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| Field | Value |
|---|---|
| Gene ID | LotjaGi5g1v0285900 |
| Transcript ID | LotjaGi5g1v0285900.2 |
| Related isoforms 2 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Cinnamoyl-CoA reductase 4; TAIR: AT5G58490.1 NAD(P)-binding Rossmann-fold superfamily protein; Swiss-Prot: sp|Q9S9N9|CCR1_ARATH Cinnamoyl-CoA reductase 1; TrEMBL-Plants: tr|I3SMX7|I3SMX7_LOTJA Uncharacterized protein; Found in the gene: LotjaGi5g1v0285900 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr5:60252179..60262706) extracted from Lotus japonicus Gifu genome v1.2.
ATGTCCAAGGTGCTTTGTGTCACTGGAGCTAGCGGCGCCATCGGATCATGGGTGGTTAAGCTCCTCCTCGACCGTGGCTA CACCGTCCACGCCACCGTCCAAGATCTCAGTAACAATCAAACGCCTTACTTCTTTCTTACATAAACAAGAGACTTTCATT CAAAGCATTTTTCTCACACCCCATTTTCATGCATATGGTATAAAAGGAAGATAATTCTCTTCTCTTCTTTTTGTCCTAAT TACATGGGATTGGGATGTAAGTTCTCTGTTCTCACTCCCTTGTAACAACATGCAGTTGAAATTCAAGGGTAGGATGATAA TATATAAATTAGAGATTAATTTACTGTGTAAAAGTTTTACACCATCATTCAATCACAACCTTCCATTTTCTATTTTAGAT ATTATTAAATTCAAAATTAATTGTGAGCTAACAAAATGGAGGAATGTGATTAAATGATGGTGTAAAACTTATTTACACCG TCGGTGCATAGAAATTAATCTCTATAAATTATAAGGGAAACATTGACTATAACATTAAAAATAACAATAAAAATCAGCAT TAGCATAAATTTATCAATTAACTTTGTGGAGATAATGTTGTGACGTGTTGCAGAGGATGAAAAAGAGACCAAACATCTGG AGGCAATGGAAGGAGCTAAGGGCCGTCTCCGCCTCTTCGAGATGGACCTTCTTGACACCAACTCCATCGCTACCACCGTG AAGGGTTGTAATGGCGTCATACACCTTGCCTGTCCTAATGTCATTGGCGAAGTCACAGATCCAGAGGTTAAAAAAATTAA TTTTCATCCCATGAAAAAACTTGACTGTAGTGGGAAATTGGTCTATGAAAATGTTGGTCATTGTTGCGCAGTAATGTAGA TCAAGTTAGTTTTCATGATCAGATAAGTCACTAATTTAACCGAAATTCTTATCTTAAAAAAACTAGTTTGACCGACATCG TACACAATTAAAAATGGTCAACAGACATGTTTTAAGTTCAAAGACGAACTTGCTGATGTCATCAAACATTTATGAGTACC AATTTCATGGTCACTAGAAAAACTAATTGATACGAGAAAAAATAAAGAAAATAAGAAATTGAGTGTGAAAAAATAAAGTA AAAGGATAGAAATTGAGACATGTGGGTGTGCACGTGCAGAAACAAATATTGGAACCGGCAATAAAAGGGACAGTAAATGT TCTGAAGGCGGCGAAGGAAGCAGGGGCGGAGCGGGTGGTGGCGACGTCGTCTATCTCCGCCATCACGCCGAGTCCGAATT GGCCAGCTGATAAGATCAAGGGAGAGGACTGTTGGACGGATCTTGAATACTGCAAGGAAAAGGGGGTGAGTTTTTTTTTT TCCTTTTCTTTTTTTAATGTGTTTTTAATTAATTGACAATATCCTGCTCATGAGATATTCTTAGTTCTTACCCCTAGATA GATGAAAATTTATTTCTCTTTTTAACGATTTTCTTTGTCTTTTTCTCTGTTCTTTTCAGTACAAGCATAATTTCACTGTG ATATTTCTGAGTCAAATAATTTTTTTCCATCTAAAAGTTAAATTTTATTTGATCCTTTAAAAAATTAGATTAACTTAGTT CTTAAAAAGTTAAGTGCTTTTTATAGTAGTTTAAACCGTCATTAATGTATTTTGTGACGGTTAAAATTAGAACTAATACA TAAAAACTGTAATAAAATGAACAATAATAATTTTTTTGGAACATTAAAATGAACAATAATGATCAATTTCACGTATTTTA CTATTGTTGGGACAAAAGCTATAAATATTTTTTAGAGGTTTAAATCAAATTCACCTCTATTTAATAGATTAAAATCATAT TCAACCCAATATTTTTAATTGTCAATTAAAGAAACAATTAATAAAATGAAATAGACTAAAAAAAATTCATAATCAGGTTA CATTGTAAACTACTTGCGGCACTTATGTTTGTGACGGTGGTCTGCAATTTATGTTTTATCAATTTTTTCATTTTGGGGCA GTCTAATAAAGTTGCTGCAAAGTAAGTGTCTTGATGTGTTTTATATATTAGTGTTGAAAGGGAAAAAATTTAAAAAACTT CATCAACCATTCATTACCGTGCCTGTCTTATTCAACAGCTGAATTATTGTAGTTCCATTTCTTTAAAATAAATGCCTGAA TTTCCATTTCTTTGTAACACGTGGAGAAGTTATTAGTCACAGACTGAAATTGAAGTTATCTAAATTGTTTTTTCTTGGAA GAACATTGTTTTCAACCGTCCAAGCTAATTTAAGTGGGTCATATATATTCTTTTGTTGTTAGTGGTTATACTTTTTTGTT TTGGATAAACATGGTGGGTCTAGTTGATTTGAACCATTATTATTTTGTTGGGCCAGTTATACTATCCCATTGCGAAAACA CTAGCTGAAAAAGCAGGCTGGGAATTTGCAAAGGAAACAGGCTTCGATGTGGTGATGATAAATCCTGGCACTGCCTTGGG CTCTCTTATTTCCCCACGAATCAATTCCAGCATGGCTGTGCTTGCTGGCGTTCTCAAAGGTAAATGGGCTAAAATCATTA GCATCTCTTTGCCCTCTCTCTCCTTCTTTGATGGTCTGGTGCTTGGTAGTTGAGAGCATTTACAATACAGCTCCATTTGC ATTATTGGTGTGTGGAACTTAGAGAAAGTGATGGGGACAATACATATTTTCTATCGGCTGCCCATGTGATGCTTCTTGGC TTTTATCAAAGAGGGGACCACTCCCAGATTCGCATGACATTGGATTGATTTTTTCTTTGTTTTTCCCGGGTGGGTTCATT TACCGTACACAAAAAAATGCTTGTGCAAAGTTACACAAACCTATATTAATTTAAAATGGGGTTAAAATAAAAAATTAAAG AAAAAGTCTAAATCTGCCATCACCATCCTTAATCTTCTTCCTTCATCTTAACCCCAGAAATTCATTTCACTCTTCATCTT CATTATGCACGAAAACCCAGATTGGAACCCCAATAACCCATACCACACCACCACCAACCCGAGCCCGTGGCACGCCGTCG TTCCTCCTTGCTCAAGCCCAACCGCAGCTCCAACGGTGAATCGAAGCTCCTTCCCTTTCCTTCGCTGCTGCTATTTTGGT TGGGAGCCATGAACTTGACCCAAAATCCAGAAATAAGAGATAATAAAAATTGAACCTGCAAATGGAGGGGATAGTGGGGC TGTTGTTGGCAACGGCGGGGAGATGATAGACCTCAGCGGCGCGGTGGCTCATGGTGGTTCAGGGACTGTTGGTTCGATTC TCTTCTAAGAGGTTTTCTTGCTCCATTTTTCTGTGCCTCTCGCTAACAGCAAACTCCCTACATCTATGTGTGTTAATGTG TTTCACGGATGGAAAAGCTAAACTATTCCAAATTTCCATTGGAGATGAGTTTCATTGTCATGCTGTTTCTTTTTCTAGAC TTGGGAGTAGAAATTGAATAAGCTCTGAGTCACCTCCTTGTTGGTACCGTTCGTTCTAGGGGTGAGCAACGGTCGGGTTC GGTCGGGTTCGGGTCCAATCTAACCCAACCGCCAAGAACCGAACAGCTTAAAATTTGGACCGATTTCGACCGTGGGCCAA ATCGGTTTGGTCGGGTCGGTTTATAACGGTTAGGCGGTTTAGTTGGTTCGGTTTGGACGGTTTGGGCCTTAACTGGGTTG GACTTTTTTTGGCCAGTTTTTTTTTTTGAAGGAAAAATGAGATTTTTTTTTATAAAACGTGGGTCAAAATAAGCCCACCA ACAATAAGCCTAACATCAATAAAACATCACAAAGCTAATTAAGACGCCAAATGGCCAATAAATCAATAATAACCTATTGA TCAATTTTACCAGCCAAGTAAAACACATCACAAATTGGTTCTATTAGAACTTAAAAGCTCAATAACCATAGTCAATAATA ACATTCACATAAACTTAAATTGGATTGTATCTTAACTGCCAAATTACAACTAAAACTTGAGTCTTGAATCACACTAAAAG GGTCTTCGAGTAAGCCACAAGTAGCAGAGCATTAAGGCATTAACAACATTGTGTCTACTACGAAAGTTTAGATTTTAAAT CATATTACAAGACTTTAGACTTGAAATATCCATAAAGAATGAAAACTGAAAATAAAATCATGTAGGATTCCCTCTTCAGC ATGTCTATGATCAGCACACACAAGAACCCAACCAAATCCTGCAAGATTGAGTAAGCTAAATGGATTAAAAGATATTATAG GAGAGCAACGATAATTAAGTTCTATAATCACCATTCACCACACAAAAGAAAATTATTAATCCAAATCATGTATGCATTGC ATACACTTATACTAAAAGAAAGCAATTTTTTTCATTACCCAACAAGGAATGAAGAAATGTTTTCCATGTCCTTCATAAGC TTCTTTATCATCTCATCAGCAATCAGATTCATCCTCTATCCAAGTGTCCCAACAAGTCTTTCAAAAAGCTAATAATGCAA TCATAAAATATTGTAATCAGAAATAAACATAACAATTAAAAGCAAAGGAAACACACATTTAGTTATTACAAAAGGAAGAA AGTAATTACCAACATGTTGTGATTAATTTAGTGCACATCCTTAAGAGTCCTTGCTGCTGCCCCACCAAAAAAATCATGTT CAACATAGGTGATTCAACCTGGAAGTAATTGGAAAAGCATAGGTGAACGGAAAAAACTTGATAAAACAAATAATGAATTC AAAACAGTTTGACATGTGGTACAAACCTCCCAAAAAACAGGTTCATTACAACCTTCTACAATGCTTGCAAAATAACCTAC ATATATTATATAATATTATAGTGAGTCATTTGACCTGCAAATGACTCCAAAAAAGTCAGGCACCTGTAACAGATACATAA AATAAATAAGCACATCAGAATTGGCTAACTTGAGTACTTAAAGGAAAGATTAAAAAGTTCAAGGGAAATTGTACACTTTT AAGTTGCGCTTTCAGCCAATATTCATTGGCTGAGAGGATGTTCCAGCTGCTGAAGCTGATCCACCTGGGGTCATAGAACT TGCTGCTGCTTGTAATTCTTGGTCATATGAAAAGGAAGTGAAAGAATAGATTAAAATTTATAAAAAAAAAACAATAGTAT AACACATAATAAAAGAGAACAAAACAACAATACCTGCCACAATCTCATCATTAAGCTCCCACTCCTCATCAAGGTCTTGA TCTTTGAATTGGTAAAGAGAAGGCTTCAACCAGTTCTGGGCACAAATCAGACCCTCAGCAATTTTTGGGCTAAGGGAGCT TCTAAAGGGCTCCAACACCCTACCACCAGTGCTAAATGCACTCTCCGATGCCACGGTTGAAACAGGGGTTGCAAGGACAT CTCGCACCATGGAAGAAAGTATAGGGAACCTACCAGAATTTTGCTTCCACCATAGTAGCAAGTCAAATTTGTCATTTCCT TCAACATTAGCTTCAGTTAAGTATGTCTCAAGCTCAGTTTTTCTGTCAATTGAACTTTTCTCCTTTAAATGCTTCTTAAA AGCATCTGCCCGTTCTAAAAATGATGAACATTCAACCGGAGTAGATGATGCACCTTGTCCACTCCCCTCCAAAGGGTCAT GAGATGATTGCACAGATCTGTTCCGTTCCTCATGGGCTGAAGCATACCAGTTGTACATTCTAGTAAGATCATCCTTCACA CTAGTTGACATTTCATTTAGGAATGTTGGATTTTCACCATACATTTGTAGAAAAGACCATTCGACATAACTGAACTTGTA TCGAGGGTCAAAAATTACACCAAAGTAAAGGAGTTTATTAATTGACTTAATATTACCCCAATACTTATCATATTTCAGCT TCATCTCCACACCCATTTTTCTCAAAGAAGAGTTTGAACTGTTACAACACTTTTTCAGCTCCATGTGGATCAAAGCCAAT TGATGAAATGCAGAATGCATGCTCACATGTGTTGATGCTGAAAAGATTTTGGTAGCATCATAAAAAATCTTTAAAAATTT TACAAACACCCTTGAACTCTCCCAGTCCTCAGCAGTAGGTGGCCCAACAATCCCAAAGTATTCGACATAACTCAACTCCT CAAATTCCATCTTCTCAAATGCTGGCTGAAACCTTTCAGCTGCATCCAACATCATATATGTCGAGTTCCATCTAGTAGGA ACATCAAGACATACTAATTTCTTGGAAGTTATATTTGAAAACTCAATGCACTCTTTGAATTTGGCAAGTCTATTGGGTGA GGACCTCACAAACCTAACAGCATTGCGAATATTATTAATGGACTTATTCAAGTCCTTCAAACCATCATTGACAACAAGGT TGAGGATATGGGCACAACATCTCATGTGAAAAAACTCTCCATCTAACACCAAACCACCCATAGTCCTCACTCTCTTTATC AAATGTTCTATAGCCTTATCATTGGATGATGCATTATCAACTGTGAGAGTAAAAACATTCCTCAACCCCCATTCCCTCAA AATCTCTTCCACATGTCTACCTATGGTTTCACCTTTATGGTTCGGGACAACAGAAAAACTTATAATTCTTTTTTGATACC TCCAGTCATTATCTATAAAATGTGCAGTGAGAGTTAGATAACTGAGGTTTTGGATTGATGTCCAGCAATCAGTTGTGAGT GTCACCCTATTGCAATTATATTTAAAAAAACCTCTCAACCTCACTTTTTCATCAAGGTAGAGTTGGTAACAATCCCTAGT CACAGTAAATCTAGAAGGGACAGTCATTTGGGGCTGAATTTTGTTAATGAGTAATTTGAAACCAATACCCTCAACTACAC TAAAAGGGTGTTCATCTAAGATGACAAACATGGCCACAGCTTTCCTACATGTTTCCGCATCATATCTAAGGCTTGCAGCT GTCAACTCACCAGTCATACCAGGGGTAAATGCAAGGACTGTTTGGCTAGAATCATGACTGATTGCATATGCATACTTAAC ACAAACTTTCAAATGAGCCCACAAGTTTGATGTACCATGAAGCTTAGAATCAGCTAAATACCTCTTACCACAATAATTAC AAGCTGCAGTCGTCTCATCAACCTCAATATCAGGTACATGGGTGAAGTGATCCCATATAGAAGAAGACTTCCGAGAGCCA CTAGCATTTTGTCTTCGCTTCTTTTTACTTTTAGGAGCGGGATCAGTTATCGTAGCTTCAGCAGTAAATGTTTTCTTCTG TTGAGTAGAAGGCTGATCTCCACCAGAAGCACCTCCTTCAGCTGGGGTGGCATTGGATGGCTGTGTAGCAGTTGGGGGAT TGTCGGTTTCAGTTGGTAAAGGCATTGGTGCCGTCAAACGCTGCCTAGATTTCTTCATTTCTATGACAAAGAAGAAATCA AAGTAAATGAATGACTTTAATATTTAATGATTGTAAAACTAGAAGCTGAAGAATAAATTACAGAATACATGACACAAAAT TAGCTTTTGAACAAAATACATGCCATCAAATTAGCCATCAAATTTCACAAATTCATGGAGCACCAAAGCAAACTCACATT GTCATTATCACAAACAAAACACTTATTATCACAGCCAAAATAAAACCTACAGTACAAAGAATACCCAATAAAAATATGAA ATAAGGATCTTAAAAAATACCAGACAAAGTGCTCTCAGAACTCAGAAGTATGAAGTCTTCAGTCAAAAGATGATATCCTT AGCCCTTGCTTCGGTTACCCTCCTAATCACATGAACCATACAAATATTAACATATTATAGAAACAAATTTCAGTAGGAAC AAGGGGACGGGTTTCAATTTCAAGCATATTTCAGTGAGAAAGAAGATGGAGAGAGGAGAATTAGAGAAGTGAGAACAATG GTGAGAGCTGAGAAGATGTCTTACCAGAGAGGAGAGTGGATGAACGATGGAGGGAGAGGGACGAAGACATGCAGCGCAGC AGCGGCGAGCTAGGGTAACGATGGAGGGAGAGTGAATTGAATTGGCTTATATTCTAGGGTTAAATTTCAGAGAGAGAGAG AGGGTAATTGAAATGTCAGATACTCAGAGTTTGAGTGGCTAGGGAGCCTCCTCACGAGATTTCAGTCTTTCAGATGGTCC TACTATACTGATAATCATATCTGCAGTGCTATGTCGGTTCGGGTCGGGTATCGACGGAATCCAAAATTCCCACCGATTCC GACCGACTGTAGCCGCACGTAACCGCCAGCCAATTTCGCCTGTACCCGTGGCCCGACCCGACCGCGGACGTGATTTTTGA AACGGGTAGAGCGGGTTCGGTCGGGTTCGAAATTTCTGCTCACCCCTAGTTCGTTCAATCAATTTCTATTTCAAATAAAA AAAAAAGAGGGTTGATGATGAATAATTGAATACATTTTCTTTTCTGAATTTTATTGTTAAAGTAAGTAGGTGATAATATT AAAGATTAGAGATTAAGGAGATGTGATTTTCTTACAATAATTTATTTATTCTTAAAAAAAAATGATTTAACTTGTTGTAA CTTGATATAACACGTCAACCTAGGTTTGTGTAACTTTGCACAAGTATTTCTTTGTGTACAATAAATGAACCCGTTTTTCC CACTAGTCTTTGGAAAACTTATCTTCTCTATTTTTTTTTTTTGGTCGAATATGGTTGAAGGAAGAGTGCAAATATGGCCT CACTTTGCTTGGTTGTCAATTGGTTCTTTTGGGAGAGATAAGACCATTCCACTAGTACTTCTCCACTAGCATTATTGCCG CTTGATTCTTTGGAAAGTGGTTGAAGTAATTCAAGTCTCTGCAGCTCCCCATGTGCCTTTTGTTTTTATTAGTTAAGAGG GACCACGTGCTTTCCTTGTAGTTACCGAGTTAGGGATGGCAATGGGGCTCGGACCCATTGGGTACCCGCTCAAAATACCC ACAATGGGTAGGGTAAAAACCCGCTAGATAGGTATGGGGTTGGGTATGGGTAATTACCCACAAAAGTTAGTGGGTACGGG TGCGGGTATGGGTAGTATAGTACCCAACCCTGTAGTATAGTACCCAACCCGCCCATACCCACACACACTTTATTAATTAT TTTTATTATATATACACACTTTGAAATATATATATCAACAAACTAAATTAAAGTTATAAGTTTCTAAGTTACTCTTTTAA AAATGAATGATTTTACTTATTAAATATTTGGATAATCTTTTGTATTTTTAATTAATGTCATTTATTTTATAATAGTAGTC ATATATTATTTTCTTTTGGAAAATGAAAATTATATTTTCGTTAATTAAATTGTGGGTAATGGGCACGGGTACGGGCATAT AGGTACCAAGAGGGTACGGGGACGGACATTCAAATTGCTACCCACGCGGGTATGAGGACGGGTACGAGTATCTTTTGAAA ACGCGGGTACGGGGATGGGTACTATAGTACCCTACCCAGACCCTACCCATTAGCATCCCTATACCGAGTGGAGTGTGTTT TCCTTGCTGGCTAACGTGTCCCAGCTTCTTGTTCCTCCCCTTTGTGGGCTTTTTGTTGGTGGAGTTTTGTATTGGAGTGT GGCAGCTTTGTATTTCCCTCGTGGGCTCGGCCTTTGGGCCTTTTGTTATTAATTCCAACTTTGATTGACCAAAAAAAAAT ATTCCCTTTGAAAATAATGACTAATTATCTCACTATCTGACGTGAGAGTTATGTTGGTGAACAAATTGTAAATACTTTTA TAAGCGACCTATGATATCGGAAGCATACTCTAACCGGTGGTGGTTACTAGAACCAAACCCACCTAAATCTTGTTGTCATT AATCAAAAAATATCAAATGTTATTCGTAACCTTTAAAAAGGAAAACTTAGCACTACTAAGCTCGTGTTATGTGTGAGTTC CCGGAAGGGGCAGACCCACTTTATGGATATAATATAAATAATCCTACCTTTTATTTTGCATAAGACTCGAAATGTTGACC TCAAAATCACATGGGAATAACATTATAGTGAGGGTCACCCTCGAACGCAATTCGAAAACAAATATATTTGTTAACTTTTT CTCAATTTATTTTTTATTCTCTGTCTATGATGCATTTCTTTACATATTTTCTCATTTTTTGTTGGACATTGTTACAGGTG ATAAAGAGACATACGAGGACTTCTTTATGGGAATGGCTCACTTTAAAGATATTGCCTTGGCCCATATTTTGGCATTTGAG AACAAGAAGGCAGCTGGAAGGCACTTATGTGTGGAAGCTATTCGTCACTATAGTGATTTTGTGGCAATGGTTGCTGACTT ATACCCTGAATATAATGTGGTTAGGTGAGTATTCTACTACACAATTGCACATAACACTTGAACAATTAGTACATTTTTTG ATAATAAAATTAATATGTAATTTGAAATATATAATAAAAACATATTTATTTTTCTTTTGCTTATAGGGTGACAAAGGATA CCCAACCAGAGTTGTTGAGAGCAAATAATGCATCCAAGAAGCTGATTGATTTAGGTATAAACTTCACACCTGCTGAACAA ATTATCAAGGATGCAGTGGAATGTTTGAAAAACAAGGGTTATGTCTAA
CDS sequence (LotjaGi5g1v0285900.2) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGTCCAAGGTGCTTTGTGTCACTGGAGCTAGCGGCGCCATCGGATCATGGGTGGTTAAGCTCCTCCTCGACCGTGGCTA CACCGTCCACGCCACCGTCCAAGATCTCAAGGATGAAAAAGAGACCAAACATCTGGAGGCAATGGAAGGAGCTAAGGGCC GTCTCCGCCTCTTCGAGATGGACCTTCTTGACACCAACTCCATCGCTACCACCGTGAAGGGTTGTAATGGCGTCATACAC CTTGCCTGTCCTAATGTCATTGGCGAAGTCACAGATCCAGAGAAACAAATATTGGAACCGGCAATAAAAGGGACAGTAAA TGTTCTGAAGGCGGCGAAGGAAGCAGGGGCGGAGCGGGTGGTGGCGACGTCGTCTATCTCCGCCATCACGCCGAGTCCGA ATTGGCCAGCTGATAAGATCAAGGGAGAGGACTGTTGGACGGATCTTGAATACTGCAAGGAAAAGGGGTTATACTATCCC ATTGCGAAAACACTAGCTGAAAAAGCAGGCTGGGAATTTGCAAAGGAAACAGGCTTCGATGTGGTGATGATAAATCCTGG CACTGCCTTGGGCTCTCTTATTTCCCCACGAATCAATTCCAGCATGGCTGTGCTTGCTGGCGTTCTCAAAGGTGATAAAG AGACATACGAGGACTTCTTTATGGGAATGGCTCACTTTAAAGATATTGCCTTGGCCCATATTTTGGCATTTGAGAACAAG AAGGCAGCTGGAAGGCACTTATGTGTGGAAGCTATTCGTCACTATAGTGATTTTGTGGCAATGGTTGCTGACTTATACCC TGAATATAATGTGGGTGACAAAGGATACCCAACCAGAGTTGTTGAGAGCAAATAA
Protein sequence (LotjaGi5g1v0285900.2) extracted from Lotus japonicus Gifu v1.2 Proteins.
MSKVLCVTGASGAIGSWVVKLLLDRGYTVHATVQDLKDEKETKHLEAMEGAKGRLRLFEMDLLDTNSIATTVKGCNGVIH LACPNVIGEVTDPEKQILEPAIKGTVNVLKAAKEAGAERVVATSSISAITPSPNWPADKIKGEDCWTDLEYCKEKGLYYP IAKTLAEKAGWEFAKETGFDVVMINPGTALGSLISPRINSSMAVLAGVLKGDKETYEDFFMGMAHFKDIALAHILAFENK KAAGRHLCVEAIRHYSDFVAMVADLYPEYNVGDKGYPTRVVESK
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 | 1 | 283 | 283 | 6.7E-93 | – | |
| SUPERFAMILY | 1 | 276 | 276 | 6.93E-54 | ||
| PANTHER | 3 | 275 | 273 | 4.1E-166 | – | |
| PANTHER | 3 | 275 | 273 | 4.1E-166 | – | |
| CDD | 6 | 274 | 269 | 2.79283E-135 | – | |
| Pfam | 6 | 239 | 234 | 1.3E-22 |
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 LotjaGi5g1v0285900.2, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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