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| Field | Value |
|---|---|
| Gene ID | LotjaGi6g1v0351700 |
| Transcript ID | LotjaGi6g1v0351700.1 |
| Related isoforms 1 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | 2-nitropropane dioxygenase-like protein; TAIR: AT5G64250.2 Aldolase-type TIM barrel family protein; Swiss-Prot: sp|O05413|2NPD_BACSU Probable nitronate monooxygenase; TrEMBL-Plants: tr|K7L7D2|K7L7D2_SOYBN Uncharacterized protein; Found in the gene: LotjaGi6g1v0351700 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr6:66374956..66385114) extracted from Lotus japonicus Gifu genome v1.2.
CTTAAGATTCTAGAACAATAATATGTACAAATTAAAACCTTTCATTTTCTGAAACCGTAGGTTAAGCTATAGCTGTCTGT CCAAGTTGGTTCTACTGTGCATGGATTAATTAGGAGAAAGTCAATATATAATGCCACCTAAATTCGGCATGTTTTATTGC AATGTCAATCTCAATGAACGAGTGATTGGTAGCAAATCCGTGAAAGCTTTGAACACTTGGACTCTTCAAAAGGGCACAAC TTAATTTTAGTTGCTCTGTAATCAAATAGTAGTATTTGTTTTAAAACGTTTACTATATGTATAATTTGCCATTGTCATTT TCTTCAAGAATTGTAATTGAAAGCTGGTAATCTCCATGTTTCATCAGTAAATTTAATTAACTGGTTTCATTGTTGTTCAC GTTAGTTAAGCTAATAAAGCTCAGTAACAATTGCGCGCTCAACTTAATAATATGCATGAAGGGATAAGACACGAGGCCTA CAGGAGGAACTAGAGAGGTTTATTTGAGATGAATGGTTCAATGTCAAACATCTCATGCTGACCTCCATAATTGCGAGACA ATGCTAATAATCCATCAAGCCAAGAAGAAGCTCTATTGTACGGGTGGAGGCTTTATTAAGTTGGATTCAACTTCCTTACC GACAAGATACTCTAACTTCACATAACCACGATAGATCGATCGACCAATATATTTCATCAAGACTTAGAGGTAGATAAAAG TTTAAAATTTGAACGGACCAACCGAACGATTCAAATTATAATCTATGTGAATATAGGGATTTCCTGAGCGCAGAAAATCA TTTCCAATTAAGCCAATCTCAACATGACAGCTCAGCCCAGTAGTGTAGATAATCAATTATCCACTTGCTTTCTCTTAAGT CATATATATTTTTTTGTTGGTCAATTTTCTCATCAAGGAATTGATACTTGAACCTTCATCTTTTTAATCCTCAAATTTTA CTACTTTTGAGCTATCTTTGAGATACTTCCCTCATTCATGTATTGTATTAAAGTGGATATTGATGGATTAAAAAGGCTGT TTCTGTTTCTTGATAATGAAGCGGAAAATTTGACGTAGTCCCCTTTTTGGTTATACTACACAAGCTTCCCAAAAGTATAC GAAAGACCATCACACCAGCTTTGCTTTGATGGGTAGTAGCTACAACTTGTCTTGCGCGGTCCAATTCACTAATTAATTGA AAAATTTAATTTAATTTTTTTTATAGGCAATTGAAAAATTTAATTAAATTTACTTTTGTTTAATTGTTTAATATTCTAGA TCAGCTTGTACTTCAGCACACTACCAAACATGTAAATCAATTGAAATATGATTGTTATACTTTAAGCACAAGTATCATGT TCGAGTCACAAGCAATACAACTACGTTATTGAATGATTGGTTTGGGTTAAACCAACAAATTGTATTTCAACACCATAATA TCCCCAAACAAATATTCATTATGACTTATGAGTCAATACCCAATGAGATTTTGAAGACCAATTCTAAAAGTAGAGGCCTC TTTCCAGGAAGCAGCTTTCAGTTCATACCCACGGTGAAATTGGAACATGAGAAAATTAAGGATAAGTACAAGCTTAAACC AATTATTTAGGACCCAATTGACTTCAAATTTGGCTTCTTCTGTCACTGCTTGGAAGATAATTTAAACCAAGTCTTCAAAA GAGACAATTTTTGTTTGTTTTTGTAAAAAGCCATAAACTTTTATGTAACAATAATTGTTTATTTATTTAGAATCCAGCTC ACTTAGACTTCAAATTGTATCTCAGTTGCACGCACCATATCAGGCACTGAACCATGAAACTTTGTGCACCAAAATACTGA ACAGAACTAATTCTTTTTTTTTTTTAAATCAACTTGCATGATCATTTAATTGCTTATAATAAATCTGTGATTTTATCTTT CTAAGTTCGAACAAATATATTAAAATTTCATGACAACTTGGATAATTGCGACCTTATCATTTATTTGAGATTGCATTGTT TAAACTTCAGGTGTGATGATTGAACCTGAACAATTTATTTGGTGATTTCTCTAGGTGTGAGTTAAAAATGGAGGAAGGGG TGCTTCTGGTTCCAATACCAAAAACTGTTTTTTAATGAGCAAATTCTCGATAGTTCATATTGATACATTGTGAGTTTGAG GAGATGTTAGATTATATAGCTTTATTTTATTATTTATGTATTAAGTGCATTAGTTAATTTCTTCCTTTTTGTTTTGGTTA AGGCTTTTTTTGTTTTTTATAGGACTGCAATTTTGTTTGGACTCGTAAGATATCTTTGGCCCATTTAGGATGTTTTTGTT GACCCAAAAAAAGGATGTTTTTTTAATTTACATTGGACTTGACAAATTAATGCCAGTATTTTTTTGGTTACAAAAATTAA TGCAAGTATGTTTGTTTTTGTTTTTGTTCTGTTTTATTATTTTTTTATTTTTTCTGGGTTGTGATTTTTTTAGTTTATTA TAAAATTAATCCTTTAAAACTCGGAGATCACATTAAATTCTAACAAATCAGTCTCTTTACATATCGCCTAAGAATCAAAC TCTTGACTAAATGCTTAAGGAGTTCAACTATCTACTAGTTATGTTAAGCCTTGTTGGTTCCGGGTTACGATTTTGTGAGC AAACATATTATGTTTTGTAATGTTTATATTTTAGCATTGTAATATGGTTCATTAGTACTCCTCATATGGAATTTGTCTGA TAATGTAAGTGCGGTTTGACATTAATCTAATCATCTTCGACAAAAACAAAAAAATTCCACTAGGGACCAACTGTTTAGAG TTGAACGTATCAGAAATAAACTATGGATGTGAGCCTGTGAAGTGTGAAAGGGTATAGTTAAGGATCTTATTTAAATATAT AATCTATGACTATATGAGTATAGTTGGAATATACTTATATAAACTTGGGGAATACAATAAAGTATTTATGTATAGGAGTA GTAAATATAGATAGATAGATAGATTATGTTAAGAAATTCATTGAACTGTTTGGTTTTGAAATTTCATGTATGTCATGATG CACATTCCTTGGTAACTGACTAACTGTTAGTAATACCGCCATAACGTGATAGGAAAAATAAAACAGAGACACAATCGCAA CACAAGAAATTTACGTGGAAACTCCAAGTCCGGAGAAAAACCATGGCTGTTGTCTAAACCGACAACCAGAGAATAAACAC TATGTGCAAATTGTTACAACACACAATTATTTCTCTCAACTACCCCACAACCCAATTACACCCAAGAGTATCTTTCACAG ATATTTTTCCTCACACTAGGATTTTCTCTCATTGTGAAAATACTCTCACTCTATGTTGTAGTTATGCTCTCAATTGTTGG GGTTGCATTTGCCTTCATCCTTGCATTCCTTTTATAGTTGCTGAAGCATTTGTGTATACTCCATGTGTATGCATAGAAGA CAAGCACTTCCATAAAACATGGCATAAAGCATTCCACAAAACATTCCTTGTTTTATGGCTTTACCTTTTGACTAGTACTC CATAAAACATTCCTTGTTTTATGGCTTTATCTTTTGGTGGTTGGGCATTAATTGACTAACAGTAACAGAGCGGAGAAAGG TAAGCTGTGTGTTTGTAAACAAACACACGAGTCATGATCGCCTACGTGAAGTTGATGAGGACTACACCATGGCTACAAAA CTGGACTACCTGTTTTGAACCGGCCGTCCTCGACGGTTAGTTCTAACCCTAACGAGGGACTAATTTACTAATATTTTGGC TATAAAAAAAAATAATACGTGTTTTGAACCCCACACACTTCCACTTTTTCACTTTGTGGTGTACAGACACCTACCACCTA CCGTGGTTCATGTATCACCACTCTATTCCAACCTTCTCTATTTAAGAGTTTGCAGCCATTGTATGACACCATAGGAAGAA AACACTCAATACATCGAAAGAAAACCATTCCATACTAAGAAAGAACACGAACCATGGGCTGGAGAGGAATATTGGGATTT GAACATGGCATAGTTCAAGCACCATTAGGCCCTGATATCTCAGGTCCTCACCTTGTTGCTGCGGTTGCCAATACTGGCGG CCTTGGACTCCTCAGAGCCCCTGACTGGGTACATACATATATTGCATGTGTTCTTCAATATGTGTATATAAGTATTCATT TTGTTTAGATTCGTATGTTTCACTAGTAGTTCAATTTAAAGCTTGTCACCAGAGCATCTGGCTTCTTCTTTATATACCAG GAGTAAATTAGTATGTTTGGATCAGCTTCTCTTTGCTCAGAATCAATTCTATCACTCATAAGCTACTCATAGAAACTTCA CCAGAATTGATTTTGACTTTAAAATCGATTGTAAAATGATTTCTAAATATGCACGATGTCTTGTTGACATGAAGAAAGGC TACATCTTGATGCAGTTAGGAATTCTCATTTCCACTAGCCCTCCTTTAATTAAGCAGTAGGTTCAATGCAAAATCAATCA AGTCTAGAAGGATTTCCAAATTAACATGGACTTAAAGTATCATATACAGTGTAGACATGTTAATTTAATTATAGTAGAAG CAGTTCCTTATTATGAAGGGTAAACATTACTTGTTAATCACTTCATCTGTCAGAGTTTTCTTCTATCATATCAGGACTCA CCAGATTACATGAGGGAGCTTATAAAGAAAACTAGAACCTTAACTGATAAACCGTTTGGGGTTGGTTTGATTCTGGCGTT TCCTTATGAGGAAAACTTGAAAATAATTCTGGATGAAAAAGTAGCTGTCTTGCAAATTTACTGGGGTGATTGTACAAGGG AATTGGTAGCTAAGGCTCATGCTGCTGGGGTCAAAGTTATTCCTCAAGTGAGTTTTATGCCCATTTATCAATAGTACCAA GTTACTTATACAAATTGGTATTCTAATTTTTGTTTTCCTTTCATTAGATATGCATAATGATTCAATGCCTATGTCTGCTG CAAAGTTAAAATTAATGAAGTTTGTCTTAAGAAACTGAACCTCTCAGCTTGTTGTAACCTTTTTTTCTTTCTAACATACC TATAGTTCTGATAAACAATCTAGCATTTCTGAGTATAGTACTCATGATCCTTCTTCCTTGTTGCTATTAAGAAAACAATT GGATGATTTATAGTTAGTGGATCAATTGTTCCTAAGGCAAGTCAAATCTATAGAATAAATTTTGGGTTGTTAGTAGAAAG AGTAACATAACTGCACAAATTAGAAGTAGAGAAGTTCCTCTGATTGAGCTCAAAGATCATATAGCTTCTTATTTAGGCAC ATTTTCCATGTTTCTAGTCAAATCTTAAGCTGATCTAGAACATCTATACCAAAGAAAGTATAAGCATGAAAACTAAGAAT ACCTTAAGGTTTATCACTTCAGTAGGAGTTTAAGATGGTAAAATATAGCAACAAAATCTCATGCAGACTAAGGTAAAAAA ATATGAACTCATGTTGACCTGTTCTGCAAATCTAGTTATAGGCTATTCTAGTATACCTCTTTGGGTTTGCACACTGGTCT AAATATAAACATAAAGGATTCAATAACTTCAAGAGCAATACAAATTCTTAACAATTCTCTACCAAATAAAGAATTTTTTT GTTTGACCACATAATGTAATGATAAAACTCTCACAGTAGTTTGTGGAACCAATTCACACCAGAAAATGCATCAATTATTG CTAGTTTATGTGACCGCACTAAAATTTGGCAGAAAATTACACTACTTTGCAGTGATTGAGGCCATGTTGGCAGCTAATTG TCGGTTGTTGTTTCATAAGAAGATGTTACTTTCATTTTACGATCTGTCATTTTTATCTGACATGTTACACGTTACTTCAT TTGTAATTCTATTATAGGTTGGGAGTGTCAAGAGTGCAAAACAGGCAATTGATGCAGGTGTTGATGGAATTATTGTACAA GGACGTGAGGCTGGGGGTCATGTCATTGGCCAGGTTTGCTTGCCATAATTTTTGTGTAATGTTTTTGAAGTATAGATAGC CTATGCTAATGTTGATAAATGAGAACCATGGTTTCAATTTAAGCACAAAATGATAGAAAACAATGCTAATAACATTTTTT ACTTTTCTAGTGATTCTTACAAATTTTAACATTGGTAATGTAGATTATGTCTTCTAGAAAATACATATGCAATGTTATCA TCCTTTAAAGTAGTCCTTTGTTGATCCTCCGTAACTGAAATAAATGGTAGCTAAGTAGCTAACTAATTAAATATATTCAT GCTTCTAAATTGTAGACTGCACACACTAGTACTTTCAATTCCTGCAACACAGATGAAATTGCTTTCCCTCGCATCTAATT GCAGGAAGGTTTAGTTTCATTGGTGCCGAGGGTGGTTGATCTTGTTGGTGACAGAGAGATACCTGTTATTGCAGCAGGAG GAATAGTTGATGCCAGAGGTTATGTTGCTGCTTTAGCACTTGGTGCTCAAGGTGTTTGCCAAGGAACTAGGTAATTTTAC ATTAATCATATTCAAGGAGCCTTATACTTGTAGGAATATCTTATTATCTTAATTAAGTTCTTATAAAGTGTAGAACAATC ACCAACCTAGAGTTAGCTTTTGAGATACAGAGAGAACTAACCCAAATTATAATATTAGTATCAGAATATAACTTAGATTC ATTATTCACAATTGTATTGTCTCTTTTTCTTAATCTACATATCATGAATAACACTAGCTTTCATATATTTATTTCATGAA ATTCAGGAATTCCTAATTTCCTACGGTCAAGAAAGCCGAGTCATTCTATAAAAATTTGGAAGCAGCTCAAATTTTTAGCA TATTCCGGTCATTTAACTTTATTAAAATATATAAGCCAACTGATTTTGATTGAACGGTTCAGATTCCTTAACTATGAGAG TTTAGATTGTCCTAACTGCAAGGAGTTCAAATGGTATTAGCTTGATTAATTAAGACAAGATGTTTGCAGGTTTGTTGCAA CTGAGGAAAGCTTTGCTCATCCTACATATAAGAGGAAGATAATTGAAATTGATGAAACCGAGTACACTGATGTATTGGCA GGGCAAGGTGGTCTGCACCACATCGTGTACTACAAACACCTTTCTTCAAGGATTGGAGGTATCTTCCACCACATGAAAGT GAAGCCAACCAACCTGTCATTGCTCATTCAACAATTCATGGCGTGGTATGGTTTCTTTTGTCATGTTAAGTAGTACTACA TTTTTAAAGTTTATTAGACTACAAACATCATGTTTAGCTTCACGATTTGCACAGAAACTATTGAGACTTTTACTCAGACG TTAAGACTTTTAATTTCTTACAAGAAGTGATTCTAGAACAATGCAATGTGGAACCAAGCATGGTATTACAACCTTTGTGT TTGACTATACTTTTGTGATCCAATAGGAGAAAGAGATAAGGCGTTTTGCTGGTACAGTCCCGAACAAGACAACAACAGAA GGTGTTGAGAGCATGGTGATGTATGCTGGACAAGGTGTTGGTCTCATCAAGGAAATTATGTCTGCTGGTCAAGTGATAAG AGGGTTAGTTGAAGGGGCTAAGCTTATAATGCAGCAAAACTTGTCAAACATCAATTGAGAGGAAACTTGCATGCACTTGC TTGGTCAATTTGATTCTCGAATTTGCCAGTACTGCAATTATGGAGAGCAGAGTGGAAAGAAATTGAAGCTATTATCATTT GTATTATATATGTATGTTTATGGTATGACTCTTTTCTTTTGTAAGAAACTTGATTATACTTAAGGAATATATATTTTACT GTGACTCAACAAAATTTTCATTTTTTCATGTAGGAATATAATTTTATTGTTACTTAAGAAAGAATGGATCCATTCAATGT TCCATGACGTTCCAAACTTAAGCTGTTGTTGCCTAAAGATATTTCTCAAAACGTTTAAAACAAACAGCCTACTAAATAGT TAATCCCAAAATTATCCCACAGTGGTGATGAAGTCAAAAGATAAGAACGTGACTTTAAATATATTATAAATGGACAGCAT TTACACATATTAGGACAGCATAACAAACTCATTGAAATGGCGGTCTTGGAAAACAAACATGGCTAATTGGCTACAAAAAG GAGCAGGTGACACATGCAGGATGCTGAAATGTCTCACATGTATCACACCTTTTCTCTGCATTCATCAATTCCATTCCAAC CTTCTATATATAAGTGAGCAGTCTGCAGACACTAATTGCATAGGAGAAGGAATTGAAGAGCAATCACAGTCGCAGAGCAT TAGGTGCAAGATGGGTTGGAGAGGGATTCTAGGCTTTGAATATGGCATAGTTCAAGCACCCTTAGGCCCTGATATCTCAG GTCCTCACCTTGTTGCAGCGGTCGCCGATGCCGGTGGTCTTGGACTTCTCAGGGCCCCTGATTGGGTATGTATGCTCAAT TAATTCACACTTTTCATTTTCAATATTTTTCTCCTTTGTTCTCATTTTTGTTAGAGTTTAATTTCTTGTATCATATCAGG AAGCACCAGATTACATGAGGGAGCTTATAAAGAAGACTAGGACCTTAACTAATAAACCATTTGGGGTTGGTATCATTCTA GCTTTTCCTTTTGAGGAGAACTTGAAGGTGATTCTGGATGAAAAAGTGGCGGTCTTGCAAATCTTTTGGGGTGATTGCAC AAGGGAATTGGTAGCTATGGCTCATGCTGCTGGAGTCAAAATTATACCTCAAGTGTGTAGTACTAAGTTTAATTTAGTAA TTCTGCAGCATATATAATGGGAATATTCTAATTTCTAAGGCTCATGATTAATGTTGTTACTTGAATTTAGGTTGGGAGTG TGGAGAGTGCAAAACAGGCAATTGATGCTGGTGCTGATGGAATTATTGTACAAGGACGCGAGGCTGGCGGTCATGTCATT GGTCAGGAAGGTTTAGTTTCATTGGTGCCGAGGGTGGTTGATCTTGTTGGCGAGCGAAAGATACCTGTTATTGCAGCCGG AGGAATAGTTGATGCTAGAGGTTACGTTGCTGCTTTAGCACTTGGTGCTCAAGGTGTTAGTCTAGGAACTAGGTGGGTAA TTTTAATAACATTAATCATATTTAAGAAAGTTGTTTTGAATTGACTCTCATATCTTCGTGTAACAACCACCGAGTGGTTG GTTCAAGCGATACCTGCTTTGATGGAAAGATACTAATTGTTTGCAGGTTTCTGGCTACTAAGGAAAGCTTTGCTCATCCT ACATATAAGAGGGAGTTAATTGAACTAGATGAGACATATTACACTGATGTATTTGGCAGAGCAAGGTGGCATGCCCCGCA TCGTGTAATACAAACACCCTTCTTCAAGGAGTGGAGAAATCTTCCACCCAATGAAACTGAAGCCAACCAACCAGTCATTG GTCATTCAACAATTCATGGCGTGGTATATATGGTTTCATTTTATCATTTATTCAAGTACTAGAGCATCTTTGGAAACCAA ACATGCTATACAAATACAACTTTGTGATTGACTATATATGTTTTTGTGATCCAAATAGGAGAAAGAGATAAGGAGTTTTT CTGGTACAGTCCCAAACAAGACAACTACAGGAGATGTTGAGAGCATGGTGATGTATGCTGGACAAGGTGTTGGTCTCATC AAGGAAATCATGTCTGCTGGTGAAGTTATAAGGGAGTTAGTTGAAGGGGCTCAGCTCATAATGCAGCAAAACTTTCAAAG TAGATTGTAAAAAATCTAGTTAATTAAGTGAGCAAACCAATTGCATTCACTTGCTTGGTCAATTTAATTTGATTCTCCAA TGTACCATATCTTTATCCACTTATGGCATAGTAGATCAATCATCAATGTACCATATGTCATTCAATTAAAATGTACTATT CTGGCAGAATGAAATTGCCCCTTGAGAAAAGTAATTACTGATGCATTGGACAAAGATCTAGTAATAAAACCATCTAAGGT TTTCTGTTTCAGATAAAAGAGTTACATTCACTTTGTCTGTTTAGACGCACATGTTAATGGATATCCAAAACATACATAGC ATGGAGAGAATTAGAGGGAACTGAGGGATTGAAGCTTTGGTCATAAGCAACAATGGTGAGGAGTCAGGGGAAAGAAGAAA TGTAAACAGGGGACAATGGAGAGCAGAGTGGGAAGAAAGGAAGCTCACCTTTAGTGTGTTTAATGTTTATGGATGTATG
CDS sequence (LotjaGi6g1v0351700.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGCTAATTGGCTACAAAAAGGAGCAGGTGACACATGCAGGATGCTGAAATGTCTCACATGTATCACACCTTTTCTCTG CATTCATCAATTCCATTCCAACCTTCTATATATAAGTGAGCAGTCTGCAGACACTAATTGCATAGGAGAAGGAATTGAAG AGCAATCACAGTCGCAGAGCATTAGGTGCAAGATGGGTTGGAGAGGGATTCTAGGCTTTGAATATGGCATAGTTCAAGCA CCCTTAGGCCCTGATATCTCAGGTCCTCACCTTGTTGCAGCGGTCGCCGATGCCGGTGGTCTTGGACTTCTCAGGGCCCC TGATTGGGAAGCACCAGATTACATGAGGGAGCTTATAAAGAAGACTAGGACCTTAACTAATAAACCATTTGGGGTTGGTA TCATTCTAGCTTTTCCTTTTGAGGAGAACTTGAAGGTGATTCTGGATGAAAAAGTGGCGGTCTTGCAAATCTTTTGGGGT GATTGCACAAGGGAATTGGTAGCTATGGCTCATGCTGCTGGAGTCAAAATTATACCTCAAGTTGGGAGTGTGGAGAGTGC AAAACAGGCAATTGATGCTGGTGCTGATGGAATTATTGTACAAGGACGCGAGGCTGGCGGTCATGTCATTGGTCAGGAAG GTTTAGTTTCATTGGTGCCGAGGGTGGTTGATCTTGTTGGCGAGCGAAAGATACCTGTTATTGCAGCCGGAGGAATAGTT GATGCTAGAGGTTACGTTGCTGCTTTAGCACTTGGTGCTCAAGGTGTTAGTCTAGGAACTAGGTTTCTGGCTACTAAGGA AAGCTTTGCTCATCCTACATATAAGAGGGAGTTAATTGAACTAGATGAGACATATTACACTGATGTATTTGGCAGAGCAA GGTGGCATGCCCCGCATCGTGTAATACAAACACCCTTCTTCAAGGAGTGGAGAAATCTTCCACCCAATGAAACTGAAGCC AACCAACCAGTCATTGGTCATTCAACAATTCATGGCGTGGAGAAAGAGATAAGGAGTTTTTCTGGTACAGTCCCAAACAA GACAACTACAGGAGATGTTGAGAGCATGGTGATGTATGCTGGACAAGGTGTTGGTCTCATCAAGGAAATCATGTCTGCTG GTGAAGTTATAAGGGAGTTAGTTGAAGGGGCTCAGCTCATAATGCAGCAAAACTTTCAAAGTAGATTGTAA
Protein sequence (LotjaGi6g1v0351700.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MANWLQKGAGDTCRMLKCLTCITPFLCIHQFHSNLLYISEQSADTNCIGEGIEEQSQSQSIRCKMGWRGILGFEYGIVQA PLGPDISGPHLVAAVADAGGLGLLRAPDWEAPDYMRELIKKTRTLTNKPFGVGIILAFPFEENLKVILDEKVAVLQIFWG DCTRELVAMAHAAGVKIIPQVGSVESAKQAIDAGADGIIVQGREAGGHVIGQEGLVSLVPRVVDLVGERKIPVIAAGGIV DARGYVAALALGAQGVSLGTRFLATKESFAHPTYKRELIELDETYYTDVFGRARWHAPHRVIQTPFFKEWRNLPPNETEA NQPVIGHSTIHGVEKEIRSFSGTVPNKTTTGDVESMVMYAGQGVGLIKEIMSAGEVIRELVEGAQLIMQQNFQSRL
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 | 65 | 394 | 330 | 1.8E-184 | – | |
| PANTHER | 65 | 394 | 330 | 1.8E-184 | – | |
| SUPERFAMILY | 67 | 385 | 319 | 2.14E-55 | – | |
| Gene3D | 68 | 395 | 328 | 1.0E-93 | ||
| CDD | 74 | 302 | 229 | 2.75665E-81 | ||
| Pfam | 136 | 382 | 247 | 1.9E-47 |
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 | Nitronate monooxygenase activity | Catalysis of the reaction: ethylnitronate + O(2) = acetaldehyde + nitrite. | ||
| Biological process | Oxidation-reduction process | A metabolic process that results in the removal or addition of one or more electrons to or from a substance, with or without the concomitant removal or addition of a proton or protons. |
Expression pattern of LotjaGi6g1v0351700.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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