTTCCCAGTCTGCTGTTTGGAATGATGATGCTGTTAATGGAGCTCTTGAT AGTGCTGCATTTTGGGTCAAAGACTTGCCTTTTGTTAAGTCCTTGTCTGGATATTGGAAATTTTTCCTTGCTTCCAATCC CAACAATGTCCCTACTGAGTTTTATGAAAGTGAGTTCCATGATTCAGAGTGGAGTGCTTTGCCCGTTCCTTCAAATTGGC AGCTGCATGGATTTGACCGTCCTATATATACAAACACAGAGTATCCATTTCCATTAGATCCTCCATCGGTTCCTGAGGAA AATCCCACTGGCTGTTACAGAATGGACTTCCACCTTCCTAAAGAATGGGAGGGCAGAAGAATTTTACTGCACTTTGAAGC TGTTGATTCTGCCTTTTGCGCTTGGATAAACGGACATCCTATAGGATATAGCCAAGACAGCAGGCTACCTGCAGAGTTTG AAATCACTGATTTTTGTCATCCATGTGGTTCAGACCTGAAGAATGTTCTAGCAGTTCAAGTATTTAGATGGAGTGATGGA TCATACCTTGAAGATCAGGACCATTGGTGGCTATCTGGTATCCACCGTGACGTTCTTCTTCTAGCAAAGCCAAAGGTATT TATCACCGACTATTTTTTCAAATCAAACCTGGCTGAAGATTTTTCTAATGCGGAGATACTGGTTGAAGTAACAATAGATA ACTCAAAAGAAACTTCCAAGGATAGTGTTCTTACAAACTACACCATAGAAGCAGCACTATTTGATTCTGGAACCTGGAAC ACCTCTGATGGGAACCCTGATCTCCTTTCATCTAATGTAACAAACATAAAGTTCCAACCATCGACTGCGCCATTAGGGTT TCATGGTTATATGCTTGTGGGAAAACTGCAATCACCGAAGCTTTGGTCTGCAGAGCAACCATACCTCTATACCCTAGTTG TCACCCTAAAAGATCAAACTGGCCGTGTTGTTGACTGTGAATCATGTCCTGTAGGCTTTAGAAAAGTATCTAAAGCCTAC AAACAGCTGCTGGTTAATGGACATGCTGTTGTAATCAGAGGTGTGAACCGGCATGAACATCATCCACAAGTGGGGAAGAC AAACATTGAGTCCTGCATGGTCAAGGACTTGGTCTTAATGAAACAAAACAATATTAATGCTGTGAGGAACAGCCATTATC CCCAACATCCACGTTGGTATGAGCTATGTGATCTATTTGGCATGTACATGATAGATGAAGCCAATATTGAGACACATGGT TTTTATGATTGTAAATATTTCAAGCATCCCACTTTGGAACCAAGTTGGGCTACTGCAATGCTGGATCGTGTGATTGGCAT GGTTGAGAGGGATAAAAATCACACATGCATTATTTCATGGTCTTTAGGGAATGAATCTGAATTTGGAACAAATCATTTTG CTTTAGCTGGTTGGATTCGAGGAAGAGATTCAACACGGGTATTACATTATGAAGGAGGTGGATCCAGAACACCATGCACC GATATTGTGTGCCCCATGTATATGCGTGTTTGGGACATATTGAAAATTGCCGATGATCCTACTGAAACACGACCTCTAAT TCTATGCGAGTATTCACATGCAATGGGAAACAGCAATGGGAACCTACATATATATTGGGAAGCAATAGACAAAACATTTG GACTCCAAGGAGGCTTTATTTGGGATTGGGTTGATCAGGGTCTGTGGAAGGTTGGTGCAGATGGTAAAAAGCATTGGGCA TATGGAGGTGACTTCGGGGATATTCCCAATGACTTGAATTTCTGCTTGAATGGCCTCATATGGCCTGATCGAACTCCTCA TCCTGTTTTACATGAAGTCAAGCACCTATACCAACCAATTAAGGTGACTTTAAATGAAGGAAAATTGGAGATAAAGAACA CTCATTTTTTCCAAACAACAGAAGGATTAGAGTTCAGCTGGTATGTTTCTGCAGTTGGATGCAACCTTGGATCTGGTATC TTAAGTCTTGCCCCAATAAAGCCCCAGAGCAGTTATGTTGTCGATTGGCAATCAGGTCCATGGTATTCTCTGTGGGCTTC ATCGTCATCAGAAGAAGTATTCCTGTCTATATCTGCTAAACTTTTGAACACTACACGCTGGGTTGAAGCTGGTCATATTG TTTCAACTGCTCAAATTCAGCTGCCTTCTAGGAGAGAAATTTTTCCACATGCTATCAATATTAGTGGTGGCACTCTTTTG GCTCAAACTCTAGGAGATACAATCAAAGTCAGCCAGCTAGATGATTGGGACTTAACATTGAACACTAAAACCGGTTTAAT TGAAAGCTGGAAGGTAAAAGGAATACCTGTTATGAACAAAGGTATACTTCCATCTTTCTGGCGAGCTCCTACAGACAATG ATAAAGGTGGAGAAGCTGCTAGTTATCTGTCTAGGTGGAAAGCTGCTGGAATGGACACCCTCCACTTCATTACCGAGAGT TGTTCTGTACAGAATATTACACAGAACATGGTTAAAGTGAGGGTGGTTTTTCTTGGTGTTACCAAGGATGAGTCGAAGGT TTTATTTACAACAGATATGACATATACAATTTATGCTTCTGGGGATGTCATAATGGAATGCAATGTGAAACCAAACCCTG ATCTTCCTCCTTTGCCGCGTGTGGGAATTGAAGTGAAGGTGGAAAAACCATTGGATCAAGTAACTTGGTATGGAAGAGGT CCATTTGAGTGTTATCCCGATCGAAAGGCCGCTGCTGAGGTTGCTGTCTATGAGAAGAATGTTAATGACTTGCATGTTCC TTATATTGTTCCTGGGGAATGTTCAGGTAGGGCGGATGTTAGATGGGCAACATTCCGAGACAAATCTGGTTTTGGAATAT ATGCTTCTAAGTATGGTAGCTCTCCACCCATGCAAATGAGTGCAAGCTACTATAGCACTTCTGAACTTGAGCGGGCCACA CACAATCAAGATCTGATTGAAGGAGACAGCATTGAGATTCATCTGGATCACAAGCACATGGGGTTGGGTGGAGATGATAG TTGGTCCCCATGTGTCCATGAGCAGTATTTGATTCCTCCTGTGCCATACTCATTCTCTGTTAGGTTGTGTCCTGTAATTC CATCCACTTCTGGTCATGACATCTACAGATCTCAGCTTCTAAACTCTTGA
Protein sequence (LotjaGi3g1v0318400.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MVASSSSSVAGPILLASQNGYKVWEDPSFIKWRKRDPHVSLHCHESVEGSLKFWYQRNKVDFLVSQSAVWNDDAVNGALD SAAFWVKDLPFVKSLSGYWKFFLASNPNNVPTEFYESEFHDSEWSALPVPSNWQLHGFDRPIYTNTEYPFPLDPPSVPEE NPTGCYRMDFHLPKEWEGRRILLHFEAVDSAFCAWINGHPIGYSQDSRLPAEFEITDFCHPCGSDLKNVLAVQVFRWSDG SYLEDQDHWWLSGIHRDVLLLAKPKVFITDYFFKSNLAEDFSNAEILVEVTIDNSKETSKDSVLTNYTIEAALFDSGTWN TSDGNPDLLSSNVTNIKFQPSTAPLGFHGYMLVGKLQSPKLWSAEQPYLYTLVVTLKDQTGRVVDCESCPVGFRKVSKAY KQLLVNGHAVVIRGVNRHEHHPQVGKTNIESCMVKDLVLMKQNNINAVRNSHYPQHPRWYELCDLFGMYMIDEANIETHG FYDCKYFKHPTLEPSWATAMLDRVIGMVERDKNHTCIISWSLGNESEFGTNHFALAGWIRGRDSTRVLHYEGGGSRTPCT DIVCPMYMRVWDILKIADDPTETRPLILCEYSHAMGNSNGNLHIYWEAIDKTFGLQGGFIWDWVDQGLWKVGADGKKHWA YGGDFGDIPNDLNFCLNGLIWPDRTPHPVLHEVKHLYQPIKVTLNEGKLEIKNTHFFQTTEGLEFSWYVSAVGCNLGSGI LSLAPIKPQSSYVVDWQSGPWYSLWASSSSEEVFLSISAKLLNTTRWVEAGHIVSTAQIQLPSRREIFPHAINISGGTLL AQTLGDTIKVSQLDDWDLTLNTKTGLIESWKVKGIPVMNKGILPSFWRAPTDNDKGGEAASYLSRWKAAGMDTLHFITES CSVQNITQNMVKVRVVFLGVTKDESKVLFTTDMTYTIYASGDVIMECNVKPNPDLPPLPRVGIEVKVEKPLDQVTWYGRG PFECYPDRKAAAEVAVYEKNVNDLHVPYIVPGECSGRADVRWATFRDKSGFGIYASKYGSSPPMQMSASYYSTSELERAT HNQDLIEGDSIEIHLDHKHMGLGGDDSWSPCVHEQYLIPPVPYSFSVRLCPVIPSTSGHDIYRSQLLNS
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 |
|---|---|---|---|---|---|---|
| Gene3D | 17 | 265 | 249 | 4.4E-78 | ||
| PANTHER | 21 | 1106 | 1086 | 0.0 | – | |
| PANTHER | 21 | 1106 | 1086 | 0.0 | ||
| SUPERFAMILY | 92 | 265 | 174 | 4.11E-60 | ||
| Pfam | 93 | 264 | 172 | 1.3E-47 | ||
| PRINTS | 188 | 203 | 16 | 9.2E-32 | ||
| SUPERFAMILY | 266 | 394 | 129 | 5.47E-20 | ||
| Gene3D | 266 | 394 | 129 | 1.9E-26 | ||
| Pfam | 266 | 394 | 129 | 1.2E-17 | ||
| Gene3D | 396 | 677 | 282 | 3.3E-102 | – | |
| SUPERFAMILY | 401 | 678 | 278 | 5.55E-83 | ||
| Pfam | 401 | 681 | 281 | 4.3E-95 | ||
| PRINTS | 405 | 419 | 15 | 9.2E-32 | ||
| PRINTS | 436 | 454 | 19 | 9.2E-32 | ||
| ProSitePatterns | 446 | 471 | 26 | - | ||
| ProSitePatterns | 511 | 525 | 15 | - | ||
| PRINTS | 511 | 526 | 16 | 9.2E-32 | ||
| PRINTS | 584 | 599 | 16 | 9.2E-32 | ||
| SUPERFAMILY | 674 | 784 | 111 | 2.01E-22 | ||
| Gene3D | 678 | 786 | 109 | 2.7E-20 | ||
| Pfam | 689 | 782 | 94 | 2.0E-14 | ||
| Gene3D | 800 | 1092 | 293 | 8.9E-93 | ||
| SUPERFAMILY | 802 | 1092 | 291 | 1.51E-83 | ||
| SMART | 809 | 1090 | 282 | 2.9E-106 | ||
| Pfam | 814 | 1089 | 276 | 4.1E-75 |
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. | ||
| Molecular function | Beta-galactosidase activity | Catalysis of the hydrolysis of terminal, non-reducing beta-D-galactose residues in beta-D-galactosides. | ||
| 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. | ||
| Cellular component | Beta-galactosidase complex | A protein complex that possesses beta-galactosidase activity, i.e. catalyzes the hydrolysis of terminal non-reducing beta-D-galactose residues in beta-D-galactosides. In E. coli, the complex is a homotetramer; dimeric and hexameric beta-galactosidase complexes have been observed in other species. | ||
| Molecular function | Hydrolase activity, acting on glycosyl bonds | Catalysis of the hydrolysis of any glycosyl bond. | ||
| Molecular function | Carbohydrate binding | Interacting selectively and non-covalently with any carbohydrate, which includes monosaccharides, oligosaccharides and polysaccharides as well as substances derived from monosaccharides by reduction of the carbonyl group (alditols), by oxidation of one or more hydroxy groups to afford the corresponding aldehydes, ketones, or carboxylic acids, or by replacement of one or more hydroxy group(s) by a hydrogen atom. Cyclitols are generally not regarded as carbohydrates. |
Expression pattern of LotjaGi3g1v0318400.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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