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| Field | Value |
|---|---|
| Gene ID | LotjaGi1g1v0376400 |
| Transcript ID | LotjaGi1g1v0376400.1 |
| Related isoforms 1 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Protein phosphatase 2C-like protein; TAIR: AT4G31860.1 Protein phosphatase 2C family protein; Swiss-Prot: sp|Q9SZ53|P2C60_ARATH Probable protein phosphatase 2C 60; TrEMBL-Plants: tr|G7J9T2|G7J9T2_MEDTR Protein phosphatase 2C-like protein; Found in the gene: LotjaGi1g1v0376400 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:85538756..85551135) extracted from Lotus japonicus Gifu genome v1.2.
AAAAGGGTGGGGCGCGCAGCCCCATAGGGGAGGCCCCAAACCCAACTCCCAATACGCTTCAACCCTTTAATGAGCAAAAG ATTTCAGCTTTTCCTCTGAATTATCATTATTTAAGATATTTCTTTATTCATTTTCCCATATAATAACACAACCAGAATCA ATATACAAAGAAGCTGATAAGAACAACCTCCAAGACCAACCAAGAGAGTTTTACATTCAACACTCACCTTGAGTTAAGAA CAACATGCAAATTCTTGTTCTTTCTGTCTGATTCTGATCACTATTACCAGCTGCAACCACTGGTCAATCTTGTTTTGCTT GTTGAATTGCTGTCAATTTGGTTGCTCTTTGAACTCTGAGGTGTGCTGATCTCTTAAACTTTTCATTTTTCTATTCAATT GCCAACTCTCATTTTCTTGTTTATAACGTTACCTTCTTTGTAACCCCAGATTCATTTATCTTCAAAGTTGTTTAATTGAT GAATCTTCTTCTTTTCTCTCCTCTGTTTTAATTCTCCCCTGTTTTTTTAGTTCTTTACACTATTCACTGTTTACTTCTCA TCTCATGTAACCCTCCCTGAAAATTCAGAACTCTTAGCTGAAATTTCATCACGCTTTTCATCTTTCATATTTAATTTTCC ATTTCAAAGAATTAGTTCATTCATACACTTCATTGAAACAATATAATTTCTGGTGTCATTAACATGTATTTTCCTTTCTT TCTTAAAAAAGCATTTAGATTTATTTCTTTGCTACTTGTATTACTTTTCTCTGTTTCTTATTTCTTTGCTACATGTTTTC CTGCTTTAAGAAATTGAAGTTAATGCTTACTTGTTTTGGTTCAGATAGGAATGGGAATATATCTCAGCACTCCCAAGACA GAAAAGTTTTCTGAAGATGGTGAAAATGACCGCCTTAGATATGGTTTATCATCTATGCAAGGGTGGCGTGCAACTATGGA AGATGCTGTGAGTAATCATTGAACAATTGCCAATTTTATATATTGTATACCTTTTGCATATAAATCCCAAATTCTATAAG GTGAATAACCATGAACCAACAATGTGACAATTTCTACTATAAAGTATCTAGGTGTAGTAACTAGTAAGGTGTGGTATTTT GTATTTGCTAGTACAGATTTAGAATTATGTCTTACAAGGTTGCTTAACTTTATTTGTTTTGCTGCATTGGAAGGTTAGTT TGTTTCTGCATAAATGCATCCTTTTTTTCATTAGCCTTCAAATTTGATGCTCTATCAATTGCTTATGCAATTATTGAGCT TGGCTTATCATTTTGATTGAGAGATGTTGATGTTGTTAGGGGAACTAGAAGGTGTACTTGATACAAAAGACAAAGCACTA ACCCTTATTTATACTAATACTAGACTCCTAGTCCTAATTAAACAATGAAACAAATCATGAGATACAAAAGAAGTATGGCA AATAATTCTATGGAATAATTTAAGATACCCTAAGATAAGGTCAAGATATTATAAGATTTTTTTTATAAACAAACATACAA TTGATTCTGCTTTAAACTTTAAAGTTCATTTTTATCAACTCATTTACTTGTTTTTGCCTGACTTAGACTGATCTTAGTTA ATCCATTATATACTGTTGATCTTTCATTCTCTTTCTTTTGTTAGCATGCTGCATATACTGATCTGGATGAGTCCACTTCG TTTTTTGGTGTTTATGATGGTCATGGAGGTAAGGTTTTGATAACATTTGGCTACTAGAGTTGGTGAAAGAACGCCATTGT ACTGCATTGTTAGTTACAGATGTCTTCTTTCCATGTTATGGCGCTTTATATAACTTTTTGAATTTGCCTTATAGATGATA TCTCATGCTCCCATTTGTACCTCCTCTGTCAAATAAGAAATGGAAGACTAGGATACGAATATGATATCTTCTAAAAGCTG AAGAGAAAGTAAAAGAAAGAGGAAAAGAAAAGAAGAAAAGGACAGAGAAACCTTATACTATAAATTTGAAAATCCAAAAC AGCAATACCCTCCAATCTGGCTGAATATTCACACACAGAGTGAGACACTTTTGCAAAACCATGGTCCCTATACCTTTGTA TATTGTATTTTTTTTAGCAAAAAAATGTATTTTAACAAAAAGTTATGAAGTTTGTGTTGCTCCTAGACACAGTTGATTTC AACATTTGAAACATAATTTAAATCCTAAAGTGATTCCTTTACATGATTAATTATATTATAACTTACACTAACTGTAAAAT GAAGACCCTAGCGCATTACCGTATTTCATCCATTTATACCAATGTTACTTACATGCTTTGATTCTAAATTCTAAACCTGA AACCCTACAGGCTTCCATCTCTTGATCAATTGGCTATTCTGCTGAGCCTCTAAAGTGTGTCTATACTTATGTTCTGTTTA TTGAACTGTTTGCTTTCTTACATATCATTTCAAACAAGTGGACGCTGGTTGCTCCTTTCAACCATTTCATGTAGAAAAAT TGAAGTACATTTTTGCTTGTGCTCCTCTACTCCTTATATTTTTATGATTTGTGGCCAATCATGCCATATATTTGAGCGTA ACAAGACAAGTAGAGAGTACTACAGAAATCATGTATAGTTGTTATCGAAGCTGTGTTATGGATCCTCAGTCCCAAATTTT CAGGTAAGGTGGTTGCAAAATTTTGTGCCAAGTTTCTTCACCAACAGATGCTCAAAAGTAAAGCATACTTAGCTGGAGAC ATAGGAACCTCTCTGCAGAAAGCTTTTTTAAGGTTAGAAGAAAATAGAAAGCATCATCTATATTCTATACTTAATGGCAG TTGCTCTTCCTATATTCTGCAATTAAATGACGAATTGGTCTTATGCTTGCAAGGTATAGAGTTTTTGTAATAGTTAAAAC TTTAAGTTGTATCATCAGATAAATTCTGTGTTTGTGGTCCTTATTGTAGGTCATTTTTTCATTAATATATAAAAAATACA GTTGACAAGGGTCTTTTTACTCAAAGTCGCTTTCTAAATGAAGAAATATGTGCTGCTTTCTAAATGACAAGTTGTAGCCC ACTTGTTTGTTGCTGGTTACTGTGTTCTATATTCTAAACTTACAAATTAAGCAGATATGAAGTGTAGTATTATATCTTCT CTCTCCCAGCTTAATTGATATTGAAGTAAATGTGACCGTTGATTCCTTTGCCACTATTCCCCTGTCTCCACACCACCCTC AGAACAAAAATCTGAAAAAGGAAAGAAGTTATGAACCGGTATTTCAATGTTATGCAGGATGGACGAGATGATGCGTGGTC AAAAGGGATGGAGGGAACTATCAATTTTGGGGGATAAGATAAACAAGTTTACTGGAATGATAGAAGGGTTGATTTTGTCC CCACGAACCGGTGATGGTGATATCCAAGTTGATGATTGGGTTTCTGAGGAGGTAGGTATAACATTTGAAGAAGGTTACCT TAAATAGTACTCTAAAATATCTCAGCTTCATTGGGTGTACTTGGTAACTTGGTGCTTGACATATGGCCTTCAAGTAAAAA AATATCATTTATCATTTATTTGGATTAGTAGTACTCTTATGTTTCTCCCTACATGCCTGTTTTCTGTGCGTATATCGAGT TAAAACTTTCTCTGCATCTCCTTAATTTGAATTTTTTTAATGAAATCAGGGGACTCACTCTGATTTTTCTGGACCAACAT CTGGAAGCACCGCGTGTGTTGCAGTTATTAGAAACAAACAACTTGTTGTTGCAAATGCTGGTGATTCACGTTGTGTAATA TCTAGGAATGGTCAGGTAAGCTCAGAAGGGAAATTCTTGAATGTTTATTATGCTTACTCCCCTCACAGATGTGTAGGTAC TTGAATACAGATAAATGCAATTACGCAAAAAGCTACTTTGAATACATAATTACTGTACATTGGGAATTTTATGGGTCAAT TTTATTAGGGGAACTTTTTGAGGGTATAGAAAATGGTTTGTCTCTTTCTTTGGCAGACTGCATATTTCAGTTTTTGTAAG TTACATATCTTACATGGTTTTACTATGGCTCTTTTCTATAGGCATACAATTTGTCTAGAGACCACAAACCTGATCTTGAG ATTGAGAATGAAAGAATCTTAAAAGCTGGGGGCTTTATTCATGCAGGACGAGTTAATGGCAGTTTAAATCTTGCAAGAGC TATTGGTAATTACCTATTGGCCTGTGAACTTTTTTAAAGAATAATTTAAGCTTCTCAACTTTTCCATCCTCATTTTCCAA TAATAAGTGAGCAGCCTGGCCAGGATCATGCATCTTTAGCTCATGATGATCCATGTACTTGTGAACTTGATAAATAAACA CAACAAAATGAACAACTTCCTATGTTTCTTTTTATTTTGTATGCTTTTTTTGGTTCTTTGCAAGAAAAGAGGAGATTGGT TTCAAATCACATAACTGAAGATTTCAAATTTGTTTATCTGTCTGTTCTTAACACTAATTTCTTTGTGAAGAAACACATTC TTTCTGGGATTTTGAGGTATGGGGTGGGATGTAGTGGGCTGTGAAGTTTCCATTCCTCAATATATTTCATTTTTTTTTAT TTCAGGTGACATGGAATTTAAACAAAACAAATTTCTTCCTGCTGAAAAGCAAATTGTGACTGCCAATCCAGATATAAACA CTGTAAGTTTGTTGCTGGAGTACAATTCACTGAATTCAGCTAACTGCCCCAGTGAGACATGGATCTTCCACAATTTTTCA TTTTTATAAACGATTGAACCCACAATAAACTGCATGTTAAGGGCTTCCTGCTATGTTTAAGGATAACTTAAATTCAATTG TTATGACTGATATATCATCTTTGTTTTGATATTTTGTTTTAGGTCGAACTTTGTGATGAAGATGAATTTTTGGTGCTAGC TTGTGATGGCATATGGTATCCATCTTATGCTTTCTCTGTCCTCTGTTTGATTCTGAAGTTATGATGATATCAGTCATTGA ACACTGATGAAAACATCTCTAGTTTTAGAAATCACACAGAACCTCCCTATTTTCAAACAAATGCCTTCTGTTTAATAATT TTTTTTCTAGACACATGTAAGTTGATATCTTAGCGTATGTCACTGTCATCTGCCAAAATATTGACATTTAGTGCAATTCT GAAAGTACTTTTGCTCACACATGCCCCTTAATTCTGTCTCTGTGAAACCAATAATTTATTTCTCCTTATTACTTTCAGGG ATTGCATGTCAAGTCAGCAGTTGGTAGAATTTGTTCATGAACAATTGCGCTCGGTGAGTTCTTAAGTGTTAACTTCTTCC TAATAAGAGGATGAAGTGTTCAATTAATAAGTAGCTGTCATAATTGTTCATAGATTATGCTTATTGATGATTTTTAATGC AGTACATTATACTTTGAAGTGTGAAAAATACACAAACTCACTCACCTTAAGTGGAATTCAACTTTTATTATTAGAATAAT GAGGGGTACAAGAATTTAATTCTAGACCACGTGGTTATACTCTAAAAACATGTCATAAACTAATTTTCTAAAAACTAAGC TCTTGGGTGAAGCCGTGAAGGTACATCTGAATTGTTTTATATTATGAATAATTTTTAACAAATTTATATATTGCAGGAAA CGAAACTTTCAGCAGTGTGTGAAAGAGTGCTTGACCGGTGTTTAGCACCATCAACTGCTACTGGCGAGGGATGTGATAAC ATGACCATGATCTTGGTGCAGTTCAAAAGACCACAGTCCAGTGCACCAGCACAAGAGCAATCCTCATCACCTGAATCTGA ACCAAAACCAGAAAGAAGTTCAATTTAATGTGCACTCCGCAGCAACAGTGAAAATATGTATCTTACATATACGTATACAC ATACATATGTATAATGTGCACCACTCAGTGCTTATAATACATCTAAATGGCCATTTTCCGTTCATCGAACATTATACCAG AACAGTTACTCTGATCACACACAAAAAGTACCAATTTTGTGATATGATCTCTGGCATTAAATTACATACCTTCCGTAGTT TTATGGTAATGCGATGAAAATATGCAACTATACAGAAAAAGCATAGTAAAACATACATAACTAGTTTTTTTTCTAAGAGC TTAAGTGTTATGCAATGCTCTTTACACTGTCATCCTTGTATATTACAGTATTTTGCCACATCATTAATTTGAATTAAAAT TCAAAAATTAAAATTAAAACTGAATCCTAATGCCCCATTGTGATCTGTAAGCATCAATGCATCCTCCCACCTCTACCCAC ACCTGTTTTGAAATCTGCAGTGCGTCCTTCCATTGTCTTGCTCTCGCGGTTGTAGTTGTCATCCGACTTTGTATTCTTCC ATACAGTCTGGCTCCTCTACCAAGTTTCTTCTGGAGCACGGAACCATTGCCAACCTTCATCATCAAAAGGCTTCAAAATA ACAAACCTTCAGAATATTCCTATAGCTCCAAATTGGATTTTGAGAACTATCCAAAAGACTAGCTATGATTACTAGTGCAG AACCCTATATTGTTTGGTCTCCATTCATGGTGTGCAGCCTTCAGAAGAACAATCACATCAGAAGCATGAGGGAATGCCAT GGATGTTCCGGACATAAGATCGTAGTTAGGCAAGAACTCCATAACCAGGTACCATCATGTCAGGATTTAGGAATGAAGGA CCTCGTGAAGTGTATTAAGCAGCACTTAGTGCTAACTTCATTGCAAAAAATGTTTGCTGAAATTTGATGCTGGCTGTAGA CTTCTTATGGCTTTTTACATACTTAATCACAGATGATGCATCACAAAGAGTAGATATGTGCCACTTGATCACAGCTGGTG CATCTCGTGGCTTTTTGCATACTGGGCCTCCGGCGTCAAAATTGGAGTCCCCAAAGTTGAAGACAGCGAGAAAATGGCAC TCCCGTGAAGCAGCTAATGAGTTTGCAATGGAACAAAATCTCACACAGGGAACAAGCCAAACGGTGATCCCTGGTACCAA GCTGCACAAAGGCTTCACATTCATATTAGTCTAGCAGAAGTAGTCAAACTCAAAGGGATGAGCAAAATGTAAATACTTTA GCCATGGAGCTTAGAGAAATAAAATATTATAAAATTAGAGTATCTAATTTATGAAAAGGTCAGTCAGCTTGGTGTATCAG ACAATCAATCAAATAATGGGCAATCATCAATCTTGTCAGATGATAATCAACAATATGGATTATACCAACTAAAATTGAAA CAGACTGACAAAATGGAGAAAAAATGGCTTGTCTTTCAATGTTTAAAAACCAGAGATCACAGACACACAGTTACACACCA ATGACCACTTGTTTCTAATTTAGATGAATCTATAGTGATGTGATAGGGCAGGGGAATTACTAGCAAAGTGAGACGGTGAC TAACCCTGCTCTTTGATGAGTTGCAATCACTGACCCTGTCCTTGATGCTCTGCAGATTTCTGCTTAACTTGGCTTTCAAG GAAGCAAAGCTTAACCCACTATGCTTTCCATCATACGAAAGGGCATCATCAGAGCCTGGTTTTGTTGGTTTTCTGGTGAT GCAAAGTTGGTTCTAGCTGCTTCATCATAAGCCCTTGCTGCCTCTTCTGGTGTGTCAAAGGTTCCCAGCCATAACCCTAC ATGCTGAGAGGAGTCTTTGATCTCAGCCACCCACCTTCCTGAAGGCAAGGTTTCTGGAATACACAAAGGTTTCTGAAATG GGCAGTGTTTCTAAGCAATTGCTTGATCGTGGAAAAATGGAAAAGCTATATGCTAAGAAGTGAGTATATAGCAAATAGCA TATGTTGATCAAGGGGCTGGAACCGTAAAAATCAGTTGACAAATGATGCATTAGCTAAAAGTTATATAGAGAGACAACTC ATGTTTTCAAGACTAGATTTCATTTCATCTCATGATCATATTTTTCTCAGAAGTCCCTGCAGGTAAAGAAGAGGATCTCA TTCACACTCTTAACTCTCATACTTTTGGAAAAGAAAACAAAAGAAAAGAAAAGCAACTTCTTTGTACAGCCAATGAATTG AAATGCTAGAGAAATGGTATTATTAAAATGTAACAACAATCAGAACAGCACAACAAAAAATACATTTGATATTGCAAAGA AAGCATCTTACTTGAAACTTCAAAGCCGCAAAAATCAGGAGGAAAAAAAATTGTAATAAAACTTGATTATATGAACAACA GAACTCATAAGTACACTTCTGCATACCTTCTGATAACCAGTAAAAATTTATGGTATCCGTACATGGCCTATTTCCAAAGG TACATTAGCCATCGCCTAAAGTATGCTCATATATTTTACACATTATTGGTTTGATATCTTGGTGTGATCCCATCACACCA TTTCTTTTTTAATCCTTCTCCCATGTACATTCCCACCTCCTTTCTATATCCCTAGGGAGGTAAAGGCTCCATCTGTATAG TAGGGAGCTGCTGACGCCTGCAATCAGCAAAAAAAAAAGACTAAGAATTGAAAAAAACAAATTGTCAAGGAACCATAAAA TATATTTAACACCCGATATACTCACAATGTGTGTTGGTCATTAAATACATCTCCAGTCTCTGACATTGTGTAGGCAACAG GGCCAAGTGTCCCTGAAGAAACAACAACGATCAAAAGATAATAAAATAATTATCAAGTAAAATTAAGTAGACTTCCATAA AATTATTTTTAGTAAAACATTAAGAATTACCTTCATGCCTCCCTTTTGAGATCAGAGACTGAAACAAGAAATAAGAAATG ACCCCATGAGATAACTCAGCAGAATCAACCTTTATTAGGCAGTTGAGCATATGTTTCCGCATTGGGGCTAAACCCCCCAA CCATCATGTTCTTGAATACAGAAAAGGCTTGGTCTTTATTTCCAGACATACTGTGACCGCGAATGAGAGCATTATAAGTG AAGACATTAGGTTCAAGACCCACCAGTTGCAGTTCCTCATACATTTTTCCAGCTTGGTCTATCATTCCAGCAATTCCAAG ATGGAGAATCAATGCATTATAAGTATAAAGATCGGGAGAAATTCCCTTATTCTTCATTTCACTGAAAAGAGAAAGAGCTT CCTCCAACCGACGTGATTTTCCAAGCCCATTGATCATAAGATTGTAAGAAACTGTATCAGGATCAAGGCCAGTTAACTTT AGTTCCTCAAAGTAGTGCACAGCTTCATCAACTCTACCAGTCATGCACAGGCATTCTACAAGAATGGTGTAGGATTTCAA GTCTGGCCTTATTCCTTCCTTAACCATCCTTTTGAAAAAATCACAAGCAATATCAATTTTACCTGCTTTCCCAAATCCAT TGATGAGAATATTGTAAATAGCAGAGTTGGGCTTGCATTGATAGTCCAACATCTCCTCAAAAAACTTCAGTGCTTCATCA CATCTTTCAGCCTTTAAAAGACCATCTATAAGAGGGCCATATGTGCAGGGAGTGGGAGAGAAATCACCACTAATGAGTTC ATAATATAAATCTAATGCCTTATTTAGGCTATTAGATTTCACAAGGGCAGAGATGATAATATTTTGAGTTACAGCATTAG GCTTGCATCCCCTACACAGCATCTCATTGTACAATTCAAAAAGTTCAGCAATCCTCCTAGATTTACCATGAGCATCAAGC AACAAGTTGTAAGTGAAGATGTTTGGGTGACAACCAGCATTCTTCATCTCCACAAAAAGTTCTAAAGCCTTTTCAGTGAC ATTGCATGCAAGAAGCCCATCCATCAAGCAATTATATGATTCCAGGGTTGGGTGAACTCCTAAAGTTTTGGTGAATTTGT CAAATAAATTTTGAGCATCAAGGGCCTTCTTCCGCTTACACAGAACTCTGATTAGAGGTAACATTACATGGTCATCTTGG CAACTAGCATCGAACACCAATCTTTCAGCAAATGCAATGGCCTCTTCAATTTTTGCTTCAACTAAAATACATTCTATCAA CTCTCCCCAGAATTGTTTGTCTGTATGTGAACCTGCCTGATGGACAAATTCTACAACAATCTTGATTGCATCCTCAACCC TTCCATACCTCACAATACCGGGAAGGAGGGTGCACAAAGTTACATGATCAGGGGCGAGAAATTTCTTCATTTGATGGAAA AACCAGAATGCATAATCAGTTCTGCCTTCTTTGATCAAGCCATGGATAACAGTGTTATATGTCAGAACATCAGGACTACA GTTCATCGCTGTCATTCTACAGAACATCTTCAAGGCCAAATCAACTGCATCATTCTTGCAAAGACAATCAAGGAGTGCGT TAAATGTTACGGTGTTTGGAGGGCACCCAGACACTGACATACTCCCAAATAATTCAAGGGCCTTTGGGATTTTCCCCTCC TTCCCCAAACCGGTAAGTAAAATGTTGTATGTCACAACTGTAGGAGCTAGCTTCAAATCCTCCAGTCTTCGGAACATTTG CCACGCCTCATCAACTCGATCATCCTTGTAAAGTGTGTCAATTAAAGAATTAACTATAATAACATCTGGTTCATACCCAT TGCTCATCATCTCAGCCAAAAGCCCGATTGCTTTGTCTATTTGCCCTGCTTTGCTGTAGCACTTCATCATCATATTATAG GTTACTGAATCTGGTGAAAGCCCACAATTGTGAAGATCATTGAATATATCTTTTGCTTCTCTGATCCTACCCATTTCTGC AAGAGTATATAAAGATGCATTACACGCTACTATACTAGGCACAATGCCTCTTCTTTTCATTTTTTCAAAGGTGCCAAGAG CTTTTCCAGTATCACCAGACTTTCCATAATAGTCGATGAAAAGAACATACGAATAAGCAGTAGGTCCAACACCCAAAGAT TCCATATTTTCAAAGAGTTCTAATGCCTCATCTAATCTTCTCAACTTCAAAAGTCCAGAGATCAATGTGTTGTACGTATG AAGATTTGGAAAAATCCCTTTTGTTCTCATCACGTCTAACATAGCAAATGCATGATCAACATTCCCGGACTTGCATAAAG CCTCAACAAGTATAGTGTAGGTAACCACATCAGGAGCATAACCATCAGCCTCCATCTCACTCCAGAATTTTTTCACCATC TCCAAGTCGCCACAGTTACTAAACTTGTCCATCAAAGTAATATATGTTACCCGGTCAGGTTTGTGACTGCTACCTCTCAT CTTTATATATAACTCCTTGGCCTTATCAAGTTTCCCTGCAGTACAAAGAGCATCAATTAGAACCGTATAAGTGACAACAT CAGGCCCGCATCCTTCATTATCCATTTTCTTCAAAATCCCACAAGCATCATCAATTCTCCCTGCCCTCCCAAGCACTCTA ATGCATATGGTATATGTGTAGATATTTGGCTTCAAACCCAAAGTTTCCATCTCTTCCAATAAACTCATAACGATTCCAGT TTCCCTTCTCCTCCCCAATGCCACCATTAATGCTGAGTACGTCTTCATGCTAGGCTTCATCCCTTCTGAGATCATTCTTC TGTAAACCTTCAAAGCCTCAATACAGAAGCCAGGTTGGACTACCAAATGAATCAGTCCATTATATGAATACGCATTCAAC ACAAACCCAGCTTGCCTCATCCTTCCAAGCGCAAACGGTGCCTGTCGAATCCCACCTTTAACTGAGAGAGCCTTGAAAAT AGTCAGGTAGGTATTCAAATTCCTGTAAATAACATGCTTTTGCATCAAATTAAAAACAACAACCATATCCTCAACCCTCC TGTGAGCCCCCAATAACTCAAGCATGTAATTGCACGCGTCAGTCGTGAGCACAAGACTCGGCAACTGGGCAACCGATTTC AAGTACGAAAGACTCGAACTCGGATCCGAAATAGACTTCAAAACGCCAATAACTTCCTCAGGTGACACACTTATTTTGCT CTTGCTGCCATTCACCACAACAACCTCATGGGCACATCTTAGCCTAAAACCACGATGACCCATTTGTCTTCTTCCATTTT TCTTCCATTTTAAACAACACCCTTTTGATAAATTCTTCATTTTGACAAAATTCTTCCCTCCTAAGAACCCATTATTGCTT AGAACAGAGAAATTAGTATCAGCCAAAGCGTAACAAGATGACATACTGCTGCTGCTGCTGCTACAACAAGCGGTTGAGGA GCAGAGAACTAAGACGGTCATTGAAACGCAAAAAAATGCAGCAATGATGAACAAAAGTAGCGACTGAAATTTAGAATAAC CACATTGAACTGCAGAAGATAGCAAATCGAATGTGCTAACCTGTGTCTGTGTCCGTACGTAAAAGAGTGTTAGAGTGAGC GAAGATGGATAGTGTAATCGCTAATGAGAGACACAGATACGGCCAACGCTATCATCAAGTTTTGATTTTGGATAATTTTG CTGCCAACCCACCATGTCCCATTTTGGACATTTTTCCCACCACACCCAACCAGGTCCCGG
CDS sequence (LotjaGi1g1v0376400.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGGAATATATCTCAGCACTCCCAAGACAGAAAAGTTTTCTGAAGATGGTGAAAATGACCGCCTTAGATATGGTTTATC ATCTATGCAAGGGTGGCGTGCAACTATGGAAGATGCTCATGCTGCATATACTGATCTGGATGAGTCCACTTCGTTTTTTG GTGTTTATGATGGTCATGGAGGTAAGGTGGTTGCAAAATTTTGTGCCAAGTTTCTTCACCAACAGATGCTCAAAAGTAAA GCATACTTAGCTGGAGACATAGGAACCTCTCTGCAGAAAGCTTTTTTAAGGATGGACGAGATGATGCGTGGTCAAAAGGG ATGGAGGGAACTATCAATTTTGGGGGATAAGATAAACAAGTTTACTGGAATGATAGAAGGGTTGATTTTGTCCCCACGAA CCGGTGATGGTGATATCCAAGTTGATGATTGGGTTTCTGAGGAGGGGACTCACTCTGATTTTTCTGGACCAACATCTGGA AGCACCGCGTGTGTTGCAGTTATTAGAAACAAACAACTTGTTGTTGCAAATGCTGGTGATTCACGTTGTGTAATATCTAG GAATGGTCAGGCATACAATTTGTCTAGAGACCACAAACCTGATCTTGAGATTGAGAATGAAAGAATCTTAAAAGCTGGGG GCTTTATTCATGCAGGACGAGTTAATGGCAGTTTAAATCTTGCAAGAGCTATTGGTGACATGGAATTTAAACAAAACAAA TTTCTTCCTGCTGAAAAGCAAATTGTGACTGCCAATCCAGATATAAACACTGTCGAACTTTGTGATGAAGATGAATTTTT GGTGCTAGCTTGTGATGGCATATGGGATTGCATGTCAAGTCAGCAGTTGGTAGAATTTGTTCATGAACAATTGCGCTCGG AAACGAAACTTTCAGCAGTGTGTGAAAGAGTGCTTGACCGGTGTTTAGCACCATCAACTGCTACTGGCGAGGGATGTGAT AACATGACCATGATCTTGGTGCAGTTCAAAAGACCACAGTCCAGTGCACCAGCACAAGAGCAATCCTCATCACCTGAATC TGAACCAAAACCAGAAAGAAGTTCAATTTAA
Protein sequence (LotjaGi1g1v0376400.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MGIYLSTPKTEKFSEDGENDRLRYGLSSMQGWRATMEDAHAAYTDLDESTSFFGVYDGHGGKVVAKFCAKFLHQQMLKSK AYLAGDIGTSLQKAFLRMDEMMRGQKGWRELSILGDKINKFTGMIEGLILSPRTGDGDIQVDDWVSEEGTHSDFSGPTSG STACVAVIRNKQLVVANAGDSRCVISRNGQAYNLSRDHKPDLEIENERILKAGGFIHAGRVNGSLNLARAIGDMEFKQNK FLPAEKQIVTANPDINTVELCDEDEFLVLACDGIWDCMSSQQLVEFVHEQLRSETKLSAVCERVLDRCLAPSTATGEGCD NMTMILVQFKRPQSSAPAQEQSSSPESEPKPERSSI
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 | 339 | 339 | 1.3E-175 | – | |
| PANTHER | 1 | 339 | 339 | 1.3E-175 | ||
| SUPERFAMILY | 3 | 331 | 329 | 3.53E-83 | ||
| SMART | 13 | 327 | 315 | 6.2E-102 | ||
| Pfam | 23 | 104 | 82 | 5.0E-12 | ||
| ProSiteProfiles | 23 | 329 | 307 | 54.162 | ||
| CDD | 23 | 329 | 307 | 1.84083E-93 | ||
| SMART | 28 | 329 | 302 | 0.0017 | ||
| ProSitePatterns | 52 | 60 | 9 | - | ||
| Pfam | 141 | 314 | 174 | 1.1E-58 | ||
| MobiDBLite | 330 | 356 | 27 | - | – |
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 | Protein serine/threonine phosphatase activity | Catalysis of the reaction: protein serine phosphate + H2O = protein serine + phosphate, and protein threonine phosphate + H2O = protein threonine + phosphate. | ||
| Biological process | Protein dephosphorylation | The process of removing one or more phosphoric residues from a protein. | ||
| Molecular function | Cation binding | Interacting selectively and non-covalently with cations, charged atoms or groups of atoms with a net positive charge. |
Expression pattern of LotjaGi1g1v0376400.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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