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| Field | Value |
|---|---|
| Gene ID | LotjaGi6g1v0218000 |
| Transcript ID | LotjaGi6g1v0218000.1 |
| Related isoforms 2 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Deaminase-related family protein; TAIR: AT5G28050.3 Cytidine/deoxycytidylate deaminase family protein; Swiss-Prot: sp|O34598|GUAD_BACSU Guanine deaminase; TrEMBL-Plants: tr|T2DMP6|T2DMP6_PHAVU Cytidine/deoxycytidylate deaminase; Found in the gene: LotjaGi6g1v0218000 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr6:52035802..52047359) extracted from Lotus japonicus Gifu genome v1.2.
CTTTCATAATCCCTGAAGTACACATCTTGCTTAAGGTGATTGAATGGATTCTCTCCGCTCAAAAACCAAACATGCTATAA TTATCAATAAAGTAATGTCCGATCAAAACCAAACAGTTTCATCCAGAAGGCACCGACAAAACTAAACATGCATAAGAGGA TCCAATAGATTGGGATTAGTGTTTCCAAATTAAACTTATTTAAATCTGAAAAGCCATTGGATAGGAATGAAGTCATGGTG GTGCGTTTGGTGACTCACGAAATCATGAAACACATTCCACCTTTTGGCTGATCATGAATTCATGATGTATTATATTGTCC CATAACTAATAGTAGTAACTACAATGTGGTCCGCATCAAATGTATGGACATTGGGATCAAGAGTCGTGTATATCAAGCCC CATTCACATGCTTTTTCTAATTTTATTTGCATCTAATTCTTGCCAGCATGATCCGATGTGTTTTCCCTTTATTTTATTAA TTCACACATGAGGGGACCATATTCTGCATTTTTTGCGTTTTCTCTTTCATTTGAATCTTGGTGTGCTCTATATATATAGC ACATGAAGCTCACTTATATATTCGACCTCAAGGATTTCTAGTTAACTAATCAAATTGGTGTTTTGGTTTTGTTATTGACA TCAAAGAAGTCATGGAAGAAGTGAATGGTATGCATTTTTTTTCCCTGGGAAAGAATTGTTACATGTACCTCATTATCTAT CTCTATTTTCCTTTCCTTTACTCTTTTTCATAGTCAACTTTTCTCCTTGTGAGTGAATGTTTGATTTTATATTAGAAATT CTTAAAATTATGACTTTGAGACTATTTTTATTTTTATAACTCGGTATTCGGTCACCCTTTGAATGACCACTATTCTAAAT TTAGGATTTAGTCACAGTTTATAATGATACTCATCATCCCTCCCCGTGAGTGCATTGTGTCGTGCGGGGATCGAACCGAA GACTCTTTCCGCATACTTAGTTAGCGTTGCCAACTGAGCTAACCGTGTTGGGTAATCACAACTTTTACTAAAATGATTGT GAGAGAGGTCCTTAACTTACCAAACACATTAGTAGCAATGTTGAAGTTTATGAAACAGTCAATGTTCAATTTTTTTTTCA TTGATGTATTTATGACTTGTTTGTCTTCTTGATCATCCCAGTGGTGCAGACTAAGAATGGAACTGTTGCAGTAGCATCTG CATTTGCTGGCCATCAGGAAGGTAATGCTTCTAAACGCTTTAGCTCACTTGCTGCACTGTTTCTTTGATTATGAAGGAAA CATGTTTGATGTATTGATACATTGAGGTCCTCTCTTGATTGATTGATTCTTCAGTATTCACCCCTTAATTTCATCATTTC TGATTTGGTTATTCATATTGGAAAACATTGGACTAGATGATCAATTATTACTTTGCTTCTGGTGTTGTATTGGCCAATCA GCTATACAGGATAGAGACCACAAATTTTTAAGAAAGGCCATTGGAGAAGCATATACAGGGATAGAATATGAAGATGGAGG ACCTTTTGGTGCTGTTATAGTTTGTAATGATGAAGTAGTTGCTAGTTGTCACAACATGGTTCTGAGGAACAATGATCCAA CTGCTCATGCTGAAGTCACAGCTATAAGAGAGGTTAGATTATAAGTTGCCAAATAATTTCCTTAAATTAATGGCATTAAA ATCCATGTTTTCATTTTGAACAATGTAGGTTACCTTTATGCTTTTCTATCTGACTGATGCAGAGTTCATCATAGCAAAAG AGGGATATGCCCTGCCCCCTTTAGCAATTGATTATATATGTGCAATTCTTTATTCTTGTAATGCAATGAAGGGTGTTCAC AATTAGACAACAATGATTTGATTAAATTTTTTCTAAAGCTAACTTAATTTATGGAACTATTGGAAATTTAATGATAAACC CATGATTTGATTTTGCAGGCTTGTAAGAAGCTAAATCAGATAGAACTTTCAGAATGTGAAATATACTCTTCTTGTGAACC TTGTCCAATGTGCTTTGGTGCAATCCACCTTTCACGAGTTAAGGTTGAAATTTCCTATGCTTCTCTCTTTCTTCTGGTAT TTCTGTTTTACTGATTACCAAGCTTATCTTAATTTGGATAAACTTTCTTACAATTTTTCTTTTTAAATAGAGGTTGGTTT ATGGTGCAAAGGCAGAGGCAGCAATTGCAATTGGGTTTGATGATTTTATTGCTGATGCATTGAGAGGCACTGGGTTCTAC CAGAAAGCATGCTTGGAGATTAAAAGAGCTGATGGCAATGAGGCCATCATTGCTGAAGAAGTTTTTCAGAAAACAAAAGA AAAGTTCAGAATGTTTTAAATTAATCTGTCATTTCCCTGATGATAATTAACTTCATCAATAAGCTTGCTAGCCTTGTACC AGAAGAATAAGCTTGTTAGCCTCGTTTACCATTCTGTATGTGAAATAATTATTACATATGGAGAATCAGAAATGTAAATT ATTTACTAATATTGTCACGATCCAAAAATCCCAAGCCGTGACCGGCGCACGGACTATCACCCCAAGTCCGGCAAGCCTTT TACACATAACCCGTTTATAACCAATTCACCAACATAAATACGTCCGCATAAATTTAAAAAAAAAAAAAAAAAAACGACAG AGTCTCCTCTGTATTTCTGTAATCTCAAAATAACATAACCTGCTAAATAATATTCTCCAAATCCATAATTTCAGGAAAAG GTACAAAACCAAAATTCGACGCTCAGCGTCAACTTTTAAAATAAAACAATGTCGTCAACCCCAAACTAAAATCACCTATG ACTCCCTATAGTTGCAGATAACTAGAGTCAAAAGAAAATAAAATAGCAATGAGGCCACCAGCCAATGGAGGCCTACCAGC AAGACAACTGACAATCTGAATCCAGGAACAGCCTGCTACTCAGCTGCTGAAGAATCTGTGGATAAAATAATAAAGGGGAA TAATAAAGGGGTAAGTCACAAAGACTTAGTGAGGATTTAACAACCACCATGAACAGGAAAGGGGAAACATATGAAGCACG AGTTTTTTTTCACTATCAGTTCAGAGTGGATAACATATATAATATTAATAAAATTAATAAGCATCAATTCAAATAAGAGA TGATCAAACTGTCAGGTTTATAAATAACTGTTTCAATGAAACTGAATAAAAAAATTCATGTCAGTCATGTGAAAGCATTT AAAAATCAGAAATATAATTTAATAGGGTCACACATGTAGAACCGTGAGGCGGCTCCATCTCGTTGATAGCCCTCTCCTCC TAAGGGATGGCCTATCCGATAGGGGCGGCTCCATCTAACGGATAGCCCTTTCCTCTCTCGTATCACATGTCGAATCGTAT TACCGGGGGAAGCTACATCTCGTTGATAGCCCTCTCCGTGCACTGGCGGCTCCATCTAACGGATAGCCCTCTCCTCCCGG AATCAATCTAACTAGGTGCACCTAGGCCGTTACCTCCGTTAACGGCTACGGGGTTCTATCAAGGATCCCCAAAACCGTTT TCTCAAATCAGTTCAAGTCTCATCAAGAGTCTCAAAATCAACTTTCCAAGTTCATAATCTCAGTTTCACATAATTTCCAA AATCAAAGTAATATAAATTGTTTTCTCATGTCAGTTCAGAATCAGACTCAGATCATTTTCATAAAACCAGCTTTCAGATA ATTCACGAATTGTAAAGCATGTTTCCCTAATTTAAATAAATATGCAATATGCTAAAATAATCAAATCATCAGTTGTATAA TTATTAAAAGTAAGTCACAGTGATTGGAAAATCACTCACAGCTATAACGAGCCAACTGGATCGTCCTCAGAAATTTCGCG ACAACCCAACGAACCTTCACCCGTCGAATCTGAATCACCAAAATTAAATTTCAACCTTCGGCAACTATAATCTTATGTCG TACTACCCGTGAGCAACTACAGAAACCCCAATTATATACCTAAAGCCCTAAATAATTTTACCTTCATCTAACATACAGTA CAATGCTAATCTCCAAATTTGTGGGTTGAGAAATATACCTTAAAGAAAATTAAACAATGCAACTTGAATGGCCAAGTACT CCTCTCTGCAACTCTGGTTTCCAAATATTATTCCCAAGGTCTCCCACGTGAATGCCAAAGCTTTCCAATTTGAATTCTTT CCAATATGAATGTGTATCTAATATGGTGGAATAACACTTCCTTCACTGTCACCTATCTCACGTGGGTACTGTAGGGTTCT TTTATTTGAAGAAGAATTGGAGTTGAAGGGAAAGAGATTGTCACAAGGTAGCGCACATGAGGAGAAGGATGGCGGCGAAT TCAGAGAGAAAGAAATTGGGTTTCACTGTTTGCTAAAAGGGGTGTGTGGGGCTGCACGTTGCAATCTAATTTTAATTAGA CAATTGTTTTTTTTTTTCTCCTTTTTTTTTCTAATCTCCTTTTTATTAAAACAAACCAAATTAATATTAAACGGTACGTT TCAATCTTCCCCCCTTATTCAAAATTTGTCCTCGAATTTTAAAGTCATACTAACCTTGAGATTCGAACAAGTGGGGATAC TTTTCACGCATGATATCTTCGGTCTCCCACGTCGCCTCTTCACCCGATGGTCCTCTCCAAAGAACTTTAACTGAACCAAC ATCTTTAGAACGTAGACGCTTCACTTGTCTATCGACTATAGCTACCGGATGCTCTGTGTAGGATAAGTGTTCATCTAGCT GTACATCCTCATGACGGATAACGTGAGAAGGATCATATAGGTATTTCCGCAGCATAGAAACATGAAACACCGGGTGAACT GCAGAAAGATCTGGCGGAAGTGCCAAACGATAAGATACGGAGCCAACCCTCTCTAACACCTCAAACGGTCCAATGAACCT TGGACTCAGTTTTCCCTTTTTACCAAACCGTAGAACTCCTTTCATTGGAGAAACACGTAAAAAGACATGGTCACCAACCG CAAACTCTAAAGGGCGTCGCCTCTTATCCGCATAAGACTTCTGCCTATTTTGAGCTGTAACCAAGCGATCTCGAATCAAC TTAATCTTCTCTATTGCATCCTGAATAAGTTCTGGACCTACCAGTTTAGCTTCTCCAACCTCGAACCAACCTATAGGTGA TCTGCATCTCCTACCATATAAGGCTTCAAATGGAGCCATCTGAATGCTAGATTGATAGCTATTATTATAAGCGAATTCCA TCAAAGACAAATATTGCTCCCAGCTCCCTTTGAGGTCTAATACACAAGCACGAAGCATATCCTCTAAGATCTGAATAGTC CTCTCGGATTGACCATCAGTTTGAGGATGGAAAGCGGTACTCATTTTTAATCGAGTTCCCAAAGCAGTTTGAAAAGACCT CCAAAATTGTGATGTGAATTGAGCTCCTCGATCTGAAATTATAGACACAGGTACACCATGCAAGGAAACAATCTCATCCA GGTAAATCTTAGCATATTGAGACGCAGTATAAGTAGTCTTCACCGGCAAGAAATGGGCAGATTTAGTCAACCGATCTATA ATCACCCAAACAGAATCATGACCCTTAGAGGTTCTAGGCAAACCTGTTACAAAGTCCATAGCAATACCCTCCCACTTCCA TTCTGGTATCTGAATAGACTGAAGTAACCCAGCTGGCTTTTGGTGCTCCGCCTTCACTTGCTGACACACCAAGCATTTAG AAACAAATTCTGCTACGTCTTTCTTCATCCCTTCCCACCAATAAAACTCTTTTAAGTCTTGATACATTTTATTAGAACCT GGGTGTATAGTGTAAGACGAATGATGAGCCTCCTCCAAGATTCTCATTCTCAAACTATCTACATTAGGCACACACAAGCG AGTTCCAAATCGCAAAACACCATCAGAGCCAACTGAAAATTGTGAAACTTTGCCACCTGCAACATCTCCCACAATCTTCA CCACCTCCGGATCTTGGCCTTGAGCTTGTTTAACATCATCAATCAAAGTGGAGTGAAGTTGCACGTGAGCCAACAATGAA TTAGAATTCTCAACCTCAAATTGTACGCCACTATCAACAAGTTCTTGGAACTCTTTAACTATGGGTCTTTTCACTACAGC TAAGTGACTAAGACTACCCATGGATTTTCTGCTTAAGGCATCAGCAACCACATTTGCCTTGCCTGGATGATACAAGATTG TGCAATCATAGTCCTTCAGAAGCTCCATCCACCTCCTCTGCCTTAAATTCAAGTCTCGCTGCTCAAAGATGTACTTAAGA CTTTTATGATCTGTAAAAATCTCACAAGTCTCACCATAAAGATAATGCCTCCATATTTTAAGAGCAAACACCACTGCTGC CATTTCCAAGTCATGCGTGGGGTAGTTCTGTTCATGCCTTTTCAGCTGCCTAGAAGCGTATGCAATGACCTTGCCATGTT GCATAAGTACGCAACCAAGTCCCACTCTAGAAGCATCACAATAAACTGTGTAACCTCCACCGCCTGAGGGTAGAACTAAG ATAGGCGCTGAAGTCAGACATTCTTTCAACTTCTGAAAGCTCTCCTCACATGCATCAGACCATTTAAACTCAACTTTCTT CTGGGTCAGCCTAGTCAACGGGGATGCAAGTTTAGAGAAATCTTTTACAAAGCGACGATAATATCCGGCCAAACCAAGAA AACTCCGAATCTCCTTCACTGTAGTAGGTCTCGGCCACTTCTGTACTGCTTCTACCTTGCTCGGATCAACACTGATCCCA TCTTTTGACACCACATGCCCCAAGAAAGCCACACTATCAAGCCAAAATTCACACTTGGAGTATTTGGCATACAACTGCTT CTCTTTCAGTGTCTGCAAAACCAACCTAAGGTGCTGCTCATGCTCCTCTTTATTCTTCGAATAAATAAGAATGTCATCAA TAAATACAATCACAAAGTGATCCAAAAATGGTTTAAAGACTCGATTCATCAAGTCCATAAAAGCAGCAGGGGCATTTGTG AGTCCAAACGACATGACCAAAAACTCATAATGGCCATAACGCGTCCGGAAAGCTGTTTTCAGAATATCTTCATTCTTTAT CTTCAACTGGTGATATCCGGAACGCAAGTCAATCTTTGAAAAACATTGAGCTCCTTGCAGCTGATCAAATAGTTCATCAA TGCGAGGTAAAGGATATTTATTCTTTATTGTCACCTTATTTAATTGCCTATAGTCAACACATAACCGCATTGTCCCATCC TTCTTTTTCACAAACAGAACAGGTGCTCCCCATGGAGAAGTACTAGGGCGAATAAAGTCTTTGTCAATGAGATCCTGCAG TTGTTCTTTTAATTCCTTAAGCTCAGCTGGAGCCATACGATAAGGAGGTATGGATATTGGCTGAGTGTCAGGAGGTAAGT CTATGGAGAACTCTATCTCTCTATCAGGTGGTACTCCAGGAAGATCTTCAGGGAAAACATCTGGAAATTCACACACTACG GGAACAGCTTCTAGATTTAACTTAGTTGCTTGAGTATCCTTCACCAAAGCCAAGTATCCATGACAACCCTTCCTTAGTAA CTTGCTAGCTCTTAGTGCTGAAACGAGATTATATGGTGCCCAACTTTGCTCTCCTTGAAACGAGAAAGGTGACTCTCCGG GTATCTCAAATCTCACTACTTTGTTATGACAGTCTACAGTAGCATGACGAGAGGCTAACCAATCCATACCCAAAATTACA TCAAAATCAACCATATCTAGAGCTATCAAGTCTACCAATAGCTTCCTACCCCCAATAATTATCTCACAAGAACGGTACAC CAATTCAGCTAACATAGACTCCCCAAGAGGGGCAGAGACAGTCAACTTCTCCTCCAAAGGAGAAGAACATTTGTTAAGTT GAGAAGCAAACAACAATGAGACAAAAGAGTGTGTTGCTCCAGGATCAAACAAAACATGAGCAGCTCGTGAACATACAGAG AGTGTACCTGTAACCACTGCATTAGATGCATGAGCATCTTGACGAGTCAAAGCAAAGACTCGAGCTTGACCTCTCCCTGC CTGTCCCTGACCTCTGCCACCGGGTCCTCTTCCATTCTGCTGAGACCCTCCATGACCACGACCAAAAGAAGAGCCAACCT GCCTCACAGGTGCTGCGGGAGACTGAGAAGATGCTACATTCGCTCCTGCTGGAGCTAAAGCAGGACAATCCCTCCTAACA TGACCTGAACGACCGCACTGATAGCACACCCTATTATCTCCAAAACAAGTTCCAGAGTGGAACCTACCACAAGTAGGGCA TGGTGTAGCTCTAGCACCAGAATGTCTCTGAGGGGTAACAGACCGTGAAGACCTACCAAAATCAGATCTGCGATTTTGCA CGAAGCCTGAAGAATGGCCACTAGAAGCATTCCCAGATACCACTGTCCTTGACTGCCCCTGGTGACGAGGTGTAAAACCA CTGCCTTGACTCGAATGAGTACCCTGAGATCCCTCAAAGCGCGGCCTCTTCTGTGAATTCTGTGTAGCATTCCCCTTCTC CTTTTGTCGCTGCTCAACCAGAAGTGCCAAACTCAATACCTCGGAGAAAGTGGAAGATTTAGACCCAACTACAGATTTAA ACAAATACTCTTTGAGTCCTCTGACGAACCTCTTGACACGCTCCTCCTCTGGAAGAGGATAGGGAACATATCTAGATAGA TGGGTAAAATGAGCACTGTACTCAGAAACTGTCATGCCCTCAGCTTGTTCTAGCCTCTCAAAATCACGAACAAAGCCATC TCTAACACTCTGTGGAAGGAAGCGGTTCATGAATTCCGCCGAAAAATCAGCCCATGTCCATGGAGGTGATCCCACTGGTT TCGCACGAGTCAAGCCATCGTACCAATCACGTGCTACACCCTCTAGCTGAAATGATGCCAACTCCACTGCCCGTGTATCT GAGCATCCCAATGCCCTCCATAGCCTCTCCAAAGCATCAATGAATCGTTGTGGCTCATCGCTTGTACCAGATCCACTAAA AGTAGGGGGTTTCAGCTTCATAAAATCAATCAGTGTGACTGCAATCCCCTGAGTAGCCCCCACCAATTGCTGCCCTCTCG CTCCAACCTCTGTCTGTTGCCCAGTAACCATCTGAAGTTGCTGTCCATCACCAAGTGTTTGCTCAGCCTCATTTGTTATT GGCTCATTGTCTGAAAGATCTATCGCTCCTAGAGTTCCTCTTCTTCGTCTAGGAACTTGAACATTGAATACATTAGCAAC AAACCTGCGCTCGCCAGCCCTGGTTGCCCCTCGCCTGCCCCCACCACGACTTCCAACAAGATCCCTCAGAGGAGGGTCAT CAGGTTGGGGAATAGCATTGCGAGAAGTCGTCGCTCTAGTAGCACCCCTAGTCTTTGGTGGCATCCTCACCTAAGAATGA GTAGACATAGAATGTAAGACAAGACATTGATTCAAATGAAGGAATAGACTCGAAGCAAACAATTGAAAGAGACACAATGA CTATCATGAGGAGTTAATAGCATCTTGGAAGTAAGTTGTGCCGCGGTTCACAATTTACTAGCAAGATTCTATTACCACCT CATGTCTGCAGCTAATAGGACCTAAAACCAAGGCTCTGATACCAACTTTGTCACGATCCAAAAATCCCAAGCCGTGACCG GCGCACGGACTATCGCCCCAAGTCCGGCAAGCCTTTTACACATAACCCGTTTATAACCAATTCACCAACATAAATACGTC CGCATAAATTTTAAAAAAAAAAAAAAAAAAAAAAACGACAGAGTCTCCTCTGTATTTCTGTAATCTCAAAATAACATAAC CTGCTAAATAATATTCTCCAAATCCATAATTTCAGGAAAAGGTACAAAACCAAAATTCGACGCTCAGCGTCAACTTTTAA AATAAAACAATGTCGTCAACCCCAAACTAAAATCACCTATGACTCCCTATAGCTGCAGATAACTAGAGTCAAAAGAAAAT AAAATAGCAATGAGGCCACCAGCCAATGGAGGCCTACCAGCAAGACAACTGACAATCTGAATCCAGGAACAGCCTGCTAC TCAGCTGCTGAAGAATCTGTGGATAAAATAATAAAGGGGTAAGTCACAAAGACTTAGTGAGGATTTAACAACCACCATGA ACAGGAAAGGGGAAACATATGAAGCACGAGTTTTTTTTCACTATCAGTTCAGAGTGGATAACATATATAATATTAATAAA ATTAATAAGCATCAATTCAAATAAGAGATGATCAAACTGTCAGGTTTATAAATAACTGTTTCAATGAAACTGAATAAAAA AATTCATGTCAGTCATGTGAAAGAATTTAAAAATCAGAAATATAATTTAATAGGGTCACACATGTAGAACCGTGAGGCGG CTCCATCTCGTTGATAGCCCTCTCCTCCTAAGGGATGGCCTATCCGATAGGGGCGGCTCCATCTAACGGATAGCCCTTTC CTCTCTCGTATCACATGTCGAATCGTATTACCGGGGGAAGCTACATCTCGTTGATAGCCCTCTCCGTGCACTGGCGGCTC CATCTAACGGATAGCCCTCTCCTCCCGGAATCAATCTAACTAGGTGCACCTAGGCCGTTACCTCCGTTAACGGCTACGGG GTTCTATCAAGGATCCCCAAAACCGTTTTCTCAAATCAGTTCAAGTCTCATCAAGAGTCTCAAAATCAACTTTCCAAGTT CATAATCTCAGTTTCACATAATTTCCAAAATCAAAGTAATATAAATTGTTTTCTCATGTCAGTTCAGAATCAGACTCAGA TCATTTTCATAAAACCAGCTTTCAGATAATTCACGAATTGTAAAGCATGTTTCCCTAATTTAAATAAATATGCAATATGC TAAAATAATCAAATCATCAGTTGTATAATTATTAAAAGTAAGTCACAGTGATTGGAAAATCACTCACAGCTATAACGAGC CAACTGGATCGTCCTCAGAAATTTCGCGACAACCCAACGAACCTTCACCCGTCGAATCTGAATCACCAAAATTAAATTTC AACCTTCAGCAACTATAATCTTATGTCGTACTACCCGTGAGCAACTACAGAAACCCCAATTATATACCGAAAGCCCTAAA TAATTTTACCTTCATCTAACATACAGTACAATGCTAATCTCCAAATTTGTGGGTTGAGAAATATACCTTAAAGAAAATTA AACAATGCAACTTGAATGGCCAAGTACTCCTCTCTGCAACTCTGGTTTCCAAATATTATTCCCAAGGTCTCCCACGTGAA TGCCAAAGCTTTCCAATTTGAATTCTTTCCAATATGAATGTGTATCTAATATGGTGGAATAACACTTCCTTCACTGTCAC CTATCTCACGTGGGTACTGTAGGGTTCTTTTATTTGAAGAAGAATTGGAGTTGAAGGGAAAGAGATTGTCACAAGGTAGC GCACATGAGGAGAAGGATGGCGGCGAATTCAGAGAGAAAGAAATTGGGTTTCACTGTTTGCTAAAAGGGGTGTGTGGGGC TGCACGTTGCAATCTAATTTTAATTAGACAATTGTTTTTTTTTTCTCCTTTTTTTTCTAATCTCCTTTTTATTAAAACAA ACCAAATTAATATTAAACGGTGCGTTTCAAATATCTTG
CDS sequence (LotjaGi6g1v0218000.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGAAGAAGTGAATGTGGTGCAGACTAAGAATGGAACTGTTGCAGTAGCATCTGCATTTGCTGGCCATCAGGAAGCTAT ACAGGATAGAGACCACAAATTTTTAAGAAAGGCCATTGGAGAAGCATATACAGGGATAGAATATGAAGATGGAGGACCTT TTGGTGCTGTTATAGTTTGTAATGATGAAGTAGTTGCTAGTTGTCACAACATGGTTCTGAGGAACAATGATCCAACTGCT CATGCTGAAGTCACAGCTATAAGAGAGGCTTGTAAGAAGCTAAATCAGATAGAACTTTCAGAATGTGAAATATACTCTTC TTGTGAACCTTGTCCAATGTGCTTTGGTGCAATCCACCTTTCACGAGTTAAGAGGTTGGTTTATGGTGCAAAGGCAGAGG CAGCAATTGCAATTGGGTTTGATGATTTTATTGCTGATGCATTGAGAGGCACTGGGTTCTACCAGAAAGCATGCTTGGAG ATTAAAAGAGCTGATGGCAATGAGGCCATCATTGCTGAAGAAGTTTTTCAGAAAACAAAAGAAAAGTTCAGAATGTTTTA A
Protein sequence (LotjaGi6g1v0218000.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MEEVNVVQTKNGTVAVASAFAGHQEAIQDRDHKFLRKAIGEAYTGIEYEDGGPFGAVIVCNDEVVASCHNMVLRNNDPTA HAEVTAIREACKKLNQIELSECEIYSSCEPCPMCFGAIHLSRVKRLVYGAKAEAAIAIGFDDFIADALRGTGFYQKACLE IKRADGNEAIIAEEVFQKTKEKFRMF
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 | 1 | 184 | 184 | 6.3E-114 | – | |
| PANTHER | 1 | 184 | 184 | 6.3E-114 | – | |
| SUPERFAMILY | 24 | 144 | 121 | 1.42E-39 | ||
| Gene3D | 29 | 186 | 158 | 1.0E-46 | – | |
| ProSiteProfiles | 29 | 143 | 115 | 22.713 | ||
| Pfam | 30 | 129 | 100 | 1.6E-23 | ||
| CDD | 35 | 142 | 108 | 2.86954E-45 | – | |
| ProSitePatterns | 81 | 118 | 38 | - |
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 | Zinc ion binding | Interacting selectively and non-covalently with zinc (Zn) ions. | ||
| Molecular function | Hydrolase activity | Catalysis of the hydrolysis of various bonds, e.g. C-O, C-N, C-C, phosphoric anhydride bonds, etc. Hydrolase is the systematic name for any enzyme of EC class 3. |
Expression pattern of LotjaGi6g1v0218000.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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