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| Field | Value |
|---|---|
| Gene ID | LotjaGi4g1v0244400 |
| Transcript ID | LotjaGi4g1v0244400.1 |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | HIPL1 protein; TAIR: AT1G74790.1 catalytics; Swiss-Prot: sp|Q9SSG3|HIPL1_ARATH HIPL1 protein; TrEMBL-Plants: tr|V7CB37|V7CB37_PHAVU Uncharacterized protein; Found in the gene: LotjaGi4g1v0244400 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr4:59591479..59600969) extracted from Lotus japonicus Gifu genome v1.2.
AGATTTGTAATTGATATTTGGATAAAAGAAGAAGAGGGAGAAAGATTGAAAGTGACTGGTTTATTAGAAAAATTGAAAAA ACTAAGATAGATGAGAGCATGTCAGAACAAAGACTCAAATACAAAACTGCTTTCATTCAAAAGGCACAAATGTCAACCCT CCAGGGAGCTGTTTTTCCTGTGAATGCTATTTTCTTTGTTCATCTTTTCAAACCAACATTAATGCTTGAACAATTTTATA AGATGTTTGTGAATTGAAATACAGTTGAGTAAGCTTTCAACTGGTTTGGTGCAATGAAGAGTGCTCTTTTCATCAGCTTC TTGTTTTCTTGCTCTCTGCTGCTTTTAGACTCTTCAACTTCACTTCCTCTATGCACTGATTCAAGTCTGTATTTATTTTC ATCTTTTAATATCATTACTTTTGAGTATTATCCACTTGGTTTGATTATCATAGATGTGATGTTTTCCTTTTCATTTTTTT TGGTGTAGGGGCACCCTTTACCGTCAATACCACACTTGAATTTTGCCCTTATAATGGAAGCACATGTTGCAACTTCACAG AAGATGCACAAATACAGAAGCAATTCCAACTGATGAAAGTATCTGATCCTGGCTGTGCCTCGCTTTTGAAATCAATACTT TGTGCGGTAAGGTCTTGTTTTTTTCCAAAAAAAAGTGTTATTTCTTGAGTTATTCATGGTCCTGATATGCCATAACTGTT ACTGATAACCAACTTTGATCTCTACTTCATGTCATGATTATTTGATCACACATTCACATTTCAGGCTTCAGCTTTAGTGT GAAACCAAACATGGTATAAAAACCAACGTGTTGCCTGAGCTCTTGATACAATTTTGCATTTCAAAATTCAACCCATAAGT TTTTCCCTGTATGCTGTGCTCCTTTCGTTGCTAACTTTCTTTGTTTTTAGAGGTGTGACCCTTTTTCAGCTGAGCTATTT ACAGTTCAATCCACACCTAGATCAGTTCCCGTACTTTGCAATTCTGCCATTTCAGCAAATTCTTCACAGTCAAAGGTTGA TGTGCAGAACTTTTGCTCTGAAGTGTGGGATACATGTCAAACTGTGTCCATAACAAACTCACCATTCTCCCCTTCATTAC AAAGCCAAGGAGGAGGAATACAACTAAACACCAGTGCAACCAAACTAACTGATTTATGGCAGTCCAAAACAGATTTTTGC AATGCATTTGGTGGAGGCTCCAACAATGAATCACTATGCTTTGAGGGAGAACCTGTTGCCTTGAATAACACTGAGACTAG TCCTATAAGCTCCCCACATGGTTTGTGCATTGAGAAAATTGGAAGTGGATCTTATATCAACATGGTAGCTCACCCTGATG GCTCAAACCGTGCATTCTTCTCTAATCAAATGGGTAAAGTTTGGTTGGCAACTATTCCTGATATGGGGTCAGGAGAAAAA TTGAAGCTTGATGAGTCAAGTCCCTTTGTTGATCTAACTGATCATGTTTATTTTGATACTCAATTTGGAATGATGGGCAT GGCATTTCATCCGAATTTCGCAAACAATGGTCGATTCTTCGCTTCATTCAACTGCGATAAAGATAAGTGGTCAGGGTGTA ATGGGAGATGTTCTTGTAATTCAGATGTTAACTGTGATCCTTCAAAGCTAGGTGATGGTAATGGTGCTCAACCATGTCAG TACCAAACTGTTGTTGCAGAATATACTGCTAATGGGACTGCGTCTCAGCCATCCGCGGTACGCATCTCTACACATTAAAA GTAGTTTCTATAACGAGTTTAAGTGCATGTTTGGCAATCAATTCTAGCAAGAAGCTTCGTCAGCTTTTGGGTGCTAGAAT TAATTCTGAGAAAAAAAAGTTTGATCCAAACATGCTATAGTTCAATAGAGAGAACTGAGTTACTGTTGATATCTTCAGGT GGAAAGTGCTAAACCAACAGAGGTGAGGAGGATATTTACCATGGGACTCCCATTTACATCTCAACATGGAGGTCAGATAC TCTTTGGACCTGGTGATGGGTATTTATACTTCATGATGGGATATGGAGGAGGTTCAGGTGATCCATTCAATTTTGCCCAA AACAAGAAATCATTGCTTGGAAAGATCATGAGGCTTGATGTAGACAACATTCCAAGTGAGTAATGCATACTAGTATAGTG ACCCTACATTAGAAGTTTGAGCATTTCTTTTAAAACACCAACACAACATTTATAGCATGTTTGTATTAGCTTCTTTTTCC TTAAAACCAATTATGCAATCCAGAAGCTACTCACATAGCTTCTCCCCAGAATTGCTATATGTCTTTATACTCAATTGGTC AAGTGCTGGTCCTACAATAGAATGGGTTTCTACTTTCTAGGGAATCTTGTAGCAGAGTAATATGGTAAAAAGAAAATGAT TAGTTTATACATGTTCATTGCTTTGTTCTCCTAGCATTATAAACTATAAAGTTCATTTAGTACTACTAATCATAACTTTT CCCCCTCAATCTTGACAATGACATTTATCATGAATTTTCAGGTGCATCAGAAATTACCAAACTTGGCCTTTGGGGTAGCT ACTCCATTCCCAAGGATAATCCATTCAGGGAAGATAAAAATGTGCAGCCTGAAATATGGGCCTTGGGATTAAGAAATCCT TGGCGATGTAGTTTTGATTCAGAAAGACCTTCCTACTTTTTTTGTGGAGATGTTGGCCAGGTTTGTGAATGCTTCTACTA AAATAATTTTTTTGGTACCAGAATTCTACTATGTGAATGTTTGGATACACCGTGAAAACCCACGATAAGCCAAAATCACT GTGGACAGTAGCAACTTTCCTTAACTGTTGGAGCTGTCCACCCTGATTTTGGTTTCACGATTATTTTCCACCATATATCC AAACATATACTATTTTGTGGAGTTATTGATGTGCTTCAAGGGGAAGAGCATTTAAGAAAAGCAGAAGTCTACTATCTTAT ATGACTAGAACTTCTACCACAATGAAACATAAGTGGAAATGTTCTTAGTTACATAATTGATTTGCAGGATCTTTACGAGG AGGTGGATCTCATCACTAAAAGTGGAAACTATGGCTGGCGTGTGTATGAAGGACCTTATCTATCCACTCTTACAGAGTCA TCTGCAGGAAATACCTCGCTTAATTCCATAAATCCAATTCCCCCAATATTGGGATACAACCATTCTGAAGTAAACAAGAA TGAAGGGTCAGCATCTATTACTGGGGGATATGTCTATCGATCTAGGACTGATCCTTGTATGTATGGAAGGTAACAAGCTT TTTCTTTTCCCTTATGGCCTTCAACTGTTTTTCAAAATATTTAGTGGCGCATTAGGATAAATGGTTATGAGTAGCTTATG AAAATAAGCTCAAAACAATTGATAGGTAGATCATAAGGTTTCCTAAACACTTGCATATGCGCCTACGTAGTTGTGCTACA AGATAAGTTCAAATAAGCTATTCCAAACGAGACCTAAGTAGTCGGTGAGGAAATACATAACTATTCGGTTGAGGAATGCA ACAAGAGTTTTTTGTTCACTATATCATGAACCAACTAGCTAGTTGATGCTATGATTCATATTAGACCTAACTCTATACGG AAAACTAGCTCATGGGTGAGGACGGTTCTACACCTTATAAGTCATAAGGACTTATTTGACAATATCTCTAATAAATATGG GACCTCAACATAACCTCCTCACGCCCTGGGTGAACATAAGAAGAATTGTGGTTTGAAGGACTAGACATTTGAGTTACCTA ATAAATGGATGTGTGCTAGACTCCGATAACATCTTAAGACTATCCCAAAAGTTTAAACTATTAAGTGACCACTCAACATT TCCGTATACATAAACTCTTGCAAGGGAACAACTAGGACCTTTTTGCAATATTATCAACTGTTGCTCATTGATCATTATTC ATTGCTTTTCAGGTACCTGTATGCTGATCTTTATGCAGGTGCAATGTGGGCAGCAATTGAAGACCCTGAAAATAGTGGAG ACTTCAGCACTAGCAGAATCCCTTTCAGTTGTCCCCATGATTCTCCTATCCAATGTGGCTCAGTACCTGGAAGCTCCCTT CCAGCTCTGGGATACATCTTTTCATTTGGTGAAGACAACAGCAAGGATGTTTATATTCTTGCAAGCACTGGTGTTTACCG AGTTGTTCCCCCAAGTCGCTGTAACTATGCTTGTTCACAAGAAAAGGCAACAACTACTCCTTCTTCATCTCATGCAAGCC ATTGGAGTAACTTTTATGGATATCTGTTTCTGCAGATTTCATCTTTCTTGTTGCTTTTGATGGGTTTTATGTAAGCATGT GCTGATACACTATGATCTTGAAGCATGATCAGCTTATTTTTCCTTAAAATCAGTTTCTGTACAAAAGCTACTCACATAAA CTTTTCCCTAAAATTGATTTTACCTTTAAAATCAATTGTAGATCAAGGTTTCAAAACCATGCAGTGGTCAAGGCTTTCAA AACCAAAGTGATAAGTACTTTGAAGTGTTTAAATTTACAGACCTTATTGGTGTTGTACTGAACCTTCATTATAATTACAT ATTCTTAGTGCTACGAATTTGTTTATGCTAAATTATAATGTTTAAAATGGTATCTCAAGAGGAAGTTGCTCAAATGCACC ATGTAGTTTGTGATGTAAACGTTTTATTTCCCTCAAGAGTAATTCTTAGATTGACACAAACTCAACAAGTCACTTTTGAC ACAAATCCAACTCGTCATATTTTAATACATTCACTGGATGTAAGTGCCATTTGACCGACCTCATGACATATATCTAATGA TCCTTTGACAAAAATAATCGAAAAGGATGATTGATTTGCAGGTAAAATCAATTTTCTGAGAAAGCTCTTGACAAACTTCC ACTTTAAGTTTCAAGACATGGTATAAAATAAAAACATCACAGCCAATGAGCCAATAATTCATACAATGATTACCATGGTA TTATTTGTAGCCTTTAACGTGATGGATTCAATTTTGTCCCTTCTACAGCTCAAACATGTTTGGAAAACACATTTTGTCAA TTTTTGGGCATATACAAGCGCGATGCATAGATGACCTTGTACTTCAAATAGTAAGAAAAATCATCTAATGATGGGAAAAA CTATACACTCACACCACTGCCATTTAAAAAGTTGGAACTTGGAAGTAGCATCAGGAGAGAATTCAGTTTGATTGATTCAT GTAAGATCATCCTCTTCCATCTCTTTCACTTTCAATGCATCCTTTATTCTGGATAAAAGTGCCGACCTCCAAGATTCCTA CAATGAAACAATCAATTCATATGTAACTTAAATATAAAATTTGATAGGACTTGGGAGAATAACAATAAGTCCCTAGTTAA ACACGTTTGGCTACCTCTTGAAGATTGCAAATGCCCATTTCCATTAAAATTACACGGATAGAAACATAACATGGAAATGA GGCTTTGACAGAAGTAAACTTTATATGGTATATGGACCCAACTGACTCTAAAAGTCACACAAGATATGATCATGGCCAAG GAGGTATGCAAATAGCCTTTGTTGAGATCACGTTGACTAGCTACTTGGGAAGAATTAGGTTTTGGCTCAAATTCCAAGAT GGTATCAGAGTCTATCCTAGAACCAATATTGGGCCACTAATCGCTGTCTAAAAATAAACTTACCTCCATTGATTTCTCAG TATAATCTACACGCCCCCTCACAACTTTCTCAATTAAATAAAACAAAAAATTAGACTTATAATTATGAGTCCGACACTTC ATTGTAGTTCAACATGAGGCACATGAAAAATGCAGTGGAGATACAACATTAAAATAAATGTATGGACGATAAGTGCACAA GAAGGGGTAAGATATGAACATGTCATATCTGAGTAGTGGTGGTAACTTGTGAAAGTAAAATATGAGGATGAGTCAACAAA CGTTTGCATGCATATAATGTGGAAACAATTCCTTCCTCTCAGCCCAACAAGAAATAGAAGATTGCGAGGACAGAAATAGG AAGAAATATGTCATCAATGCAATGGCAGCATTTAAGAATAATGGCAAAGACAAACAAAGGATCAATTTTGAATGGGGGTC CGTTCATATCCATGTAGATAAGTCAAAGAACTCTGGGTTCTAGAATAAGGTTTAATAGTTGTACTTGTATTCATAAAAGG TATTACTAAAATCTCATTTTGTGGCATTCAGATAAAATATAATGAATGTTACGGATTTTAGTATGTGATTTCTGAAAAGC AGTCACTCCAAATCTTTATTTAGGTCAACACGAATAGTATTAGTGATGTCTTTATCAAACATGGTGAAATTTGATAAAGA GATCTATCACCATTGCTTCTAAATATTAATCAATTCACATACCAAACAACCTAATTTAATCTAACTTTCTAACATTTAAC ACAAAAGGGGGTGGGGAAGCTAAAATACCAGTTTTAAACATGAAAAGAATTAGACAAACATTAAAGGATAATCATGTTAT AATATTTTTACTGATACTAAGGTCTTGAGACACAAAGTGACAAAGATATACCAATGGGGTTGTGGTATGATACTCGTGCA CAACTCTAGTAAAATTTGCAACATCTTCCTTTTCAATTGAAGCAGCCAAATCCTGAAATTTTATAACAGCTTCAATCAAT AAAAGTAAACAGTGATCAAGAAAAGAGTGAGAGCAACGTAGCAAAGTAGCAAGCCAAGCTAATAGTACTAGAATCATTTT TCTGTCGGAGTTCAAGGGGACAAGGAGTTATTCCAAACAAACCAAACCGCAAAGCTAACATTGCTGGATAATTCCACCAC TTACAGCCAAAAATTTGTATTCACGGGTTCTGGAGAATGTTGGATCTAAGTCCTGCAAGATTGAAGAAAAATATGATAGA AGTATGAGTATAAAGTAACACTCCGATATCAAGAAAGAAACATAAAACACAACCTGATAGCGTTCCAAGGCATTGGTAAT TGCAACAATATCCCCTTGACAAAGCTGGCAAAGGCCAGAATTAAGGAAATGCCCTCTAACTCCGTATTTCAGCAAGTTAA TGTTTAACGCTTGCTGGGCAATATCTTCATAAATCTTAATTGCCTTCTGATATCTGGGAAATATCAAGTAGATTAATATA CTCCAAGTTCTTATACCTTATAATCCACTTCATCCTTAATCAGTTTATGCAAATGAAGTTTAGATGGTCATGGTATGTAT ATCCCAACGCAACACAGTTGATAGCTTTCAACATTTTAACAATAGCAAGCAGATACACTTCTAAGACAGATGCAGGCAAA AAGAAGTTAAACAAGGATAATTCCAGTATACTATTGAAAAATAGTATCTCAGGGAACAGAAAGAGAGACACTAACTGTTG AAGTTGAGCAGAAAATTGTGCAACTTTCAGTTTGCACTGGATCACGGAGGTTGTTGCATTTGCATCCTCAATTTCATAAA GTTCAGCAGCCCTCTCGAAATATGATTTAGCATGCTCTATGTCTTGATTGAGTTCATATAACTCACCAATTTCCTAAATC CAGAAAGACAAATTTAATCCGCCAAATTTTCATTATTTTCAAAGGATTTAATCTACTCATCAGAACTTCATACAATGTGA AAATGAACAGTATGCATTAACAATGGAAGAGCTTAATAACATAACAATATATGTAATATGAAAAAGTCGACAGAGAATAG GTGATTAGAATGATGAGGGCATGTGCCAACAAGCTTGCCCGAGCCACTTGGCCACCTTTCCCCCTTCTGCATTCAGATGT TCGCACCTAACAATTTATAGAACTATTTTTTCTTTTATCCTCCGCTCCTTTGTCCTACTCAATATCGGATAGGCTGGTTT GCTTGAAGAGAATCTTTTCTATGACCAGACTCGGTGTCCTCTATTATTTTCGCACAAATCTTTTTGGTCCTTAAAAAGAA ACAATTTGAGAAGGTTTAACAAAGAATACCTTGCAATACTTTGCAGCCATGATGTGCCTACCAATCTCCGCGAAGATAGT CACTGCTTGATTTAAGCATGAAATAGCTCCTTAAAACATCAAAAGAGAAGCGACAAGAGTTAGCTAAGCTACTGAAACGC ATATCCACTGCCCTGGGAACACTAATGGAAAGAAAGACACAAAACAAAAAGGTCTGTAAAATAGTAAGATTATGCTTGAT CGTCAAATGTTCAAATCTTAGCATAAGCTCACTCAGTACAACAATAGAAATTCAAAGAGCGGCAAGAGAATCTTTTTAGG TTCAAATCTCTATGAGGTGTATGAGTGTATTTGTAACTTCGTATTTACTTTCAAGTTGGTCAAAATCAATTCACTTCAAT GATACAAGAGACATGGATTGGCCAAAAATACATTCAAACTGCATTCGAATGTGCACTCACAAAAATACAAACACACCCAT AATGTCAGCAAAAAAAAGTCACATGTAACACAACAAGAAAAGAATCAGGGCCAATTGGAGAGAAGATCACCTTTTTTGGA TGTTTTCTTGTAGCAATTTGCAGCATCTACATAAGCATTTGCAGCATCATACTTGCTATCTGTCTGTACTACACACAATC AGAAAGGGGTATATATATCATATACAAATCCAATGGCACAAAATTCCAATCTATCATATAACACTTGTCAACCAACCTTC ATGTGACATTCAGCCGCTCTGATGAAAACTGACCCTGCCTTGTCCCCTATACAAAAATAGCACACAGAAACCCTTAATCA AAGCATCAAACACAAAACCCTTACACACTACAAATTACCACAATTCCTCAAAGTAACAAAACCAAGACATCATGAAGCTT TTGGTCTTAGTTTTTTTCCACAAAAAAAAAAGTGCCCAAAACTTCAAAATTCAAATACTTAAATACATCATCTGGGATTT AAAAAAAACTCAAAATTTCAAGCAAGACATTGTTGCTGAAACTGAAACCAACAACACAGTATGATAAAGCAGAAAAAAAA AGTGGAAACTTTTCCTGATCCACGAGTGCCCAGAAGTTCAATATTCAAAACTGACATTTGGGTTTTCAAAATCTCACAAC TTGTACAAATAGCTAAAAAAATGATGATGATGCATGAAGCCAAATTAAAAAGACATTTTAAGGTGTAAAGTGTGAGAAGA AACAGACAAGATTTTCCGAGTTTGAAGGAATTAGCAGATTTTCTGAACAGTTCAGCAGCGTCTTCATTGTTGGAAGCAAA GAACACGCAACAACAGCATAGCTTGTTCTCCGCTTTTCTTGCAAGTTCTTGTCCCCTCACGATTTGATCGGCCATTGTTG GAATCAAAGGAACGCTGATTCCTCTTGCTACGGCTACTACTACTACCACTACCACTTCTTCACCACACTATCCATCTTGT TGCACCAGTGAGTGAATCATTCACTGCCATTGGCAACACGCAAGGTGAAGAAGTTGCATTTCAACACGCAAGGTGGTTGG TTATTTCGTTTGAGTAAATATTACTTTGCCCAGAAAGCTTCTAATTTCTAG
CDS sequence (LotjaGi4g1v0244400.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGAAGAGTGCTCTTTTCATCAGCTTCTTGTTTTCTTGCTCTCTGCTGCTTTTAGACTCTTCAACTTCACTTCCTCTATG CACTGATTCAAGGGCACCCTTTACCGTCAATACCACACTTGAATTTTGCCCTTATAATGGAAGCACATGTTGCAACTTCA CAGAAGATGCACAAATACAGAAGCAATTCCAACTGATGAAAGTATCTGATCCTGGCTGTGCCTCGCTTTTGAAATCAATA CTTTGTGCGAGGTGTGACCCTTTTTCAGCTGAGCTATTTACAGTTCAATCCACACCTAGATCAGTTCCCGTACTTTGCAA TTCTGCCATTTCAGCAAATTCTTCACAGTCAAAGGTTGATGTGCAGAACTTTTGCTCTGAAGTGTGGGATACATGTCAAA CTGTGTCCATAACAAACTCACCATTCTCCCCTTCATTACAAAGCCAAGGAGGAGGAATACAACTAAACACCAGTGCAACC AAACTAACTGATTTATGGCAGTCCAAAACAGATTTTTGCAATGCATTTGGTGGAGGCTCCAACAATGAATCACTATGCTT TGAGGGAGAACCTGTTGCCTTGAATAACACTGAGACTAGTCCTATAAGCTCCCCACATGGTTTGTGCATTGAGAAAATTG GAAGTGGATCTTATATCAACATGGTAGCTCACCCTGATGGCTCAAACCGTGCATTCTTCTCTAATCAAATGGGTAAAGTT TGGTTGGCAACTATTCCTGATATGGGGTCAGGAGAAAAATTGAAGCTTGATGAGTCAAGTCCCTTTGTTGATCTAACTGA TCATGTTTATTTTGATACTCAATTTGGAATGATGGGCATGGCATTTCATCCGAATTTCGCAAACAATGGTCGATTCTTCG CTTCATTCAACTGCGATAAAGATAAGTGGTCAGGGTGTAATGGGAGATGTTCTTGTAATTCAGATGTTAACTGTGATCCT TCAAAGCTAGGTGATGGTAATGGTGCTCAACCATGTCAGTACCAAACTGTTGTTGCAGAATATACTGCTAATGGGACTGC GTCTCAGCCATCCGCGGTGGAAAGTGCTAAACCAACAGAGGTGAGGAGGATATTTACCATGGGACTCCCATTTACATCTC AACATGGAGGTCAGATACTCTTTGGACCTGGTGATGGGTATTTATACTTCATGATGGGATATGGAGGAGGTTCAGGTGAT CCATTCAATTTTGCCCAAAACAAGAAATCATTGCTTGGAAAGATCATGAGGCTTGATGTAGACAACATTCCAAGTGCATC AGAAATTACCAAACTTGGCCTTTGGGGTAGCTACTCCATTCCCAAGGATAATCCATTCAGGGAAGATAAAAATGTGCAGC CTGAAATATGGGCCTTGGGATTAAGAAATCCTTGGCGATGTAGTTTTGATTCAGAAAGACCTTCCTACTTTTTTTGTGGA GATGTTGGCCAGGATCTTTACGAGGAGGTGGATCTCATCACTAAAAGTGGAAACTATGGCTGGCGTGTGTATGAAGGACC TTATCTATCCACTCTTACAGAGTCATCTGCAGGAAATACCTCGCTTAATTCCATAAATCCAATTCCCCCAATATTGGGAT ACAACCATTCTGAAGTAAACAAGAATGAAGGGTCAGCATCTATTACTGGGGGATATGTCTATCGATCTAGGACTGATCCT TGTATGTATGGAAGGTACCTGTATGCTGATCTTTATGCAGGTGCAATGTGGGCAGCAATTGAAGACCCTGAAAATAGTGG AGACTTCAGCACTAGCAGAATCCCTTTCAGTTGTCCCCATGATTCTCCTATCCAATGTGGCTCAGTACCTGGAAGCTCCC TTCCAGCTCTGGGATACATCTTTTCATTTGGTGAAGACAACAGCAAGGATGTTTATATTCTTGCAAGCACTGGTGTTTAC CGAGTTGTTCCCCCAAGTCGCTGTAACTATGCTTGTTCACAAGAAAAGGCAACAACTACTCCTTCTTCATCTCATGCAAG CCATTGGAGTAACTTTTATGGATATCTGTTTCTGCAGATTTCATCTTTCTTGTTGCTTTTGATGGGTTTTATGTAA
Protein sequence (LotjaGi4g1v0244400.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MKSALFISFLFSCSLLLLDSSTSLPLCTDSRAPFTVNTTLEFCPYNGSTCCNFTEDAQIQKQFQLMKVSDPGCASLLKSI LCARCDPFSAELFTVQSTPRSVPVLCNSAISANSSQSKVDVQNFCSEVWDTCQTVSITNSPFSPSLQSQGGGIQLNTSAT KLTDLWQSKTDFCNAFGGGSNNESLCFEGEPVALNNTETSPISSPHGLCIEKIGSGSYINMVAHPDGSNRAFFSNQMGKV WLATIPDMGSGEKLKLDESSPFVDLTDHVYFDTQFGMMGMAFHPNFANNGRFFASFNCDKDKWSGCNGRCSCNSDVNCDP SKLGDGNGAQPCQYQTVVAEYTANGTASQPSAVESAKPTEVRRIFTMGLPFTSQHGGQILFGPGDGYLYFMMGYGGGSGD PFNFAQNKKSLLGKIMRLDVDNIPSASEITKLGLWGSYSIPKDNPFREDKNVQPEIWALGLRNPWRCSFDSERPSYFFCG DVGQDLYEEVDLITKSGNYGWRVYEGPYLSTLTESSAGNTSLNSINPIPPILGYNHSEVNKNEGSASITGGYVYRSRTDP CMYGRYLYADLYAGAMWAAIEDPENSGDFSTSRIPFSCPHDSPIQCGSVPGSSLPALGYIFSFGEDNSKDVYILASTGVY RVVPPSRCNYACSQEKATTTPSSSHASHWSNFYGYLFLQISSFLLLLMGFM
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 |
|---|---|---|---|---|---|---|
| SignalP_EUK | 1 | 23 | 23 | - | – | |
| SignalP_GRAM_POSITIVE | 1 | 32 | 32 | - | – | |
| SignalP_GRAM_NEGATIVE | 1 | 25 | 25 | - | – | |
| Phobius | 1 | 23 | 23 | - | – | |
| Phobius | 1 | 3 | 3 | - | – | |
| Phobius | 4 | 18 | 15 | - | – | |
| PANTHER | 4 | 688 | 685 | 0.0 | – | |
| PANTHER | 4 | 688 | 685 | 0.0 | – | |
| Phobius | 19 | 23 | 5 | - | – | |
| Phobius | 24 | 671 | 648 | - | – | |
| SUPERFAMILY | 193 | 511 | 319 | 4.45E-23 | ||
| Gene3D | 215 | 594 | 380 | 8.8E-57 | ||
| Pfam | 230 | 505 | 276 | 1.2E-21 | ||
| Phobius | 672 | 690 | 19 | - | – | |
| Phobius | 691 | 691 | 1 | - | – |
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. |
Expression pattern of LotjaGi4g1v0244400.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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