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| Field | Value |
|---|---|
| Gene ID | LotjaGi1g1v0177000 |
| Transcript ID | LotjaGi1g1v0177000.1 |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | FKBP12-interacting protein of 37 kDa-like protein, putative; TAIR: AT3G54170.1 FKBP12 interacting protein 37; Swiss-Prot: sp|Q9ZSZ8|FIP37_ARATH FKBP12-interacting protein of 37 kDa; TrEMBL-Plants: tr|I3S9G1|I3S9G1_LOTJA Uncharacterized protein; Found in the gene: LotjaGi1g1v0177000 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:33944433..33956457) extracted from Lotus japonicus Gifu genome v1.2.
CGAACCCTCTATTGATCAAAACAATAGCAGCCGTTGATCATCCTGATTGGTTTTTATCATTTTGGGTTTCCCATTTCATT CTCAAGACAAAAGAGACGTTCCACTAGGCAGCGAAGAAGGTTAGAAAGAATTGTGCTTCAATTTGGCGCTCCTCTTTCAC TTCTCTCACTCACTCTCTCTTGATCGCTGCAGCATCTAGGGTTTCTCGAAGTCCATGGGCCATGGCTTCCCCTGCACATT TCGACGATGTAAGTGCTACCATCTCTCTCCATTCCCTTCTCTGAATCCATTTCCCCCCTTCTACCTATCCCCACTGATCC CAATTTCGGTTTTTCCAAACGCAGGACTTCGATTTCGGAGGCGAAATTGGCGGAAGGCTTTCAGGTTTTTCGATTTTCTT ACCGAACCGCGTTTTCTCAGATTTTATGTTATTGGTTTGTGTGTTGTTTACTCTGTTCGATTGTTTCGTTTTCGGAATCG CAGGTAGTAAGAGGCCATCTCCGGATTACGATGATGATGATTATGACAATGATCCTTTTGCACCCAAGAAGGTAATTGCT TGATTGATTGATATGAATCGATTATGCGATATTGCAATACTTGCATTTAGCTTTGATGATTGATTGCACCTTGTGTTTGT TTATTTTTCTTTGTCTGTGTTGGAATTGGATTATGGGTTTTGGATTGAGGAAGCAAGGGATGATTAATCGACGAAATGTA GACTTAAGATGAGGAGATAACGGGCGAAGGAGATTCATTAGACCAGAAAATTTGATTAATAGCATAGCACAATGAAATTT ATGAGATAAATGAAAATATTTAAGAAAATGAGTGAGTACTGCCAACCAGTAGGACCAGGTGGATGGTAACAGGGGAGACC CAGTAGTGCCTCTGAGATTCCCAGGATACATGCCTGGTTTATCTTCAACCCACATACCACCACCGCCACCACCACAACCA TATCAACAACCATATTTGTATGCTTCACCGGCACTTCTGGTGTCTTTTCCCTCTCATTTCCATCGGCACCCGATCAAAGT TACCATGTGGGTTATGTGATGAGTAGCAACCACCAGTAATATGGTCACCATGAAAACATGAATTATGTAGGGGCTGAGTC CAGTTACACTTGCATAGGAACACTGGTGGGACAAGGGTTAACGGGAAGGGGTGTTAAGGAAATTTCACTGAAGCAGCGTC ATTTGGATCCTCCTTCAGCGGTCAATCGGTTTCAAGATGGGTTCTAATGAGATTCTTTTGAGTGTTTTGTGTATTATCAT AGAAAAACATGATATGATCCAGAGAGAGAGATAATTAACAAGGTGACAAATAGGGTAATGAGTGATGAGTGCAGGAGTGA GGACAGTGGTGGTTTTTGTTTATCAAAAGTAACTAGGGTCAGGTTTTGAGCTCATCGACGTGCTCAGCTAGAGCTGTTTA AGATGGTCTTTTGACAACAAGTTCGATATCAACTGAACTTGAAAGATTTTAATGTATTTCCGTAATAATCTAATTTGAGT TGTTTTTTTCTTAAATAAGGATGAGGGTTCAATTTTGGAGTCTTGATAGCTCTCCATCATGGTGGCGCATAAAACAGAAT TACGTTAGTTATACCTGTTTGATTGAGGTTTTTTAATGGGTGAAGTGGATTGCTCTGTTTATGATATGGCTTTCTAATAT ATGCTTACCTTAAAGAATCAGATGAAGTTAACTACATTTTGTGATGCAGGCAAAATCAAAAGCTGAAGAAACTACCTCTG GTGTAACAACAGGAATGATCTTGTCACTTCGTGAGAGGTATTTCACAGCATAGCTAGGTTGAAATATACTGTACTGTGGC AAGTTTGTAGCCTATTATTTGCGACTTAATTTTTGGAACTTCATGTTTTTTTGCAGTCTTCAGAGCTGTAAGGATACGCT TGCAACATGCCAAGTACGTTTTCCTTTTAAGAGTTGGAATTTTTGCTCCCTTCTTCTGTTCTTCTGTTTCCTTTTCATTT TCTTTTCCATATTTACTGTCTTTTATGTGAAAGAGGCTGAACTTTTGTTACTGAAGGAAGCTAACTTTAATTATAATTCA TATGATATAAAACTTGGATTCATGAGTGGTTCACAGTTAAAAGGCTTCAATGTTCATGTGTAATTTGGATGGCAATGATT TGGTCTACTCTAAGACTGTTCTTGTAATCATTCCTTCATTCCTATTGCTGAGTCTAATCACTTAGAATCAAGGGTTGTTT TGTTTTGTTGAACGAAGTTCCACATGTGACAGTAATCATATTTTAGATTGAGTTATGCATTTCTATAAATGTTAACATGT TCACGACATTTTCTAGAAATGTTAACAAGTTCACGGCATTTTCCAGAATGAACTGGAGTCTGCAAAATCTGAGATCCAGG GTTGGCATTCTTCAATTCAAAATGAGTCTGTTGTACCTACTGGGACCACTCCAGGTTTGTTATTACTGTGTGTTTTAGTA GTGATATGTACCTGTATTAATTTCTCAAGAACTAGCTCTTTATACAGTCATTTCTGTGTTTTAAATGCATACCTGGGAAA TTATTTGATCTTCCTTCTTTTCTAGAGCCCAAAATGTTGATTAAATATCTTCAGGAGCTAAAATCCTCTGAAGTGTCTTT TAAAGAAGAGGTTAAGAATCTTTCCTTTCTCGTGCTTCAAAATAATATATCATCCATTGATCAGATTTCATTGACCTTTT GTCATTTATCTATTGGTTATCAGCTTGAAAAAGCGAAGAAAAAAGAATCAGCATTCATTGTAACATTTGCAAAACGGGAA CAAGAGATAGCGGAGTTGAAGGTAAGGTTTTTAATATACGGTTCTTGTCTGTCTTAGTAATTGATATGATTTTGTGTGTC TTTTTGGCATCCCTCTTGACATCCTGAGTCAGTTCCTTTTTTCCCTTCATGAAAGTATGTTATGAAGGGAGTAGGGAAAA GTCTGAAGGGAAGTCTTTCTTTATCTCAAACTTTCACATTTATATCCGACAATGAGGAACATCAAATGATTGTCTGCATG AGTTTCACAATTTAATGCTTCACATATTCAGTGGTCTCCAAATGAAGGTGCTTTATATTATTGATTTTTATATCTCGTAT TGACCTGGTTGGCAGTTGGAGTTTGGAAAGCACATATTGTAGTCAAATTGGACAAAAGTTCCCTCAATTTATTCTGTTTA ATATTAAAGTGTCTAGGTGCACCTTATTATGGAATGTTAGCCTAATTATGTCCAACAAAGTATCCTTTACTTGACTGATG GGCAGCTGTTTATGATATGAAGATATGTATGCCTGAGTCTTATCATTATGATGTTGGCTGCTCAAGCTCTAGAATTAGAT ATATTTCTCATCCGTTATTGTTGTTCTTCTTCTACTTATTTTTTTCCTTCTTTGTTATGGCTGTCTGAAAACATTCCAGT CTGCTGTGCGGGATCTGAAAGCCCAACTCAAGCCGCCATCGATGCAGGTATGTTTATAATGTGAGTGTTTAAGTGCGCCT ATAGAAATAATTTCGCTTCCTGATGATTTTTCTTTATGCATATACTTTTATACCCTATTGGTTTTCCTGTTTCTTTTGAG AACTTTAGAGATCCCCTGTGATTCCTTGCTTTTATTTCATTTTTTTATTTGGTTTTGCATTGTGCTTAGCAGAAATGTTT TTGCATTTCATTAAACAATAATAATAATAAGTAAAAGCCTTATCCCACTAAGGTCCGCTATATGGAATTATGGATCACAT TATCCATATTAAAGATACAACCAGTTTTACGTTGGCTGCCACAGATGACAGGCCCAACACAACCTTTCTCCTCTATCCAG GCATAGGACCGGCTATGACATAACATAGGCGGAGTTTTGTATTTTATTAAATGCTCAAGTGATACTAACTTCATAGCACA GATGATGAACTGCACCTTTTATTTGTTTGCAAATTGTTGTAACTTAACTTTGTTGTTTTAAATTTCAGTTTATTAAAGAA AAATTGTTGTATAATTCTTTCTTACCATTATTGGTAACTTTCTGAACAAGTCCCCCTTTGGTTTGGCTAAATGTATTATT TTGCAGTCTTATATAATAACTGGACTATTTTGTATGGTTAAAATACTCAATTAACATATGGTTTGTGATTTTTTCTGCCT ATATCATTGTATATATAAACCTCTTAAAGTCACGACCCCCATCGTTGAAGAGAAACTACAGCATTTTCAAATTTCCTCCA GCATCAAACAAATACAATAAACTGTACAGATATCGGATATGTGGATATGTTGCTTTGAGCTAGAAATCTTTAGAAACAAG ATTCCTGCATTTTACATCTTTCCATTGTCATACACTACTCACAGAAGAGAGTGGTACATGTTGCATGTGCTAGAGAGGGA CAACAAACATCCATATCTCAACATGTTGCGGGTCTTGTTTCCCAGACCTCATTGCTGCAAATGTATTTTAGCTCACCCTT AACAACTTTGACATAGTGGTGTGGTTCTGTACTTAATCTATTTAACAAATTGCGACATTTACCTTGATTCTGAATCTGGG GATAGAAGATTCTCAGATGTTACTTTTTCACTACTTAGAAGTTAGAACTCAATAGCTATGACAAATGAGGAATGGTATTG AATTTGTTGTTAAAGTGGTTGTGCTGTACCTTTACATCAAGGTTTTCTGTGCTACTCTTACGCGTTGTCCTCATTGTTTA TATCCTTCTGTGCAACTTCAACATCAAGTTGGCTGTATGCCTGTTTCTTGCATTATATTTTTGTTTTTTAGTTATCAAAA TGGCAATGCTCTGATATCCTTTAGTATAATTTTCAGGCAAGGAGGTTGTTACTAGATCCAGCTGTTCATGAAGAGTTCAG ACGTCTAAAGGTTGGTATTCGATTTGATGCTTATTTCTTTGAATGAAGTTCTCTCTCTCTCTCTCTCTCTCTCTCTCTTT CTCTCTCTCCCTCTCTCTCTTTCTCTCGGAGACACACAAGTTGGTTTAAGTTGTCTACTCTGTTTTTCACTAAGAGATAT AATGAAGATTCAGAAACATCTTATTATCACCTATAAGATGATAGTGTTGTTACATGGCCGTAGTACCATCCCATTTGTCA CTAGGGGAACTTATGAGATTTTTCTATTTTGGTACTTAGGAAGTTACAAAATCAAATGGAACAAGAATTAACAAAATACA CAAGGCATAGGAAAGCTTTTGTACTTTGGCTATGTGATACAGGCAGTGCTTGAAACCTACGAGGAAAAGGGTGTCATTAA ATGTATACATGGGATTTGAATGGTATATTATAGTAGGCAAGGACCTTTAAATTTCATAGATGAATCCAGTGTCACCATCA CCGCTTCTGAGATGTGTTTGCCTTTTCGACATGTTTGACAATGCTGCTTTATTGCTCATGCCTCATATCTTATACCTATG ATTGTGATATTTTTTCTTTGGCTCAAGATAGTTGATTCAGTTGCTTGTTTCTTTAACTTCATATACATCACACATCCCTG TTTTCCTTCGTATATTAACAATTTGGGACCTTCTATTTGCACTAGTGGTTACTCCGTTTTTGTATTTCTTACAAGAGTTC TCATCTGATGATAGAACTTAGTGGAGGAAAAAGACAAAAAAGTAAAGGAGTTGCAAGATAACATTGCCGCTGTAAGTTTT ACTCCCCAAAGCAAGATGGGGAAGATGCTGATGGCCAAATGCAGAACCTTGCAGGAGGAAAATGAGGAAATCGGAAACCA AGCTTCTGAGGGAAAGGTGCTGCCATCTTATTTGCTTTATGCTCTAATTTCACTTTTTCCTTTTCCATTCATGTATTGTG TTATTCACTTATACTTGCAGTCTTGCATGTTTTAATGTCCTACAAAATTAAAAGATCAATGTGCCCAGTATATTTTATGG TATTTAATTATTCACTCTTGCTGAATTGATGGTTATAATGTCTTCCTTTTCTTTTTCTTCTGTTTTTGGTCTGCAGATTC ATGAGTTGACAATGAAACTTGCTTTGCAGAAGTCCCAATGTGCACAATTTAGAAGTCAATTTGAAGGTTTCTTGGTTGAA TTTCATTTCATTTCATTATGTTCTAGCTTATTAATCCTTTGATTCTTACACCAGCTACTCCCTAATTACTGTCACCTTTT GTATCAGATTCATATAAATGCATTTTTAATCATGTTTAGTTTCTTTCCAAACATATTGTGGTATTAGAGTCAATACTCAA TATTGTTCGTGTATGACTTTAAAAATATTCATTTGAAACTTAGTAGTATGCTAGAAATACTGTGAAGTTATAAATGTGCT GATCTTGGGATGCTTTTAACAAGGTTAGATACTTGGTAGGAGTAGGGATTGGAGTTGTTGTCGTATATTCTCATTCTCTT GTCTATAAATTTGGAGACTATATAGGGGTTAAAAGTTGCCTGTATTATCTAGATTTATTTAGACGTGCTATTTCAACTAA TGTAAACATTTGATTAATCCTTAACGTTGACTACAGGGTTGCAGAAGCACATGGAAGGTCTGACAAATGATGTGGAAAGA TCCAATGAAATGGTTCTTACTTCTCCCTCCTTTCCTATTTTCATATTAAGCATAGCAGTGTATATTCAGTTTTAAAATGC TTCATTGGTTAGTTTGAAACAATTAGCATGATAATGGAGAAAATTGTTGTAGGAGAGGTGAAAACATGCAAGGAACTCAA CTATTGTGTTTGGAAAAAGGCCTACCTGGCATATATATGAATGTTGATATGAATTTAACGAATACTTATGCAGATTAAAA AGATAAATTACTTGTTTTGTAAAAGTAATAATTTACTCATGAATAAATAATTTAGAATTTAAATGTTTAAGAGGATGATG TTTATTTGATTAATGATATAAAAAAATTACATTTTACATCAACTCTTTTTACCATATTTTTTTTAAAGTACTAAAAATGT AAGGTCCTTGATTGATAGAAACCAGTGTTGATGTCTGAGTGTAAACTTAGTATACGATACTCATCAAATTTTCTACTTTC TATTCCTCTCTGAAAACTGTTTTCGAAGCCTGGTGCAGAAATATTACAATTTTACCAACTTATAAAAGATTTACATACCA TTCTGCGTGTTACAGACACATGTTTACGTTTTTTTATTGGTCAACCTGCACATAAGTTAAAAATGTTTTTTCCCACATAT ACATGACCATACGACGAGTTCATTTGAGATGGAGAAATCTTTTAGAAAATGTTAATTGAGACGATGCTCCATAATTTATG GGTGCGGCTTACATAATAGCTAGTTTACTCATGTCATATCAAGATAACTCTATCATAAATCTCGAAGTTTACATATATAG TGTTGGCCGATTCTTATGTTGATACTATGACAACCTAACTAAAGATGAATTTTACTGCAGATTCTTATGTTGCAAGAAAA ATTAGAAGAGAAGGATGAGGAGATCCAAAGAATGAAACTTGAGCAACAGAAAAACACGACGGCAGATGGAAGGTCAGATG CCCTTAAAATGAATGGCGGTGATGAGAAGCCTGTGGATGATGAGAAGTCTGTGGAAGCTGCCAACTAACTTCACTTTTAA TCTTTTTTCTGGGGTAGCAAACAGTCAATTTTGTTACAAGTTATTCACCGGTTACTGTACATTATTTACATTGATTCATT TTTATTATTTTTTACTTTTCGTGAATATTCTTTTGTGGTAATCAAGTATTTTTGTTGGTGGAACCCATACAACCATTTGT GCTCCAATTGATCGTGTATTTTTATCAAACATACTAACTCATGCACCAAACAGTAGTGCCATAGGGAGGAAGGAAAGAAA GTTTGATTGAATTAAAATACAAGATCTGCATACTATGACTAGATCTAAGCTTCTAAGTGTAACTAATTCCCTTGAACTGT TGGCAAGACAGCAAGTTTGTTGGACTGGTACTCATTTTGTCAATTTCGACGAGGCCATCCCAAACCTGCACTGCCGATGT TTCCAACCGGTTGAATAGGTTCCACCAAGCCCTTGGTTGAATTCCCAAGCCCTTCTCCCTGTAAAATGATGGGAAATAGT AATTATAAAATGGTAATTGCGCATAAAACCGTACGACTTAGCAAAATCCAAGCCATTCAAAAATTGCGATAGCAGTTGAG TATTACTTATCCATGGTTTAAAGATAAGTACGAAAGGGTGTTAAAAGGGTATATAGCGGTATAGTTTTTTAATATAAGTT CAGGGGATACATTCTATTGGAGATTTGGAGGATATTAGAAATTCAATTTCATTGAAGGAAAAAGGAACTTGTTGGACTTG AAGATGGTAAGGAACTGAGACCATACCTCCTTCCAACCCATGTTTTCTAAAAGTTTCCTGGCATAACTACCGGCTCCAAA TGACATCTGCAATGCCTCTGATGCAGCTTCTTCTGGACAGTAATCATCAGGCGATGATGTTGTATCATCACGAACGGCGT GATTCTTCTGTCCTGGATCCACACCAAAGCCACCATGCAAGATTCTTCTTTCAGCAGCTCTATCTCTGTATTGTTGTTTT ATCATTTGCTGGCATAGCAAAAGAGTAAATGAGTTAAAGGCAAGCAGATTCTGAAGGAATCCTTTTATTTTACCAAAATT TTCTATCTGATGGGTGGTCATGTTAGAAAAGAGATCTATAAGTTCAGAACAATTTTTCTCCTTGTAATATTCTATCCTCC CTCTTTGATGCTTTCAGCTTCCAACAATAACAACTCTTTCTCAAGTTTATCACTTTTTCATTATAAGGAAAAAAGTTAAG CCTCAGCAGTCAGTTACATATGTTTGACATCCATGTCTATTACTGCTATCATTCTTTGTACTTCTCTATAAGTTGGACAT CCATTTATTATACAAGGAATAAAATGCAGCTACTAATTTTTAGATTTCAAAATTCAGACTTCATACCTTGGATGCAGAGA GCTGAGTTGACAACACAGACAAATCCTTCTCTACAGGAGTTTCATCTGAAGTCGAAGCAGTACCAGTACCTTCACTGGAC TTAGAGAAACGAGTGATATTTCTATTAGATGATAGCTGAGGAAAATCCCAATCTTTTGTTGGATTGGCAGAATTATAAGT TGAGATTGAAGCCACATAGCTAGCACTAGGATTTCGCAATTTGTACACTTGACCTGATAAAAGCACACAACGAGCAGCCA TATTCAGTCCACGACATGAAGTAACTTTAGCACTAACATTTTCCCGAAAAATCCCAATACTTCTTCAATTTAAAATTTAT CATGTGAGCTACCTTCATTATTGCTTATATACTGTAACTCATCCATGATGTTAAAATGCAATTTATATTTGGACAAAACT TGGATGCAATTCCATACATGCTCTTTTTCCTGTTATTCATTTCCAACGTGCCATGTGGGCCGAAAAAGGAGAAGTTGAAG GTATCACATTAAAAAATCAATGAATATTAAAAATTGGGTGACTAAGTGTTTTATTTGGAAAGAGCATAAACAATACCTAC AGTACTGTATCTAGTTTTGTGCTTTACATTACAAGGCCTAAACTCTGAAGGAAAGATATACATGCATGGATTTTTTTTTT TCAAATTACACCTGACAAACTCTCGTATATCACTTTATATTACATATTGCGACAAGAATAAAGACTAAGTAGGAAAAGTT TTGGTTGCCGTTATTGTTGAGACATGGAGAAAGATATACACCAACAAACAAGAGTGTAAAAATGCAAACCTGTTTTGACT CGTACCAGATCGAGATGTACTTCACAGATAGGAGCAGATCTTAACTTCCCTCTGCCAGAACGGATGGATGGATGTGGCTT TGCAGATTGTTTCACTAGTCTTCCGACCAACCTTGCTGCATTATCCTTTCCATCTTTTTTGGATCCTCTAACCATTTCCC AATCCCATAAGTCCACAATTGAAAACTCTGAAACCAGATCATTCCCTGATTCAGTCACCTGACCATATTGAGCACGCCAA TTCTCTTCATCCAACAAGATACCTGTAAAGGTATGCATCAAGCATATGAACAAGAGTGACATGCAATTTTACTCATGGTA TGGAAATGTGCTTTAACATCCATGCAGAGAGAGAAAAACTTTTGACAGGAACTCAATACAAACTAGATTACTGAACTAAA ACATACGGGGAAATAAGCCCTTATTAGTTACTTGGCCTGTCAAGGAAACACCCCATTGATTCTTGTAGTATACCCAGAGT GTGCAACATAATGATATTTCTGCAAATTATTTCTAAGTGTATAGAGTATAGACTAAAGTATCAAATGCTCATTAGTTACC CGGCATGAGCTATTACGTATCAGACTAAAACAATAAATATTCTTGCTTTCAGATGCATGTGAAGCATACAACCAAGCTAT GGCAATACCTTCATCAATAGGACTTCTATCAGCTATGCCATTTTCGTCCTCTGAGTCTGGGATCCACTCACCTTCTTCCA ATTCATAAGTATCACTGTAAGCTACACTTTCATCTACAGTACCTTCATTATCAGCTATGACATTATCATCCACTGGGCCC GGGATCCACTCCCTTTCCACTTCATCAGTATTGTGGTAAGCTATAAATTCAGGAAACAAATTCATTTAGGAGCTGTCATA GTAATCACTTCTTCTCTAGAAATAGATTGCGGAAGTTATGAACGAACCGTCCACTGCTAACTTACAGTAATATTCACTGT CTGTTTCGAAGGGCACTGCTGCTGTATCAGCTGCACTAACTGCTGTGTTGTTGTAGCCAGATAAGTAAAGTTCAATAAGC GTGTCCTCTAACCTGTAAGTTAGAAACAAGATGAAATTCAGAAGAAGTTTCGAAGCTATAATCATCAATAGAGTCAGGAT GCAGAAGGGGGCGATACCATTCTGATGGTGGTGGAGGGGGATTTTCACAAGCTGGACTGCTCATGGAATTCATGGCATCA TCTATTACAAAGACAGCTACTTAGATAACTGAAGTTACTCATATTAACTACTGACGTGTGTCTGAAACACCAATATGGCG GTGCTCGAAGAGTAGTAAAAATCAATTGACTATTGCCGAACCTGTTTCCTACCAACAACACACTGTAATAATATTGTTGA AGGAACTGTCTTTGGTAGTTTACTAATCAAGAATTAACACAAATACAGCAACATAGTTTTCAGGTTAACATTACTCACCA TCAAATGCTTCATCAACCAAGGTTCCTGTGTGTTGGCCAGTATCAAATTCCCTTTCAAGGAACGAAGTGGAATCCCCATT GTTGTTACCGCATATTTGCTGAGGATTTTCTGGTGTAGTTTCCTTGCACTGAACTGTTTCTTCACAATCATCCTTCGTAA CATGCAAAAGAACTTCAATCACCAACTTGAAAGGATAATGATGTAAGAGTTCAGTTTGGAAAAAGAATCACAGATGTATA TGAATTAGAACCTTAAACCAACCTCATTGGAACCTAAAGGCACATATTTTCCATCCTCAAATTTGTAATAAACGCCGTCG CTGCTGCTATAGTACCAGCCAGCATTAGGGTCATGATAAAATCCAGTACTGCACAAAGTTAATAACACCAACGTTATAAA AAAATCAAGAGAACCTTGTCGTTAAATTCATATTTTGCATTTAATATACGGGACTATCACATTGATTCAGGTAAACCAAA GAAAGTATTGGTTGGAGGTAAATCTCATTCTCATTTTTGATTGCCTTCCATCATAAAAGTGAATGAAACCCCATTTTTAG TTTCGTCAAAAGAATGTACTAGAATTTGAAAGGCCTAACTCAACCCAAAAGCTAGCTCAAGAGTTGAGGGTTGTTCTACC CTTTATAAAGGTTCTCTATGCCATATCTCTAGCCAATGCAAGACTTCTAACACACCCCCTCACGACTAGGTTGGACATCT GAAGCGTGGAATTGGCAGGACTAGACATCGACGAGGTGACAAAAATATGAGAGGTGGACACAAACGATTTAGGATAGACT CTGATACCATATTAGAATTTGTGAG
CDS sequence (LotjaGi1g1v0177000.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGCTTCCCCTGCACATTTCGACGATGACTTCGATTTCGGAGGCGAAATTGGCGGAAGGCTTTCAGGTAGTAAGAGGCC ATCTCCGGATTACGATGATGATGATTATGACAATGATCCTTTTGCACCCAAGAAGGCAAAATCAAAAGCTGAAGAAACTA CCTCTGGTGTAACAACAGGAATGATCTTGTCACTTCGTGAGAGTCTTCAGAGCTGTAAGGATACGCTTGCAACATGCCAA AATGAACTGGAGTCTGCAAAATCTGAGATCCAGGGTTGGCATTCTTCAATTCAAAATGAGTCTGTTGTACCTACTGGGAC CACTCCAGAGCCCAAAATGTTGATTAAATATCTTCAGGAGCTAAAATCCTCTGAAGTGTCTTTTAAAGAAGAGCTTGAAA AAGCGAAGAAAAAAGAATCAGCATTCATTGTAACATTTGCAAAACGGGAACAAGAGATAGCGGAGTTGAAGTCTGCTGTG CGGGATCTGAAAGCCCAACTCAAGCCGCCATCGATGCAGGCAAGGAGGTTGTTACTAGATCCAGCTGTTCATGAAGAGTT CAGACGTCTAAAGAACTTAGTGGAGGAAAAAGACAAAAAAGTAAAGGAGTTGCAAGATAACATTGCCGCTGTAAGTTTTA CTCCCCAAAGCAAGATGGGGAAGATGCTGATGGCCAAATGCAGAACCTTGCAGGAGGAAAATGAGGAAATCGGAAACCAA GCTTCTGAGGGAAAGATTCATGAGTTGACAATGAAACTTGCTTTGCAGAAGTCCCAATGTGCACAATTTAGAAGTCAATT TGAAGGGTTGCAGAAGCACATGGAAGGTCTGACAAATGATGTGGAAAGATCCAATGAAATGATTCTTATGTTGCAAGAAA AATTAGAAGAGAAGGATGAGGAGATCCAAAGAATGAAACTTGAGCAACAGAAAAACACGACGGCAGATGGAAGGTCAGAT GCCCTTAAAATGAATGGCGGTGATGAGAAGCCTGTGGATGATGAGAAGTCTGTGGAAGCTGCCAACTAA
Protein sequence (LotjaGi1g1v0177000.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MASPAHFDDDFDFGGEIGGRLSGSKRPSPDYDDDDYDNDPFAPKKAKSKAEETTSGVTTGMILSLRESLQSCKDTLATCQ NELESAKSEIQGWHSSIQNESVVPTGTTPEPKMLIKYLQELKSSEVSFKEELEKAKKKESAFIVTFAKREQEIAELKSAV RDLKAQLKPPSMQARRLLLDPAVHEEFRRLKNLVEEKDKKVKELQDNIAAVSFTPQSKMGKMLMAKCRTLQEENEEIGNQ ASEGKIHELTMKLALQKSQCAQFRSQFEGLQKHMEGLTNDVERSNEMILMLQEKLEEKDEEIQRMKLEQQKNTTADGRSD ALKMNGGDEKPVDDEKSVEAAN
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 | 337 | 337 | 5.0E-195 | ||
| MobiDBLite | 1 | 58 | 58 | - | – | |
| PANTHER | 1 | 337 | 337 | 5.0E-195 | – | |
| MobiDBLite | 26 | 51 | 26 | - | – | |
| Coils | 69 | 89 | 21 | - | – | |
| Coils | 118 | 138 | 21 | - | – | |
| Pfam | 135 | 287 | 153 | 1.1E-44 | ||
| Coils | 146 | 166 | 21 | - | – | |
| Coils | 187 | 207 | 21 | - | – | |
| Coils | 274 | 311 | 38 | - | – | |
| MobiDBLite | 306 | 342 | 37 | - | – | |
| MobiDBLite | 322 | 342 | 21 | - | – |
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 |
|---|---|---|---|---|
| Biological process | Regulation of alternative mRNA splicing, via spliceosome | Any process that modulates the frequency, rate or extent of alternative splicing of nuclear mRNAs. | ||
| Cellular component | Nucleus | A membrane-bounded organelle of eukaryotic cells in which chromosomes are housed and replicated. In most cells, the nucleus contains all of the cell's chromosomes except the organellar chromosomes, and is the site of RNA synthesis and processing. In some species, or in specialized cell types, RNA metabolism or DNA replication may be absent. | ||
| Biological process | MRNA methylation | The posttranscriptional addition of methyl groups to specific residues in an mRNA molecule. |
Expression pattern of LotjaGi1g1v0177000.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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