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| Field | Value |
|---|---|
| Gene ID | LotjaGi3g1v0534100 |
| Transcript ID | LotjaGi3g1v0534100.2 |
| Related isoforms 2 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Aminotransferase; TAIR: AT3G22200.1 Pyridoxal phosphate (PLP)-dependent transferases superfamily protein; Swiss-Prot: sp|Q84P52|GATP3_SOLLC Gamma aminobutyrate transaminase 3, chloroplastic; TrEMBL-Plants: tr|I3SGH8|I3SGH8_LOTJA Uncharacterized protein; Found in the gene: LotjaGi3g1v0534100 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr3:95094954..95106777) extracted from Lotus japonicus Gifu genome v1.2.
AGTATAAGTTAAAAATTGCAAGGCTGGTATGATTACCATGTAAATATGCTGAAATACTTCCATTTTTTTAGGTTCAAATC CCATGATATGCTTGCCCCTTTCACCGCTGGATGGCAGACTGATTTGACTCCTTTGATTATAGAAAAGTCAGAGGTGAACT TTCTTGCTATGTTTCTTTGATTATTTTTTAATTACTCTTGTGTACTAGATTTTTGTAAATATAACTTCAGTTTCACTTTG TTTACATTTCATAATAACTAGTGTTCAATTATTTAATATACCTGATTAATGCGTCCAGGGAAGCTATGTATATGACGTTA ATGGGAAGAAATATCTTGATGCACTTGCTGGTCTATGGTCCACTGCTCTAGGTATATATGACATTTAATTTCTGCTTACT TATATTACTTTCTGAGCTTTGGTATCTCAATTTTTCTTTCTCATATTTTCTTAATGATTTAGTTCTTTTGGTTCATGTTC TCTATACATTTTGAGTAACAAGGATGGCTATGAAGTTAAACTCATAAATACAGATATTTTAGCTTGGCATCTCTTCTTCC AACGACCAAAACATGCCAAGTTGGCAAGTTGCTCAGGGATCCATCTTTCTTCCCTCCGTTTAATCTTGGAACCTTATTAT TTTTAATCCTCTTAGCAAGTATAGGGGGTCAGAGCTGTTTTGAGTTGTGACTATTTTTGCAGAATGCCCTGGGCATTAAA CTTAAGGGGGTTGGAAGAGTTATTGTGAGTTTATAATTTGGAAGGAGGGTGGACGTGAGGTTGGTCTGGGGCTATTGTGT AAAGTTCCAGTATTTACATCTTTTTATGCTTTTAGTTTCTGCTTACCAATAATAAAATAATATTGTAAAATGACTGAATT CTTGGTGTTCTCAAAATATGGTTCTGAAGTCTGAACTAGTAAAAAAAGATGTTAGGTACCAGAAAAATAGAGCACTGAAT GAAGAAGATGATATGAATTATAGCACTGAATCCTCTGGATAAACCCAGAAGCAGTGTTTAGGGGAATTACAAATAAGGAA AAATACAAGATAACCTTGAGCAATTCAAGAGTGCTCAATCTCTCCTAATTCCAGAATAATTTCTGCCTAGCGAATTCTCT CTCCATAACCAACCTATATACTCAAATGCCTATGGTCCCCCCCTCACCCACATGGGTGCTGCCACCTCACCTGGTGGTTA TTTTGAAAAGATACCTTCTAGAAGGTTAGCTCATCAGGTACAGCTTGCACCTGTTTGGGCTTTCTAGTATATACCTTCCC AAATCTGGGCCTGACCAAAGGGTCTGTATCATCTCTCCCCCCTTGAAGAATCACCTTGTCCTCAAGGTGATGTTCAGGAA ATTGTTCCAACAGTTCAGTGTAGTCTTCCCAAGAGTTCTCAAACTCCGGCATGTTCTTCCATTTGACCAGAACCTTCACA GTACCTTTATCCCCTGCCCTGGAATCAATAATGCTTCAGGTTCCACCTTAAGTTCCCACTCTTCTGTCATGTAAACTGGA AGTGGCTGACTGTTGACTCCTTCATTAGGTGCCTTCTTGAGTAAAGAAACATGAAAAACAGGGTGTACTTGACTACCCTC TGGCAGTTGGAGTTTATAAGCTACTGCATTGATCTTCTCAATCACAGGATAAGGGCCATAGAACCTTGGACTAAGCTTTT GATTCTTCCTTCTAGCTAAACTCTTAAGCTTATAAGGTTGGATTTTGAGATAAACCATGTCTCCCACCTTCAGTTGTATG TCTCTTCTGTGCTTGTTAGCTTGCTGTTTCATTCTATTTTGGGCTTTCTCCAAGTTCTCCTTTAATGTGTCCAGAAATAG ATTCCTCTCTGCTGTCATCTTTTCCACTTCATTTACTGAAGCTAATGAATCAGTTCCCTTAATGATCACTGGTGGTTCTC TTCCATACAGAGCTTGAAACGGAGTGGTTTTGATGGCAGAATGGTAGTTGGTGTTATACCAAAATTCTGCCCAACTTAAC CATTTTGGCCACTGCTTGGGTTTAGCCCCAGTCACACACCTTAAATAGGTCTCAACACACCTATTCACCACTTCAGTCTG CCCATCAGTTTGAGGATGGTAAGCAGAACTGAACTTCAATTTGGTCCCAGCAAGCTTGAACAATTCAGACCAAAAAGAAC TCAGAAACACCCTGTCTCTATCTGAGACTATAGATGTAGGAAACCCATGCAACTTAACAATTTCCTTGATGAAGAGTTCT GCAACTTCTTTAGCATTATAGGGATGAGATAGAGCTAGGAAATGTGCATATTTGGTAAACCTGTCCACAACAACCAAAAT GGTGTCCTTTCCCATAGTTTTTGGCAAACCTCCAATGAAATCCATTGAGATATCAGACCAAACTTGTGAGGGAATGGGAA GTGGTTGAAGATAACCAGCTGGATTAAGTGTTTCATACTTGTTTCTCTGACATATTTCACATTTTTGGACATAGGTTTGG ATATCCAGCTTCATTCCTTCCCAAAAGAATAGAGCAGAAATTCTCTTGTAGGTCCTGAAAATTCCAGCATGTCCCCCAAC AGCTGAGTCATGAAATTCTTGTAGTATGATAGGAATCTTCCCGGAAGTCTTAGGTAGAACAATTCTGTTTTTGTACAGAA GCCTGCCCCTCCTCATGTGGTAACCAGCTGGAACTGGTCCTTGAGTGGTGATCTCTTGAATGATTTTCTGATACTTGTCA TCAGCTAGAATCTCAGTTTCTAAATCTTCCCAATCTTCACATTGAACTGAGGAAATGGCAGAAAATTGTAGTTTCCTAGA GAGAGCATCTGCTGCTTTGTTTTCAATACCTGGCTTGTATTTAATTTCAAAATCAAATCCCATGAGTTTGGAAACCCACT TTTGCTGCTCCTCTCCCATGAGCCTTTGTTCAGCCAAGAACCTTAAACTCTTTTGATCAGTGTGGACTATGAATTTGCAG CCTAAGAGGTAGTGCCTCCATTTCTGTACAGCCAACACCACTGCCATCAATTCCCTCTCATACACTGATTTAGCTTGTGC TCTTTCTGAGAGGGTTTTGCTCATGTAAGCTACTGGCCTCCCCCCTTGCATAAGTACAGCTCCTAGCCCTTTCCCCGATG CATCAGTTTCCAACACAAATGTTTTCTGAAAGTCAGGCACAGCTAGAACAGGTACAGTTGTCATGATCTCCTTTAGTTTG TCAAATGCTTGAGTTGCTCCAGCACTCCAACTAAAATTGTTTTTCTTGAGCAATTGGTTTAGGGGTTGAGCCAACTTGCT ATAGTTTCTGACAAACCTTCTATAATAGCCTGTCAATCCCAAAAATCCTCTCAATCCCTTCACATCCTTGGGAAGAGGCC AATTCAGCATATCTTTTATCTTGCTAGGGTCAGCAGCCACACCCTCTTTGGATATCACATGCCCCAGGTAGATGAGTTCA GATTGTCCAAAGGAACACTTCTTCTGATTGGCCACTAGGTGATTGTCCCTTAAAACTTGTAACACCTCCCTCAAGTGCTC CTTATGTAGGTCTACATTATTGCTGTAAATCAGTATATCATCAAAAAATACCAGCACAAACTTCCTCAAATATGGCCTCA AAACCTGGTTCATTAATGCTTGGAAGGTAGATGGTGCATTGGTTAAACCAAAAGGTAGGACTAAATACTCATAGTGACCC TCATGTGTTCTGAATGCTGTTTTAGGGATGTCCTCTTCCCTCATCCTGATCTGATGGTATCCAGATTTGAGGTCTAGCTT AGAAAAAATCTCAGCTGTTCCAATTTCATCCAGCAGTTCATCTATGATTGGAATTGGGAATTTATCAGGAATAGTCACCT TGTTAAGTGCTCTATAGTCCACACAAAACCTCCAGCCACCATCCTTCTTTTTCACTAAAATAGCAGGGCTACTAAAAGGA CTAGTGCTATGTCTAATTATTCCAGCAGCTAACATTTCTTTTACTAACTTTTCTATCTCATTTTTCTGGTAAAATGGGTA CCTGTAGGGCCTGATGTTAGGGATTGGTGCTCCTTCCTGTAGCAGAATAGCATGATCAGTGGCCCTCTTGGGGGGTAGCT CTTTTGGCTCCTGGAATACCTCTGGGAATTCAGTAAGAAGCTTGATCCAGAGTTCAGGTATAGTGACATTGGCTGTAGGC TCCTCTTCTGAACATTCATATGAGAGAATATTCTTCTCCCTCATCATGCTTTGTCTTTTTTATAGATTTCCATGTGGCTG CCACCTTACAAAAAGATGGTTCCCCTTGCATACACATCTTTTGTCCATTTAGTTCCCATTTGATGATCAGATCCTGGAAG TTGGCCTCAATATTACCCAAGCTAGCCAACCAATCCATCCCCAGCACCAATTCTGTTCCTCCTAAACCCAGAATAAAGAA GTGCTGAATGATGGGGATTCCTTGCACCTCCAACTTCAAATTCTTACATACCCCAGAATTTCTTTCCCTAGCCCCATTTC CAACTTCCACAACATATTCTGAAGTAGCAACCACTGGTATTTCCAGTTCTGCTACTAGTTCCTGTGAAATAAAGTTGCTG GTGGCTCCACAATCTACTAGAATTAGGATCTCCCTTTCTCCTATCTTCCCTTTCACCTTGAAGGACCTGTTGGAAGTTAG ACCCTCCTTACTGTTCAGAGAGAGTTGGAGTACCTTCCCTTCCAAGACAAATTCTCCATCCTCAGCCTCTTCAAACACTT CTTCTTCTTCCTCTTCATCCTCACCTTCTATCAATATCAGTTGAAAATTCTTCTTGGCACAAATATGCTCCCTTCCCCAT TTTTCTCCACATTTGAAACATAAACCCCTTCTGCTCCTTTCCTGCAGTTCTGTTTGAGTAAGTCTTTGTCCCCCATTCCA TTTCCTTTCAGGGATTTTTCCTTCATTATTGGTGTTCTCAGTCCCTTCCTTAAGATGCTGAGGTTTCCCTTCATTCCCCT GAGTTCCCCCTGCTCCCTTAGATTGGTAACTCACATTAGGGTGAATAGACCTTCCTCTGGTCTCTCCCGAATTAGTAGAA AATCTTCCTCCAAATCCTCCCTTCTCCTTCCATCCTCGTTTGTCTTCCTCCTTGGATTTGCCTCCTCTCATGGCTGAGTT TTTCTCTTCCAGTAAAAGAGCTCTATCCATGAGATCTGCCAAATCCTCTGATGGGTACAGCTTCATCTCAGCCTTAATCT CCTCATGCAACCCATTCAGAAACACTCCCTTTAGCACTTCCCTGTCAGCATTTCGCATAGGCGCAGCTAAGAGTTCAAAA TGCTCCCTGTATTCCATAACACTTCCCTTCTGCTTAGCACTGAGCAAAGGCCCGAAAGGATTCTGAACCAGTTCAGGTTG AAACCTGCGAATCAAGGCCTGTTTGAACGGTTCCCAAGCTCGCACTGGAGCTTGCTCCTCCCACCATTGGAACCAGCTGA GCGCGCGGTCCTCCATGGCGATCATCACCATCTCAACCTTCTCGGTTTCTTCGACTCGACTGAGTCGGAAAAACCTCTCC ACCTTGGTAATCCATCCGTAAGCGTCGTTACCATTGAACATCGGGATATCCACACGCCGACCTGTGACGGCTCGAAGATG GCTCTGATGATGAACGTGCTCGTGAGGTTCACGACTACGAGTCACAGCTCGTGACCCGGTTCGTGACCCGGTTCGCGACC CGTCGTCTGAACGAGCCAGAGAAACAGAATTGTGGTCGCGTGAAACTCGCCGGTGGCGCGGGGTGTTGGAACGTCCCCTG GTGCGACGGCGCTCGCGACTCATGAAGAGTCGTCGGAGCTCCTCGAACTGTTCGTGAGCTTCTTCCTTCATCTCCGTAAT GGAACGCTCCAGATTGTCGACTCTCGATTCCATAGCGCTGCGGGTAAGCACCATACAAAGCTCCCTTTGGATCGGGAGCT CTGATACCAATGTTAGGTACCAGAAAAATAGAGCACTGAATGAAGAAGATGATATGAATTATAGCACTGAATCCTCTGGA TAAACCCAGAAGCAGTGTTTAGGGGAATTACAAATAAGGAAAAATACAAGATAACCTTGAGCAATTCAAGAGTGCTCAAT CTCTCCTAATTCCAGAATAATTTCTGCCTAGCGAATTCTCTCTCCATAACCAACCTATATACTCAAATGCCTATGGTCCC CCCCTCACCCACATGGGTGCTGCCACCTCACCTGGTGGTTATTTTGAAAAGATACCTTCTAGAAGGTTAGCTCATCAGGT ACAGCTTGCACCTGTTTGGGCTTTCTAGTATATACCTTCCCAAATCTGGGCCTGACCAAAGGGTCTGTATCAAAAGACAT AGTTAGATTTCTGTTAGATAACGATATAATACATTTATGTCCATCTTTTTATCTGTATTTGTTTGATTGCTGTAAACTTT TGTGATTTTCTCTTCAATCCCATAGTATAAACAAGAGACCAATGTGCAAGCCTAGACGCACATTTTTACTTAACCAGTCT GTGTGTCAACGAAGTACCACATGGATGTCATCCATATTGATCTGGTCCTGTTACTGTTTCTGCTGTCAAGTCGAGTTCCC AAAAAATATCTGCATACTCTTTTCATCAACCTTCTCCTGTCCTGTGCTACCATGCACGTTTCCATCCAATGTTTTTCCTC TGCCTCTACTTCCAAATCTGGTTTTTATACCTTTTGCCTTCTATTTGACTAACTAGCATCACCATTTTTACAGGATGCTG GTTTTATCAGGAATTTTGAGTTTTCATTAAATTGCAAAGAAATGCGATCATGATTACATATCTCATTAGCTTGGAAATGT GAATTATATTTAGATACTCACGTAGCTGTGGGGTATATTCACATATCAAAAGTATAAATAATTTAAGTTTGTTAATTTTA ATATCTTGTTCGTGTTTGAAAGTGATTTACTCTGACAGCGAACATATGTTATTTTGCAGGGGGAAATGAGCCCCGCCTTG TTGAGGCTGCCAATGCACAGTTAAAGAAGTTACCGTTTTATCATTCCTTTTGGAATCGGACCACAAGACCTTCTTTGGTA TTCATATGATCATATCATTTTCTCATAGCTAACCTAAACATTATTTTATTCTTTTGTTTCTTATTTGTAATTTGCTTCTA TAATATATATTTCTTTCATTTTTCCATCCCTTCTATAGATGAGCCCACCACAATGTGTTACAAGATGCATACCAAGATAG AATTAGAAATAATGCATGAGAATAAGTTGGGGTGGCATTTATTGTAAACATAATGTACAATATAAATTATATTTAAAAAT GATAATATATTATAAATTTATATTTCAAACTTACATATTTTAGAACACATTTTCCTCTAGATATTGCATGGGCTAATATG CTATTTTATTTTAGTGTTTAGGGGAAAATAATATCTCTTTGTGACTTTATAGGTCATTCACAGCTAGTTTTGAACCTTTA CTATCGGTTCTGAGAGTCAAGACGGAATAAATATTTCAAATCAAGTTAGGGGCTAATAGTAGAATTTCATTGTATTTTCC CAAAGTTGATAGTAGGTGTTCCAACTTCCAAGTCTGTGACCATGAAAGTTGGAGAGAGAGGAAAATGCCCTCGTGAAATG GTCAATCGTCATGATTGTTCATCACTAGTTCACTACTGAGAAGGGTTGTTCACATTCAAATTTCCAAATGGAATTGTAAT TTCCCGAAGTAGATGGAAGGGCAGTATATTTGAGCTCTTTCTGGTGAAAAGTGAATTTAACCCGCATTTAATTGAGGGGT TGAGTGTTAGGGTGGGGGGTGATATTGCGTTGCCTATCCTAATCCAACTCACAAGCATTACCTAGGTGCCTTTCACTGCA AAGGAAATTGATTGAGAACCTTCTTGTCATATACACAGTTGATAAAATAGTTGGTTTCCCTTTTGACATTTAATCAATAC ATATTTCCACGTACAGGATTTAGCCAAGGAACTCCTAGAAATGTTTACAGCAAGAAAAATGGCTAAAGCTTTTTTTGTTA ATAGTGGATCAGAAGCCAATGACACACAGGTGCGTTACATTAAATATCCTCTTTGATTTGTTAGAGTTGCATGTTTTCTT CTGAATTCTATTCAACTGTAGGCTAGATATTTAGAATGTGTGTATTACTGTATTTTCACTTGCAAAATAAAGTTTTAGTG TCATTTCAAACAGTAGAATATATAATGCATGTGAAGGAACCAACGAGAGGCAAAATCTAAAAGCAAAATACTAGAAGACA ATGAAATAAATTCTCAATGCCAAATGTGGTTCTGTAAATAAATATAGATCCATCTTAATAAGTGTTTTAGCAAAGATCAA TCTATGTAATGTAAACATATTTTGTAGTACATAGTTTATGCAGTATAAATTCTTAACTATATTTCTCCTTGATATATTTT CTAACAGGTGAAACTTGTATGGTATTATAACAATGCACTTGGAAGACCGGATAAGAAGAAATTCATAGCTCGTTCTAAAT CGTACAGATGTCAACTCAATCTATGCAATTTTCTCTATTATGCCTGAAAAGTAGGTTTTGTAGCTTATGTATTTTTGCAT TTGTCAGGTATCATGGTTCTTCATTGATAACAGCCAGTCTATCCGGGTATGATGAACTCAAGATTTTGTTTTTTCAGTGA ACTAGTACTTATATAGAACAGTCTGATGTTATTCATAAAAAAAAATTGTTGTTAAAAAAACTTGACTATGTGTATTTTAG CCTTCCAGCTTTGCATCAAAAGTTTGATCTCCCAGCACCTTTTGTCTTGCACACTGACTGTCCACATTATTGGCGGTTTC ATCTTCCAGGTTATTATTTCGATGGACGCTTGTCTAGTAATATTTCTGGCATTTATTTTTTAAGTCATAATAACTATTAA GCATGCTTATGAACATCTCAGGTGAGACAGAGGAAGAGTTTTCAACCAGATTGGCCAACAATCTGGAGGAGCTAATTCTG AAAGAGGGACCAGACACAGTAATATTCATATGCATGGAAGTGTCTCCTGCAACCAGCACATTGACTTTATCACTGACTTC AATGTTTATTTTTTATTTTTTATTTTTTATTACAGATTGCTGCATTCATAGCTGAACCAGTGATGGGGGCAGGAGGTGTA ATACTTCCACCATCAACATATTTTGATAAGGTATTCTCTTATGATCAATGCTTCACACATGAGTTCCAAACTTTCATGCT GGATGTGAGGACTATTTGGTATCGGTAAACGTTCTTCATTTTCATTTTTTATATTCACTTGTACTCATATAAATGCCACC CTGTGTTCTGTTTTCAAGGATTTATAGAGAAAATGGTGAAAACAAAATTAAACATAAAACGTTTTCAGTTTTCTCAAACA AAACAGGCCCCAAGAGATTGGTTCTGGGTGTTTTGCAATATTTGGGCATTTCCATTTGTATACTCAGTCCCAAAGACATG AGAACTTACTAAAAGGAATTTTTGTTTAATAAATTCTAGTTTCATTTTTAGATAATGTTAATCTAATTGTTATTGGTCTT CAGCTTGAACTAGTAATGCTGACACTTGACCCAATAAGTGTATTAATAGGTGGTTACTTTTTTTTGTGACATCTTAACCT ATCTAATAATACATTGTTGGCTGTAGTTTATTTTTTATTTTTTATGATTCCTTGTCTAAACTCTGTAATATTTTATGAGA GATGTAATGAAATGGAATTGAGTATGATGAAATGACGTGGAAACAAAATGGAAGTGATGTTAGTTTGCACTTTCCAAAAA TTCCATTTTGCAAACTGAGACATGCATCATTTGCTTGATCGGTGTTTTTTGTTTAGTATGTGACATTAAATTTTGTCATT TTCAGTTTTTCACTCTTTCCTTAAAAGAGTTTAAAAGGAATGAAACACAAGTTTTTCTCAGCATTTAATTTTCATGCAGA TCCAAGCTGTTCTCAAGAAGTATGACATTCTACTTATTGCGGATGAGGTGCTTCAATAATTCTAAAAATTCTGTTATATA AGATAGAGAGTTTTTCATTCTGATTGATGTGTTAAATGTCTCTTTTTGAAGGTGATCTGTGCCTTTGGAAGGCTTGGGAC AATGTTTGGATGTGACAAGTACAACATTAAGCCTGACCTTGTTTCCTTGGCAAAAGTAAAATGAAGCAGCTCTAAGTACA TATTCACATTTTAATATTTTCAGAGGTTTTCTCATTTTTTGTTTGACTTCTAGGCACTTTCTTCTGCCTATTTACCAATC GGAGCTGTCCTTGTGAGCCCAGAAGTTTCAGAAGTCATATACTCGCAGAGCAACAAACTTGGTATGCTGGTTTACTCAGT TATCACCACATTTTTTTGTGTTTAGTCATTTCTGACTTGCTATTGCATGTTTTAGGTAATTTTTCTCATGGATTCACTTA TTCTGGACACCCTGTATGCTGTGCTGTTGCAATTGAAGCACTCAAGATTTACAAGTGTGTTCCTTTATTTCTAGCTTTTA AAAACTAATAGGAAGCTTATTATATCTACTTGTACTTATTAATCTTTTGGCAATAGAGTGTGATAATTTCTCATCATCGC AGGGAAAGAAATATCCTTGATGTAGTGAACAAGATATCCCCAAGGTTCCAAGATGGCATGAGAGCTTTTTCTGACAGTCC TATCATTGGAGAGGTATATATTTTTCGCTGAGCAATTTTTAAGTTTGTGGTTAATATTAATGTGTGGAAAATACAACACT TCTGGATCTGCAGATACGGGGAACTGGCTTGATTATGGGGACGGAGTTCTCAGACAACAAATCACCTAATGATCCATTTC CTTCTGAATGGGGCAAGTTCAATACTCATTTTTCTCCTATCTATCAGTCTGTTTAACTACTGTACAGAACATGGTTTTTA TCCTATCTGGTGATATTATTAACAGTAATTATTGCAATATACTACTCCCTCCGTCCCTTATTATAAGACCCCTTATTGTG AGATAAAAAGGGGTCTTATAATAAGGGACGGAGGGAGTATTATTGAATATATGGCCATCCTTTAATGAACTTGCACAATC TAGGTGGGACAATACAACCATTAAGTGATCATAATAATGGATCATCTTGGCTGCATTTTTTTGGGTATACTAACAGTGAT CTTATTGGTTTATAGAATGTTAGAGTGGTAGTGAGCTGTGAGCAGAGCAGAGAGTAAGAGGGAGAAAATCAGAAGCGATA GAGAATGAGTCTGAATTCTGTTAGGGTTAGCTCCTATATAATGAGCTGAAAGAACGCATACAAGAAAAGCTTTGCAGCAG CAGAACTAATTCCTTATTCTAACCATAACCAACTCTAACCATACCCGCATAGTCTAACAAATAAGTATGCTGTTTTTATG TGGATGTGGACATTTTTTTTATAGTATGTTTTAACCCTGTGATGCATATTTTCCATATTACAGGAGTAGCGACTTATTTT GGAGAACAATGTGAGAAAAATGGGCTGTTAGTTCGTGTAGCTGGAGATAATATCATGATGTCTCCACCATTTATAATTTC CCCAGAAGAAGTTGATGAGGTAACTTAACAAATAACCTATTTTTGTCACTTATTAAAATTGAGGAAAATTTAATCTATGT GTAAATAGTTACAGTTAGAGAGAAATTTGGCCTTTGACATGTAGCAATATGCAGCTCAGCACTGAGTTTTTTCCTCCCTG GTTTTTATTCTTGTTCAGTAGACAATTTGTGCCAATGTTATAAGTTGCATTTCTTTTTCTGCCTCCCAGTTAATCAGCAA GTATGGTAAAGCTTTAGCAGCGACGGAAAAGCGAGTTCAGGAGCTCAAGTCTCAGCGCAAGTAG
CDS sequence (LotjaGi3g1v0534100.2) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGCTGAAATACTTCCATTTTTTTAGGTTCAAATCCCATGATATGCTTGCCCCTTTCACCGCTGGATGGCAGACTGATTT GACTCCTTTGATTATAGAAAAGTCAGAGGGAAGCTATGTATATGACGTTAATGGGAAGAAATATCTTGATGCACTTGCTG GTCTATGGTCCACTGCTCTAGGGGGAAATGAGCCCCGCCTTGTTGAGGCTGCCAATGCACAGTTAAAGAAGTTACCGTTT TATCATTCCTTTTGGAATCGGACCACAAGACCTTCTTTGGATTTAGCCAAGGAACTCCTAGAAATGTTTACAGCAAGAAA AATGGCTAAAGCTTTTTTTGTTAATAGTGGATCAGAAGCCAATGACACACAGGTGAAACTTGTATGGTATTATAACAATG CACTTGGAAGACCGGATAAGAAGAAATTCATAGCTCGTTCTAAATCGTATCATGGTTCTTCATTGATAACAGCCAGTCTA TCCGGCCTTCCAGCTTTGCATCAAAAGTTTGATCTCCCAGCACCTTTTGTCTTGCACACTGACTGTCCACATTATTGGCG GTTTCATCTTCCAGGTGAGACAGAGGAAGAGTTTTCAACCAGATTGGCCAACAATCTGGAGGAGCTAATTCTGAAAGAGG GACCAGACACAATTGCTGCATTCATAGCTGAACCAGTGATGGGGGCAGGAGGTGTAATACTTCCACCATCAACATATTTT GATAAGATCCAAGCTGTTCTCAAGAAGTATGACATTCTACTTATTGCGGATGAGGTGATCTGTGCCTTTGGAAGGCTTGG GACAATGTTTGGATGTGACAAGTACAACATTAAGCCTGACCTTGTTTCCTTGGCAAAAGCACTTTCTTCTGCCTATTTAC CAATCGGAGCTGTCCTTGTGAGCCCAGAAGTTTCAGAAGTCATATACTCGCAGAGCAACAAACTTGGTAATTTTTCTCAT GGATTCACTTATTCTGGACACCCTGTATGCTGTGCTGTTGCAATTGAAGCACTCAAGATTTACAAGGAAAGAAATATCCT TGATGTAGTGAACAAGATATCCCCAAGGTTCCAAGATGGCATGAGAGCTTTTTCTGACAGTCCTATCATTGGAGAGATAC GGGGAACTGGCTTGATTATGGGGACGGAGTTCTCAGACAACAAATCACCTAATGATCCATTTCCTTCTGAATGGGGAGTA GCGACTTATTTTGGAGAACAATGTGAGAAAAATGGGCTGTTAGTTCGTGTAGCTGGAGATAATATCATGATGTCTCCACC ATTTATAATTTCCCCAGAAGAAGTTGATGAGTTAATCAGCAAGTATGGTAAAGCTTTAGCAGCGACGGAAAAGCGAGTTC AGGAGCTCAAGTCTCAGCGCAAGTAG
Protein sequence (LotjaGi3g1v0534100.2) extracted from Lotus japonicus Gifu v1.2 Proteins.
MLKYFHFFRFKSHDMLAPFTAGWQTDLTPLIIEKSEGSYVYDVNGKKYLDALAGLWSTALGGNEPRLVEAANAQLKKLPF YHSFWNRTTRPSLDLAKELLEMFTARKMAKAFFVNSGSEANDTQVKLVWYYNNALGRPDKKKFIARSKSYHGSSLITASL SGLPALHQKFDLPAPFVLHTDCPHYWRFHLPGETEEEFSTRLANNLEELILKEGPDTIAAFIAEPVMGAGGVILPPSTYF DKIQAVLKKYDILLIADEVICAFGRLGTMFGCDKYNIKPDLVSLAKALSSAYLPIGAVLVSPEVSEVIYSQSNKLGNFSH GFTYSGHPVCCAVAIEALKIYKERNILDVVNKISPRFQDGMRAFSDSPIIGEIRGTGLIMGTEFSDNKSPNDPFPSEWGV ATYFGEQCEKNGLLVRVAGDNIMMSPPFIISPEEVDELISKYGKALAATEKRVQELKSQRK
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 | 10 | 452 | 443 | 4.0E-278 | – | |
| PANTHER | 10 | 452 | 443 | 4.0E-278 | – | |
| Gene3D | 15 | 446 | 432 | 3.5E-155 | ||
| CDD | 19 | 446 | 428 | 1.55982E-148 | ||
| SUPERFAMILY | 22 | 446 | 425 | 2.69E-116 | ||
| Pfam | 28 | 445 | 418 | 1.6E-90 | ||
| Gene3D | 64 | 344 | 281 | 3.5E-155 | ||
| ProSitePatterns | 254 | 291 | 38 | - | ||
| Coils | 439 | 459 | 21 | - | – |
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 | Transaminase activity | Catalysis of the transfer of an amino group to an acceptor, usually a 2-oxo acid. | ||
| Molecular function | Pyridoxal phosphate binding | Interacting selectively and non-covalently with pyridoxal 5' phosphate, 3-hydroxy-5-(hydroxymethyl)-2-methyl4-pyridine carboxaldehyde 5' phosphate, the biologically active form of vitamin B6. |
Expression pattern of LotjaGi3g1v0534100.2, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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