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| Field | Value |
|---|---|
| Gene ID | LotjaGi3g1v0337700 |
| Transcript ID | LotjaGi3g1v0337700.5 |
| Related isoforms 4 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Alcohol dehydrogenase-like protein; TAIR: AT5G19440.1 NAD(P)-binding Rossmann-fold superfamily protein; Swiss-Prot: sp|Q500U8|TKPR1_ARATH Tetraketide alpha-pyrone reductase 1; TrEMBL-Plants: tr|I3T3D7|I3T3D7_LOTJA Uncharacterized protein; Found in the gene: LotjaGi3g1v0337700 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr3:70968384..70978707) extracted from Lotus japonicus Gifu genome v1.2.
AGAATGAGCAGTGGCGTTGGACAGGTGGTGTGCGTGACTGGTGCTTCTGGCTACATCGCTTCATGGATCGTCAAGTTTCT TCTCCACCGCGGTTACACCGTCAAAGCCACCGTTCGCGACCCAAGTCAGTGTCCCTTTCTTCTTCTTCTTCTTCTTCTTC TTCTTGATTTCATCATCATCATCATCATCAATGAAAACCTAGTTTGTTTTCTTCGTAATCCTTATGCATTTTCTTCGATT TGATTGATTGCAATTTGCAGATGATTCCAAAAAGGTTGACCACTTGCTTAACCTTGATGGTGCTAAAGAGAGACTGCACC TATTCAAGGCGAATCTTCTTGAAGAAGGTTCGTTTGACTCTGTTGTGCAGGGTTGCCATGGTGTCTTTCACACTGCTTCT CCCTTCTATCACGATGTCAAGGACCCTCAGGTTCTTGATTCATTCATTCCCTTCTAGTTCTTGGAATTGCATTTGATTTT TTAGTTTTTTCTCATTATATGTGTGTATGTATGTATGTATGTTTTGATTTCAGGTTGAATTGCTTGATCCTGCTGTGAAG GGAACTCTGAATGTTCTCAAATCATGTGTGAATTCGCCAACTCTGAAGCGTGTTGTGTTGACTTCCTCTATTGCTGCTGT TGCGTATAATGGAAAGCCTCGAACTCCGGATGTTGTGGTTGATGAGACTTGGTTTACTGATCCGGTTCTCAATAGGGAAG CTAAGGTATTTGCTGTTTTCCATACAACTTATGATTTTGTTCAGAGTTTACTCATAATAATCTAGTGAAATTCTTGATAT ACCATTGGATTGGATGAATGATTGTGCCATTTTCTGTTCTTTGCTTTTTGTATGCACCTAAGACTAAGAGCCACAGCCGC ATTATTTGCCATTTTCCATTATGCTTATGCTTTTGTAACATAATCTAGTGAAATTCTTGAGAATACATTGGATTGGATGA ATGATTGTGGCAACAGACCCTTGCAGCTGAAAACATGTCTTTTTGTATGCACCTAAGAAAAGTTTGTATTTATGTCTCCT TTCTGTTCATATGTTCAGAGTTTGAAATTGGTTTGATAACTTGATATGCTTTCTATCGAAAAGGTTGTTTATGTGCCTTG CCTTGCCACTACTAAAATTTGGTACATACAAAACAACTTGTTTTTTTTGTTTACTTAATCATGAGTGTAAACCTAGAGGG TTCCATTGGCCAGGGATGCTTGTGCTCTGTTAAATGAGAAACATTACTTCCCCAATGAAACATAGAAAAAATGGTTTCAT TTGATTGATGTTGGAGTATATTTTATACCTGTATATTAGAATCAAACCAAAGTAACCGGGGTGTCCTTGATCAGTGCCAG AAGTTAGCTTGTATTATATCTTAGTCTCAGCTGATGCTTATTATATTTTCTTTTAAGTTATTTAGGTGTCCTTGCATTGC CATGTGGAGAGATAAGTCAAATTAAATATCTCATAAGGACAGGAGTCACAGGACAACGACCAATAACTTTCAGCTTAACT GTCCTAGTCCTTACTGTCCATAGCATCTATTAGGATAATTCAGATTATATAACTTCTGTTAAGTTAGTTGATGAATACAG TAAGTTATGGTTTGTTAGTTAGTCACATACATTAACTAGAATAGTTAGCCCTTGTATATAAAGTAAAACCCTCTACACTT CACAGTTAGTTGAATAAATCATTTCCCTTTCTCATTCTATCTCCGCAAGATCATCATATGGTATTAGAGAATTTCTGTTC GCTCATCATCTTCTTGTATTTGTTCCTTAAAGTCATCTCTTTTTTCCTTCTTTTAAATTCTTGCACTAATCAAGCGATGG CCTATCCTTCAGTCAGTCAAGGTCCACAACAGCAGAATGTGGACCAATCTCAAAACCCTTCTAGCCCCTTTTACTTGCAT CCTTGTAAAATTCCAGGTACGGTTCTTCTGTCTCCTCCTATGGATGGTAGCAACTACCACTCATGGAGCCATGCAATGAG AGAACTGATGTTGAAAAGCAAGCTGAAGTTCATTGATGGTTCTATTATTAGAGTATACTACTTGTGTTAAGTAAAGCTAC TGATTGTAGCTGAGTTAGTGTGTTAGTTATGCTTGCTTAGCTGTCAAGCTTAGCTGGCATAACAGAATTAAGAGTTAGTT GTTAGAGTTTGTTAGAATTGTTAGCTTGTTCATCAAGCTTTATATTCTTCTATAAGTACTGAACTATGGTCTATTGGATC ATAACCTTTGAAATGAATGAGAATTAGATTTACAGAGTTCTGAGTTTTCAACATGGTATCAAGAGCAGGTCACGATCCTT GAGATCTCTCTCGATTTTCTTTTCTTCTCCTTCTTCTTCGTCATGGCTGACGAAATTCCAGAGATTCCGATCCCGATTCC AGTTCCAGTGGCTCAACCGCAGTTGAGTTCATCCACGCTTGTTCACAAGCTTACGTTGAAGCTTGATGATACAAATTTTC TTTCATGGAAGCAGCATGTGGAAGGGATCGTTCGCACTCACAGGTTGCAGAGTTTCCTTTCTCATCCTGAGATTCCACCA CGATTTCTCACTGAAGAAGATCGTGTGAATGCAGTGGAGAATCCTGCATATCAAGTCTGTGAGCAGCAAGATTCTGCTCT GTTTACGTGGTTACTTTCTTCGCTTTCACCATCAGTGCTTCCTACTGTGGTGAATTGCTCTCAGTCCTGGCAAGTCTGGG AAGCAGTGCTCGAATTCTTCCACGCACACGCTCTCGCGCAGTCCACACAACTGAGATCTGAGATTCGATCCATCTCCAAG GGATCGAAGTCGTGTTCTGAGTATCTCAAGCGTATTAAGTCGATTGTTAATGCGCTAATCACGATTGGAGATCCAATCTC CTATCGTGAACACTTGGAAGCAGTGTTTGATGGCTTGCCTGAGGAATACAGTCATCTTCAAACGATTGTGTACAATCGTG AATCACCGAGTTCGATTTCGCAGGTTGAAGCGATGATTATCGCACATGAAGCGCGTCTCGATCGCGCTCGTACTCGCCAG ATCTCGACAAATCCTCCGTCGGCGCTCCTTACTCAGGCTCCACCGCCACCAGCGACTCAACCTCCGCTGTCGACACCGTC GCCGGTGGCCTCTGAAGCAAATTATGCTTCTGGATCTGTCGATTCTTCCTATAAGGATCGTTCTTATGATGATCGCAGTG ATGATCGCACTGGATCCTATGAATCGCGTGGACGTGGTGGCTACACTAGCAACAATGGTGGAAACAACTCTCGTGGTGGC TACAATGGCCGTGGAGGAGGTAGAGGTAATAATCGCAGCGTTCAGTGTCAGATTTGTAAGAAGTATGGACATGATGCTAC TGTTTGTTACTATCGTGGTTCTTCATCTTCATCCACTCCTTCTTCTGGCATTTCTGGAATGAACTCAGGCTATGGAATGC AATTTCCTAATTTTCCTATGATGCCTATGCCTCAGTTTGGCTTCTCACCTTACTGTGGATCTCCTCAGTTTGGTTTTCCC ACTCAGTTTGGTCAGCAACAACAGTTTGGTCATGGAAATTCATTCTCTGGTTTTCCTTTTGGTCCTCAACAGTTTGGATT TAGTTCCTTTGCTGGTACTCCATGGAGTAATTTTCCTTCTCAGTTCAACAATGGAGGACAGAGGCCTGGAAATTCCATTG CAAGGCCTCCACAAGCTATGCTTACTGGCACATCACAGGCTGGAGGATCTGCTTCAGCAAACCTGAGCACTTGGTTCCCT GATTCTGGTGCTACTCACCATGTGACAAATGACTCCTCAGTCATCTCAGATAGTGTCTCCCTCACTGGTAATGACCACAT CTTCATGGGGAATGGACAAGGTTTGCCAATCCTCTCTATAGGATCTGCTTCTTTTCCTTCTCCTTATCATAATACAACCA CACTCACTCTTAAAAATCTGCTTCTAGTTCCCAATATCACCAAGAATTTGGTTAGTGTAAGTAAGTTTGCAAGGGACAAT CATGTTTATTTTGAATTTCACCCTTCTTTCTGTGTTGTTAAATGTCAGGTCACATGTAGAGTTCTTCTTCAAGGTCATGT TGGACCAGATGGCTTGTATGTCTTTGAAGGCATGCATACTCCTTCCCTTTCCAAGACATCTCCTATTCCAGCTTCTGCTT CTTTGTCTCCAGTGGCTGTTTCAGACTCAGTTTCTGCTTTGTCAGCTGCATTATCTAGCTCTACTACACCTAGTCTTAGT CCTAAGTCTATAGTTTCATCTTCTGCTATTGTAAGCCCAACCTCTTATGGTTTGTGGCATTCTAGATTAGGTCATCCTCA TCATGAGGCTTTGCATTTAGCTTTAACCTCTTGTAATATTCAAGTTCCTAATAAAACAAAGTTCAATGTTTGTTCAGCTT GTTGTCTTTCTAAGTCTCATCGCTTGCCATCTCATTCTTCTACTACTGTTTACTCCTCTCCTCTAGAGCTAATTTTTGCT GATTTATGGGGGCCCTCCTCTATTGAGTCTTCTTGTGGTTTTTCTTATTTTCTTACTTGTGTGGATGCCTTTTCTCGTTT CACATGGATCTTTCCTATGAGAAAGAAATCTGATACTTGTTCCACATTTCTACAGTTTCAAGCTATGGTAGAATTGAAAT TTAGCAAGAAACTTAAGTCTATTCAAACTGACAATTGCACAGAGTTTAAACCCCTTACCTCCTATTTTACAAAGTCAGGG ATTGTTCATAGGTTGACATGTCCCTATACACATCACCAAAATGGTAGTGTGGAGAGGAAACATCGCCATATTGTTGAAAC TGGCCTTTCCTTGCTAGCACATGCTCATTTGCCATATCAATTTTGGGATCAAGCTTTTCTTGCAGCTGTGTTTCTCATTA ACAGATTGCCTACCTCTGTTTTAGGCAATGCAAGTCCTTACCTTAAGCTTTTTAATACACAACCTGATTACAAGCTACTT AGAGTTTTTGGCTGTGCTTGTTACCCACATTTGAGGCCTTACACACAATCCAAGTTGTCTCTGAGGTCTAAGCTTTGTGT GTTCATGGGCTATTCATCACAACATCAAGGTTATAAGTGTATGGACAATGAAGGCAAAATTTATATCTCAAGGGATGTGG TTTTTGATGAATTCAACTTTCCCTATCCACACATGTTCACTTCCTCAGAGGTTCCTCACCCAGATCAAGGGCTTTCTTCT ATTATTTCTCTGGTACCAGCTGCTGTTCATGGTCCACCTCAAGCTGTTAATGCTCCTCCACTTTCACCTCCCTCTTCAGG GGACACTCATCCCAGTGGTTTTTCAGTTCAGCAGCAGCCTAGTCACTCACCTAGTCATGGATCATCTTCTGGATCAGCAC AGCCAGGTCATAATAATTCTGCAACTTCTTCTACTGGTGCAATTGCTCAGCCCATTGGGAATGTTCATCCCATGCAAACA AGGGCAAAATCTGGTATTGTCATGCCCAGATTATTTCCCACACTTCTCCTAACCCAAGCAGAACCTACAAACTCTACTCA AGCATTAAAGGATCCTAAGTGGAAGGCTGCTATGCAAGCTGAATATGATGCCTTGATGGCCAATGGAACCTGGACTTTGG TTCCACTCCCTAAGGATCGAAAGCCTATTGGCTGCAAATGGGTATTTAGGGTTAAAGAGAATGCTGATGGGACAATTAAT AGATACAAAGCAAGGTTGGTGGCCAAAGGATATCACCAAGTGAAAGGGTTTGACTACTCAGAAACTTTTTCTCCAGTGGT AAAGCCAATTACTATTCGCATAATCCTCAGCTTGGCTATCACTAAGAAGTGGCACATTCATCAACTTGATGTGAATAATG ATTTTCTTAATGGGGCACTTCAAGAGGAGGTCTACATGACACAACCCTCTGGTTTTCTTTGTAAAGACAAGTCTTTTGTG TGCAGACTGCACAAGGCTCTCTATGGCCTCAAACAAGCCCCAAGAGCTTGGTTTGAAAGGTTAAGGGCAGCTCTAGTTAA GTATGGTTTCACTCCTAGCAAATGTGATCCTTCCTTGTTCACTTTCTACACCAAAGGTTGTGTTATCTACATTCTTGTTT ATGTAGATGACATTATTATTACTGGGAATTCACTGCCATTAGTTCAACAAGTGGTGAAGAATCTTGATTCAGAATTTTCT TTGAAGCAGTTGGGGCAGCTAGACTATTTCCTCGGTGTTCAAGTTCATCATTTGAAGGACAGATCCTTACTTCTTACACA AACAAAATACATCAATGATTTGCTTGAGAGAGCAGAAATGGGGGAGGCCAAAGGCATATCTACTCCCATGATTGGAGGTG CTAAGTTGAGCAAATATGGCTCAGATTATTTTGCAGATCCAACATTGTACAGGTCTATTGTTGGTGCTCTGCAGTATGCT ACTTTGACAAGACCAGAGATTAGCTTTGCAGTGAATAAGGTTTGCCAATTCCTCAGCCAGCCCTTGGAGGATCATTGGAA GGCTGTCAAAAGAATACTTAGGTATCTTAAAGGCACCATACATCATGGTCTTCACCTTAGGCCTTGTTCCTTACACACTT CTGTCCCTCTTGTGGCCTTTTGTGATGCTGACTGGGGATCTGACCCTGATGACAGACGATCAACCTCGGGCACTTGTGTC TTTTTTGGTCCAAATTTGGTCTCTTGGAGCTCCAAGAAACAGACCTTGGTTGCTAGATCTAGCACAGAGGCAGAATATCA CAGCCTGGCCAATACATCAGCAGAATTACTTTGGGTTCAGTCATTATTGCAAGAGCTTCAGGTTCCCTTTTCTCCACCTC GAGTATTTTGTGATAATATGGGTGCAGTTGCTCTCACTCATAATCCTGTTCTTCATACTTGCACCAAACATATGGAGCTT GATATCTTCTTTGTGAGGGAAAAGGTTCTTGACAAGACTCTTTTTGTTCATCACATTCCTTCTGAAGACCAGATTGCTGA CATATTCACCAAAGCTCTTTCCCCTACTAGGTTTGAGTATCTTCGTTCCAAACTCAAGGTGCTTGAGCGGGTTCCTTCTC CCCCACCTTGAGTTTGCAGGGGTGTATTAGAGTATACTACTCGTGTTAAGTAAAGCTACTGATTGTAGCTGAGTTAGTGT GTTAGTTATGCTTGCTTAGCTGTCAAGCTTAGCTGGCATAACAGAATTAAGAGTTAGTTGTTAGAGTTTGTTAGAATTGT TAGCTTGTTCATCAAGCTTTATATTCTTCTATAAGTACTGAACTATGGTCTATTGGATCATAACCTTTGAAATGAATGAG AATTAGATTTACAGAGTTCTGAGTTTTCAACATCTATCACTGCCCCTTCCATGAATGACATGCTACAGAACGTGGGGGAG GTGCAATACCATGGTGGTTTCTTGGATCACCAGAACTTTGTCCAGCCAGATATCTCAAAGCATCATCTACGTAGAGAATG CCTAGGATTTGAAGGAAGACCTCAAGGAAAGATTTCCAAAGGACATCATTTTCGAGTTTCTGGCATGCTTCTAGCATTGC ATTCAATAAAGCAAGGAGATGATGTGATTTCAAGTTTAATACTATCTCAGTTCTCAAACTAATTTCTTCCGTCCGTTCTG TGAAAACTAGATACTGATTCATAAGCCTAAATTGAGTTTGTTGTAATTTTGAGTTTCAGCTCCTGAAATTCTGATAATCC GATGGTCAAGTAAAGTTTTTAAACTTCACTTGTTTTTCCTAATTAATTGAGACATCTTAGCGTTTCAATTCAATCTTATA TGCACACTAGATAATTGCTGTTGAGCTTTAATGCTAATGCATTTGTTCCAATTTCCGCAAAGGGTAATGGTTTACCATGT ATATTATGTTACCATGCTCTTTGACTTCTTTCCTTTTCGTATTTATACTTTCAGATGTGGTATGTGCTTTCAAAGACCTT GGCTGAAGAGGCTGCCTGGAAATTTGTACGTGAAAACAACATTGACATGGTTACTATTAACCCAGCAATGGTCATCGGGC CTCTCTTGCAACCAGTTCTTAACACAAGCGCTGCTTCAGTTTTGAATTTTGTTAATGGTAATTACTATTTACATGTTATG CTGTACTGAAATTCTATTATCTGCTTTCTCCTTTCTGTGCTTCTGGATAACATATTGTTTTTCTACTAAACTGCTTTTTC TGGACCCAGCAATATGAAAAGGCGCAAATAGAAAATATCAAAATGGGAGTTAAAATTGAATATTGAATAAGGGTTATGAT GAGAACAGTTACATATTCGGATATCAGCTTTTTAAATTCCCTTTTTATTTGTAGATTGATTATTGTCTAGTCCTTTTTCT TTTAATTTTTCAAAATATGTCATCTTCTTTTTCTCTAATGTGTCATTGGTTATTTACTTACATATTCGTTTATTTAATGG ATATTAGCAGTTGCGATATGCTTCAAATATATTTGTTTTCCACATGACAAGATTTTGGGTTCGTTTGAGTATACAACCTA ATTAACCTAATTCATAAGTTTATTTGAAAAGCTTAATGAAATAAGCTAATTCATAATAACTTATTGGTAGGTTTAAGTGT TTATTCATAAGTTAATGTTAGTTTATGAAAGTAAGCTCAAAAGATATTGTGAGTTGGTCATACACTATTATCGTAAGCTT ACTCAAACACTCATATAAGGGCATATGCTACAAGATAAACTTCCAAGGCAGCCTTTGTCCTATGATAATAGAATAATCTC TTCACTGCCTTGATACAGGTGCACAAACATTTGCAAATGCTTCTTTTGGATGGGTCAATGTGAAAGATGTTGCAAATGCC CATATTCAGGCGTATGAGATTGCTTCAGCTAGTGGAAGACATTGTTTAGTTGAGAGAGTGGTGCACCACTCAGAAATCGT GAAGATTTTACGTGAACTGTACCCGACATTACAACTTCCAGAGAAGTAAGATTAACAATTTCGATAGCTTCTAGAATGCA TACAATTTATATATTATAATGCAAATCATCCTCTTCTATACCCATTCTTTCAATGCTTTACTTATCTGTTTGAAAGCTCA TTTCAGTGCAAAATGAAAGGAGTCAGCACTGATATTTGAGTTGGTATTCGTATTCGTATTCAATCCATATTGAAAAAGGA GTTGAGTGGGAAAGTGAAGAAAACATTCAGGATTGAGAGTCTGATGAATGAATTTGGAAATAACCCTCTCTTTATTTCAA TCATTTCATTGAAATATTTCACTTTAGTATAGGCTTGTTAGTTATATTAAATTTATGGGAGCTGCTAACTTACTCCCATT TGTTTTTTAATAGTTCTGATTGTGAATTTTTATTGTTATTTACATCTCCTAATTTCAATCTTTCTCTTCTACTTCCTCGC TGCTATGATGTCGGACAGTGAGAAAACTATCCCAGTCACCCCATGTTCAATACCACCACTCTGCTACTGTTCTTCATACT TCCACCATTTTCCTTTCTTTTTTCCTAAAAGCATGTTATACTTGGAACCTCAGACAAAAACAGCCTTTGGCCCTTCTTCA GCCTTTCAATATGGATGAGTTGGAGCATTTGTTTATAATTATTAACTCTCTAAGTGCTGCCTTCTGGCACTTGTTCTTTG GCTATGGGCTATGGCTAGGAAGATCTTTCATTTTAAATGCTTTATTTCTAAGGATTTTTGGGTCATTGACCGTATAACCT TTTTTCTTCACACCTTTTTGTGGCATCAACCCTCATCAAGTATGCTACCATATTGGTTGTTGATGCTTCTAGTACATCAC TTGCTGGCTATGGCAATTTAAAAGTTCAATCATCCTTCTCTTAAATAATATTCTTGCTGTTGAATTTCTCCATTGATCTG AAAATATTTATCAGCTACATTTCATTACCTTATCCATTCATTTGACTTGCATCTCCCACTATTTTTGTCTAGTGTATATT TATAGTTATGCTAATTTATGCTGAACTTTTCATTTGGAAATGTATTTCTGAAATAAGGCCAATTATAACCACTAAGCATG TGTAGGTCCTACAAATGTTTCATATGCAAAAATCATAGGTTAATGGTTACTATAACATGAATCCTACATGACTACCGTTC TGTCAATTTGTGTTTTACATTCATATAATTTAAATAATCCAAGTTCTTCATGTTTTGATTTTTCTAATACCATTTTCACT TTGTTAACAATATTATCAGGTGTGCAGACGATAAGCCATATGTGCCAACATATCAGGTTTCTAAAGAAAAGGCAAAGAGC TTGGGAATTGAATATATTCCTCTGGAAGTGAGCCTCAAGGAAACCGTCGAAAGTCTAAAAGAGAAGAAGTTTACCAACTT TTAA
CDS sequence (LotjaGi3g1v0337700.5) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGAGCAGTGGCGTTGGACAGGTGGTGTGCGTGACTGGTGCTTCTGGCTACATCGCTTCATGGATCGTCAAGTTTCTTCT CCACCGCGGTTACACCGTCAAAGCCACCGTTCGCGACCCAAATGATTCCAAAAAGGTTGACCACTTGCTTAACCTTGATG GTGCTAAAGAGAGACTGCACCTATTCAAGGCGAATCTTCTTGAAGAAGGTTCGTTTGACTCTGTTGTGCAGGGTTGCCAT GGTGTCTTTCACACTGCTTCTCCCTTCTATCACGATGTCAAGGACCCTCAGGTTGAATTGCTTGATCCTGCTGTGAAGGG AACTCTGAATGTTCTCAAATCATGTGTGAATTCGCCAACTCTGAAGCGTGTTGTGTTGACTTCCTCTATTGCTGCTGTTG CGTATAATGGAAAGCCTCGAACTCCGGATGTTGTGGTTGATGAGACTTGGTTTACTGATCCGAATCAAACCAAAGTAACC GGGATGTGGTATGTGCTTTCAAAGACCTTGGCTGAAGAGGCTGCCTGGAAATTTGTACGTGAAAACAACATTGACATGGT TACTATTAACCCAGCAATGGTCATCGGGCCTCTCTTGCAACCAGTTCTTAACACAAGCGCTGCTTCAGTTTTGAATTTTG TTAATGGTGCACAAACATTTGCAAATGCTTCTTTTGGATGGGTCAATGTGAAAGATGTTGCAAATGCCCATATTCAGGCG TATGAGATTGCTTCAGCTAGTGGAAGACATTGTTTAGTTGAGAGAGTGGTGCACCACTCAGAAATCGTGAAGATTTTACG TGAACTGTACCCGACATTACAACTTCCAGAGAAGTGTGCAGACGATAAGCCATATGTGCCAACATATCAGGTTTCTAAAG AAAAGGCAAAGAGCTTGGGAATTGAATATATTCCTCTGGAAGTGAGCCTCAAGGAAACCGTCGAAAGTCTAAAAGAGAAG AAGTTTACCAACTTTTAA
Protein sequence (LotjaGi3g1v0337700.5) extracted from Lotus japonicus Gifu v1.2 Proteins.
MSSGVGQVVCVTGASGYIASWIVKFLLHRGYTVKATVRDPNDSKKVDHLLNLDGAKERLHLFKANLLEEGSFDSVVQGCH GVFHTASPFYHDVKDPQVELLDPAVKGTLNVLKSCVNSPTLKRVVLTSSIAAVAYNGKPRTPDVVVDETWFTDPNQTKVT GMWYVLSKTLAEEAAWKFVRENNIDMVTINPAMVIGPLLQPVLNTSAASVLNFVNGAQTFANASFGWVNVKDVANAHIQA YEIASASGRHCLVERVVHHSEIVKILRELYPTLQLPEKCADDKPYVPTYQVSKEKAKSLGIEYIPLEVSLKETVESLKEK KFTNF
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 | 2 | 321 | 320 | 2.1E-174 | – | |
| PANTHER | 2 | 321 | 320 | 2.1E-174 | – | |
| TMHMM | 5 | 27 | 23 | - | – | |
| SUPERFAMILY | 6 | 318 | 313 | 3.46E-63 | ||
| Gene3D | 7 | 325 | 319 | 1.0E-139 | – | |
| CDD | 9 | 300 | 292 | 7.21827E-149 | – | |
| Pfam | 9 | 243 | 235 | 4.4E-19 |
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 | Coenzyme binding | Interacting selectively and non-covalently with a coenzyme, any of various nonprotein organic cofactors that are required, in addition to an enzyme and a substrate, for an enzymatic reaction to proceed. |
Expression pattern of LotjaGi3g1v0337700.5, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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