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| Field | Value |
|---|---|
| Gene ID | LotjaGi1g1v0063000 |
| Transcript ID | LotjaGi1g1v0063000.1 |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Serine/threonine protein phosphatase 2A regulatory subunit B; TAIR: AT4G15415.1 Protein phosphatase 2A regulatory B subunit family protein; Swiss-Prot: sp|Q8RW96|2A5G_ARATH Serine/threonine protein phosphatase 2A 59 kDa regulatory subunit B' gamma isoform; TrEMBL-Plants: tr|A0A0L9UV59|A0A0L9UV59_PHAAN Uncharacterized protein; Found in the gene: LotjaGi1g1v0063000 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:8764823..8774389) extracted from Lotus japonicus Gifu genome v1.2.
CATATCAATATACTCATAAACTTCAACTCATCTATAAAATTAACAAAATAATATCACTCTACATTACTCTCTGATTTTCT TGCATTTTCTCTCACTTGAGTGGGATCTTCTTCTCCACCTTACTCTCTCACTGTAAGTGCTCTTCACTTCTTCATGCTGT CTGTCACTCTGATTTTCACTCAGATTTTTTTTTGTTCTGATTAAGGTTTCTGGGCATGCTTAAACCTTAACTTCTCAAAT GTTTCACTCTTTGATTTCGATAATGTTATTAGTCAAAGGTTGAAACTTTGATTCATTTCTTGAATACCCATGTTGTTTTT TTCTTGTTCTGGTTTCTGGGGCGTTCTGTATATGATAAAAATGTGATTTATCAATGGTGTTTTATCACTGAACTCATCTT AAGGCTTCAATTCCATTACCCCCTTGAAACCAATCCAATTCAGTTTCTTCAAAATCTTCAGATTGTGGTTTATTTGGGTT TTTGTTCTGGGAATGAAAGTAATTGTGTTACACAAAACCAATCAAGCTAAGAAATCAGCTTCTGCAATGGCTTCAGCAGT TTATGAGGCTTTGCCAAGTTTTAGGAATGTTCCCATCTCAGAAAAGCATAATCTTTTTATTAGGAAGTTGAACATGTGTT GTGTTCTGTTTGATTTCAATGATCCTTCCAAGAATCTCAAGAAGAAGGACATCAAGCGGCAGACTTTACTCGAGCTTATT GATTATGTTTCGTCCGTGAATTCGAAGTTCAATGAGTTAGCATTGCAGGAGATGACTAAGATGGTGGCGGTGAATTTGTT TCGTGCTCTGCCGTCTTCCAATCGTGATGGCGAGTTTGTGGAAATTGGTGAGCCTGAGGAAAAGGAACCTGTTATGGAGC CTGCGTGGCCTCATCTGCAGTTTGTGTATGAGTTTCTCTTTAGAGTTGTGGCTTCACCAGAGGTAGATGGTAAGCTTGCT AAAAAATACATTGATCATTCATTTGTGTTGAGGCTGCTTGACCTTTTTGAGTCAGAGGACCCCAGAGAGAGGGATTACCT GAAGAAGATTCTCCACCGAATTTACGGGAAGTTCATGGTGCATCGGCCGTTCATTCGAAAAGCGATCAACAATATCTTTT ACAGTTTCATATTTGAGACACAGAAACACAGTGGGATTGTAGAGTTGCTAGAGATATTAGGCAGCATAATTAATGGATTT GCTTTGCCTTTAAAGGAAGAGCATAAGCTGTTCCTTGCCCGCGCACTGGTCCCCCTTCACAAGCCGAAGTGTGTTCCTTT TTATCACCAGCAACTTGCTTTTTGCATTGCTCAGTTTCTTGAGAAAGATGTCAAGCTGGCTGACACTGTGGTAAGAGGCC TTTTGAAATATTGGCCAATAACTAATAGTGCAAAGCAGGTTATGTTCCTTGGTGAGTTGGAGGAAGTTTTAGAGGCAACT CAAGCAGCGGAATTTCAGCGATGCATGATCCCATTATTTCGTCAAATTAGAAGATGCCTGAACAGCTTACACTTTCAGGT GCTTACAAAGTTCCCCCACATAATTTTTTTTACATGATGTCTACATTCATTTAATTAGCATTTGCCAACATCAGTGACCA GTCATCTCTGCTTCTTTTTACTTTTAGATTCTTTTCATTCTCTGATATTTGGATGTTAGTCAGTTTTAAGAACACTATTT CATTTGCTCTCTCTTTCTAGATGTTTTTGGTTCATGATTATGTTGTGGACAAATTTGTTGGTCTGTTCAACCTTGAATTT ATCCTCTCATTTGTTTAGAAGTTATATGATATCAAGTTCATAACCTGTGAAAGGCTTGTTTGAACTGGGTAAATACTGTT GTTTTCAGATTTTTGATGACGAGTTGTATTGATACGTGAAAACCAAACAGTAGTATGTTCACATTGGCATTTTTATCTTT TTACCTAAACATGTGTGACTATCCTTTTTGTATCTCATGATCACCTCGGAGAGTATCTTATTAATTTATGCCTCTCTATA ATATAAATATAATAGTTCAGATCTCTATGATATCTGATCTTGATTCATGTGAATCATACTTCAATTTTGCTTGAAAGTTG AACTTGTGTTCCCCACAATATATATGGTTGGCTTTTTTACAATATAACTTGTACTTGGGACAATTATAGAATTTGTAGGA TTTTGTGTTGTGTTATGAGTTGCATTGTGATGCAATACTTAAGTACAAGTTTTTATTCTCAAGAATCAGTGCTCAAAGAT TCAAAGAAGCAATGGAAGTGTAACTATGGAAGCAATGATCAATTAGAATTTACCTGGGATTTTGTGAACTAAATTTGATG CTGACTTGGTTCTATTGGCAGGTAGCTGAACGGGCGCTGTTTCTGTGGAACAATGATCATATTCGAAATTTGATCTTACG AAACAGAAAAGTGATTCTGCCTATAATCTTCCCTGCTTTGGAGAGAAATGTAAGTGGCCATTGGAATCAAGCTATTCAGA GGTTGACGCTGAATGTGAGGAAAATATTCTATGATGCTGATCAGACACTATTTGATGAATGCTTGATGAGATTCCAAGAA GATGAAACCAAGGGTAGGGAGGAGCAGGAGAAGCGAGAATCCATATGGAAACATTTGGAAAGTGTTGCGGAAGCTAAAGC TTTAGGCAATGAGGCAGCCCTTGTGAGGTTTGTCTCATCTGTTACAGTGGGTACCAGTGCAAATCAACTAGCAGCTGCTA GTAGCTAAGAGCCATGGAAGATCCAAATTGCAAGTTCTGACCCCATGATGAGGAACTAAGGTGAATGGATTGCGTTGAAG TCTAACATGCTTTACTCCACTAAGAAATTAGATGGTGGTTTTGGCAGAAATTGCAAGATCTTGCTCCATCCTTTGTGGTC TTGAGAGCCATGGGGCATATATATACCATAATGGACTTGTTTATAACTGGCAATACTTGTTTATAATTCCAGGCTTTCTA GCCATTGAGATTATGCAGTGATAGAAAAGCAACCTACCTTTCTGTAATTTGTAACATTTGTAATTTCTGTTACTTTTAAG CCTCTACAGGTAAAGGTCTCAAGACATGTTTATACATACTCTTTTCTCTATCAGTTGCTAGTTGTCCCTTTGTTAGCTGA ACTGTTTGTCATAGTGGATCCATTTTTGTAGAGGGGCCATGACATGTTCAGAATTTGGTGCTTTTCATTGGACCTTTTCT TATTTATTACTTAAAAGTTGGTGTAGCTGAACTCATTGGCAAGTCTTGCCTTGCATAGAGACAAAAACATGGAAAACCAA ACAGCATTCAGGATTTTCTTTTAAATGACAGCAAACGATCATAAGTACTCATCAAATATATTGGTAGAATACATATAGAA CTGGAAACTCTGAAACTCAACTATTACATAGCTTTTTTTGTGTGGTCAAAATCTATTACATAGCTTTAAACAACCAAATA AGATGCACACATTTCATGACCATCATGCATCATCATCAATAGTCGTCACCATATGCTCGGAAACTATAGCGTTCTTGATA TGGACCATTGAACCAGAGGTCGGCCTCAAACCACTTTGGGTACCGGACTAGGTCTCCCGCCACAAATTGCATGAATCGCT TGCTCCCTTCAGGCACAACTCTCACTTCACCTTCTTCTACGTACACCAGTTGGTCTACCTGCCAGTCCCAAGCCAACTTG CATTTTCCAGTCTTCCACGCTGACCATTTTGAAATTCCAAGCTGCGCTAGTCTTTCAGGAGAAACTTTTCTTTCCACCTT CACATTGTACAATTCCTCCAAGGATTTCTCCAACTTCATTGCTTTTATGCAACACCCTCCTCCTCTAGAAGAGTTACCTG ACTTTCTGAAACCCCTTGAACCATTGACAGGAGAATAGGTGAAGGCTGATGCAGTGATCAAGCTTGCCATGCTTGTTCAC AGTTCACACTCAATGTGCTTCACTTGCTAAACAGCAGAAATCTGCAAGAAAATTTTAAGAAATTCAAAGACCTCCAACTT TAATGATGAGCATTGAATAAAAGTTCTAAAAGGAATCAACACATTTGAATTGCCTCCTCAATTCCAATGAGTAATCCCTG TTACTTTTTAACTGCCATATACCCACAAAAAAACTCACTATGACATAACCTTCTGTACATTCTGTAGTGCAAAAGTGCAG TGAAGCTGCTCAGTCTCTCTCCTACCCTATGTAAGTTTGTTTGCTGGATTGTCAACGTATCCAACTTTATTGTAATTTTA AGAAGCCAATAAGGCAATAACACATACTGACATACTACCTATGAAGCACGGACTCGGACACGGACACGGGACACGGACAG GGCGGGAACGCCGACACGGCTAAACTCTAAAAAATAGGATACGGGGACACGGCTTATATATATATATATATATATATATA TATATATATATATATATATTAAAAAAACATGATAATATGTTCACAAAATTAAGAGAACATTGTACTATAATATGTTGATC AATTCAATACAATAACACACACAATTAAGTCAGTAACAATGCTTCTTAATAGAAGCAAAAGAAGCTTGAAAATTGTACTA TTTATCAATATCAGGCTACATTTTACCAAAGATTAGGAGAGTTTGAACTAAAACATCATTCAATCATTAGTCTGACTGTA TGGTAATCAAAAATTTCAGAAAGTCTTACATATTTATGGTAGTGTATATGTACATATAATATAATCGATTAGGAGAAACC TTAGGTTGTGTTTGGATGGGGTGATTTTTGGGGGGAATGTAATTCTAGAGGGTATTTTAAATCCCTTAAATTGAAATACC TTGTTTGGATATTTATTTGTGGAATTCTGAAAATACTGGTAATTAAAAGAGGTAATTTAATTGAGGGATTATCGGGTAAT CAGAATACCCTCAAAATAGGAAGTAATTGGAAAATCCCTCACTGCTCGTGTCTCTCACTCTCGTTCTCGCTCCCAATCTC ACTCTCTCTGCAATTTCGCTCTTTCGATCTCACCCTCGCTCCCGATCTCACCCTCTCGCGATCTCGTTCTCTCGTTCTCG CTCTCCCGATCTCACTCTCTCTGCAAATCCCGATCTCACTCTCTCTGCAATCTCGCTCTCTCGTTCTTGCTCTCCCGATT CATGGAGTGGCTCTTTCTTCCCTCTTGATTCAGGTAAAATCTCTTGATTCTTTCACAAATTTTGCAGTATTGTTGTTGTG GTTGTTGTTGTTTTTTCGAATTTGATTTTGTTTTTGGAGTTGAAAATATCTGTTTTGTTCTTGTCTTGAGTTTTGTTCGT TGATGCTAGTATTGGGTTTGTGATGTTTTTTTTCTCCATTTTGTGCCTGGTTCAGAAGCAGATGAACATAGGTGAGGAAG GCAATAGTTTCTATTTTTTTACCAAAACAATAATTAGAGTTACATAAGAATTGCTCAAACTGAATCTGAAAATTGACTAG GCCTCAATTCTTGTGTAAATCAAAGGTACTTTAATCCTCTGTTGCTCTTGGCCTTGACCCACCTTGATTTCCAACCACCC TTTTGGAATTTCTTTGGTCCTTCCATGGTGATGGTATGCTTTTGTAGGTGTATTTCTAGATTAGGATGGTTTTGGGGAGA AACAAAGGGACAAAAACCCATTATGCAGAGAAGGAGTTTGATGAATAAAGAGTATTTTTATAGCAAGTAGCAATAGCATG ATGTGTGTTATATATAATAAGGTGCATTGCATTCCTCAAGCATTATTCAAGTTGTCATGACAGTGATTTGTGTTTATTGT CACTGTTTTTTGCTAATCCTTGATGATCGGAAAAATATTTCAGGCTACTGCTATAAGTGGATACACTAGCAACTCTGCTT CTGCCAAGAAGTGCAGAAAGAAGAAGGTAAAGTTATTCATTTCATCTTATAGTCAAGCCTGTGATTTTAATATTTGTAGT GAGTTTTATTTCAAAACAACCATGGACATATTAGGATAGAAAGAACTTTTCACTACACTTCAGACGTTCATTGCTGCTGC TATATTGTCTTGCTATAATAACTAGGTAGTATTAAAAGATGAATTAATTTATCAGCAAAAAGAATTTATGGAGTAAAGGA GATTTTATTACATTTTCATTGCTGTGGTTATTCCGGAATAGATTAAGTTTAGTTGGAAAAGGGGTCCATCAACTCTGCTA CTATGTCCAAGTTTAGTTTTATAATCTGCACAGAGATAAGACTTGCAGCTTATAGTCTGAATTTATTTTAGAACATTTCA TCATAAAACCAAACACATATATGTTTATTTCAGGATTTAAAAGTAAAGGCGAAAAATGGACTTGCAGCCCTTACTCCAGG ATTTGCTGGAGCCGACATTGCTAATGTTTGCAATGAAGCTGCTCTGATTGCTGCAAGAGGTGACAAAACACAAGTCACAA TGGACCATTTTGAGGCAGCTATTGATAGGATTATTGGTGGTTTGGAGAAGAAGAACAAGGTATGCCATTTTTAGTTTTTA TATTCATATTTAGAAAGATCTAGCCTATAGGAAATAGGCAGGGTAGGGCTTAGTATTTAAGTTTATAAAAGATCTGTACA CTATAGGCATAGTTGTAGCCTTCATTTTTTCCATATTACTTTCCTTTCATCATCATTGTGAGAAAAATGAAGCTTTAGCA GATAATATTGTTCATTTATTTTAATAAATATTGTTCCACATGATATTTGGTTACGTACTGTTAGGACTGAAGAAGTGAAG AGCCCACAAGAGAGTTTGGCCCAACATGAGAGAGCGGGTCCTAGAGTATGGAAGGTATATTCTAGAAGAGGTAAAGAAAG GAATCTTAGGTAACGGACTAACAGAATAGTGAGAGAGAATGATTGTAATACTTCCCTGAATATAAGGAAGACTAGAGAGA GGTTGAGAGGTATCGAGATATTTTGTGTGATAGAGATATGAGTAGGAAGCATTAGCTTCCTATAGGAGCTTAGCTCTGGG CAGAAATCTGGGAACCATTCCCTTCTGTAATCTTTCCATTTTCATAAATAAGCAATCATCAACAGTTCATTTCCCAGTTA TTACTCTGTTTACTGTGATTGTGAGTTTGGGTATCTAACACGTACCATGGAGAATGATAATGTTCCTGAGTAGACTGTCC ATTATACCCCAAATCTTCTACTCTATCTGTGTATCTAATCTGCAGAAATAGTTGTTCTTTGGCTGTTGTTGCAATTTAAG ACTTCATGATATATGAAGACTATAGGCTGCAATGAATTGAAAGTATTGAACTGAGTTTGGAGCTCTCACTTTGCTTTTTT CAGTTACTGGTTAAAGTTTATCTAATACCCTGTTTCATATCAAGGTAATAAGCAAGCTGGAAAGGCGTACTATCGCTTAC CATGAGTCAGGCCATGCTGTTGCAGGTTGGTTCTTGGAACATTCTGAACCCTTGTTGAAAGTAACTATTGTTCCTCGTGG AACAGCTGCTCTTGGATTTGCGCAGTATGTTCCGAGTGAGAACCTTCTCATGACAAAGGAGCAGCTTTTCAATATGACTT GTATGACCCTTGTTGGTCGGGCTGCAGAGCAGGTTGTATAGCATTTCCTATTTTGTTTACTTACTGTTTTTGTCTTCTGT TTTTTCATTAGCTCTTTGTTGTATGAGTAATGCTGAATTGCTGATCTTTCTAGTTAAAGGGTGTAATATGATTCAGACTT TTATTTTTCACATTGACTAGTGATATCGCTTAATAAGTCATTATATATGGTAGAGCAATCCTCACCTTGACCTTAGCTTT TGGTCTTTGGGGATAAGTTAGGTCTAGCCCGAATTCGAATAGGGTATCAAGTCTATCCTAGATGTGGGCACATGACATGC AGTATTGATTTCCAAATAGACAATAACCTACCATAAACTGTAACAGCAATCAGGATCATAATCACTTATGATTTCTGCAC ATGATGTATTCAATCATAGAAGCTCATTTTGCTGCTATTATCTTTGTTCAGTTCTGTGGATGTATTTCAAAATTCTTCTG GTTATTAGTAATTGTCTAATGTTTGTTTATGTTTGAAGGAGAGATGAGGGGAAAAAGGAAAATGGCGGAAGCTAGTAACG AGGATAAGAAAGATGATAGCAGAGCTTACTTTACTTGGAACTTGGAGATGGACCGTGCACTTGCTGATTTTGAAAGCTCT TCCCATGGAGAGAAAGAAAGATTACATCTTAGCTTTTATGCACTGATTCGTGATTTGCTATAGTTTATGGACTCATTTGT AGTGTTTCCAACTTTTCATTATGCCACTGTTGAGACTTTGTTTTATTTATTTTTCATTTGGATTGATGTTAGCACTTGTT ATAAACACAGTTTGAAATTTAAATAATAGAAAATGTGATATCTCTATGAATGTTTGTTTGGATTGATGTTCGCACTTGTT AAAAACACAGTGTTTCCAACTTTTCATTATGCCACTGTTGTGATCCAACTAATTTCAGATTTTTGAGTCAATTCAGGGGG TTTGGGCCGATTATAAAATTATGGGATGATTTTAAGTTAAGTTTATTTTATTATAATTATTCAAATAATATTAATTAGAT TAAAAAAATAAGATAAAGGAAATTCAATTGATTCAATTGAATTCCCTAGCATTACCCAAACAAAGAATTTTAAAATTGAT GGAATTTCATCACCTTATCCAAACAAGGGAATTTGAAAATCAAGGAAATTCAATTGAATCAATTGAATTCCCTAACATTT AAAATCCCTTGGATTTCTACATTCCTCCATCCAAACACAACCTTAAGAAACTAATTTAGGATAGTATATCTGTATATTTG TAATTAACACTATTGATACCTAATCAGATTGATCTTACAATTCTGAAGTACAATGATGTGCAGTAAAATGAGATTGAATA AATGAATTGCACTTAAGGGGTGCAAACCCTATTACAAACAGGAAAAACAAAGAACCAATAAAAGCAAGGGAAGAAAGCCT TCACAGTACATCAAAGAAGGAAGCAAAAACCAGAATATCAATATCCAATACTCATAAACACAAATAATCTAACCATGCTC ACTCTCCCTATCAAGCAAAATCAGAGTGAAAACAAAATAAAGGTCTTACCTATTTCAAGTAACAGAGAAGGGAAGCAAGA GAGAAGACCAAGAGGTAGGAGGACACGTCACCGCTGGTGGAGAAGGAGGAGCGCCGCCGCTGGCGGAGGAAGGAGATGAA ACACGCAAGAGAAGAGGAGAGGAGAAGAGTCGTGTTTGTGCGTTATGAGCCCACTGAATCATTGTTTTTTATTACCTTTG TTTGATGTTTAATTAGATAAGGTTGTTTATTTTTAATTTATCTTTTTTTTAAGTCAGAAAATAATAAAAAAATGGTACAA AGTGTCCCATATGTGTGTCCAGCCACAAAGGTGTGTCGGCTCAATATACAAGTCGTGTCCACGCCGTGTCCAAGCCGTGT CCGAGCCAAGAAATAATGTTTTTTTATTCAGACACGCCTCAGACGTGTCCGACACGTGTCGGTCACGTGTCGGTGGCGTG TCTGTGTCGTCTGCGTGTCGGACACGCGGACACGCCTCTGTTTTAAA
CDS sequence (LotjaGi1g1v0063000.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGAAAGTAATTGTGTTACACAAAACCAATCAAGCTAAGAAATCAGCTTCTGCAATGGCTTCAGCAGTTTATGAGGCTTT GCCAAGTTTTAGGAATGTTCCCATCTCAGAAAAGCATAATCTTTTTATTAGGAAGTTGAACATGTGTTGTGTTCTGTTTG ATTTCAATGATCCTTCCAAGAATCTCAAGAAGAAGGACATCAAGCGGCAGACTTTACTCGAGCTTATTGATTATGTTTCG TCCGTGAATTCGAAGTTCAATGAGTTAGCATTGCAGGAGATGACTAAGATGGTGGCGGTGAATTTGTTTCGTGCTCTGCC GTCTTCCAATCGTGATGGCGAGTTTGTGGAAATTGGTGAGCCTGAGGAAAAGGAACCTGTTATGGAGCCTGCGTGGCCTC ATCTGCAGTTTGTGTATGAGTTTCTCTTTAGAGTTGTGGCTTCACCAGAGGTAGATGGTAAGCTTGCTAAAAAATACATT GATCATTCATTTGTGTTGAGGCTGCTTGACCTTTTTGAGTCAGAGGACCCCAGAGAGAGGGATTACCTGAAGAAGATTCT CCACCGAATTTACGGGAAGTTCATGGTGCATCGGCCGTTCATTCGAAAAGCGATCAACAATATCTTTTACAGTTTCATAT TTGAGACACAGAAACACAGTGGGATTGTAGAGTTGCTAGAGATATTAGGCAGCATAATTAATGGATTTGCTTTGCCTTTA AAGGAAGAGCATAAGCTGTTCCTTGCCCGCGCACTGGTCCCCCTTCACAAGCCGAAGTGTGTTCCTTTTTATCACCAGCA ACTTGCTTTTTGCATTGCTCAGTTTCTTGAGAAAGATGTCAAGCTGGCTGACACTGTGGTAAGAGGCCTTTTGAAATATT GGCCAATAACTAATAGTGCAAAGCAGGTTATGTTCCTTGGTGAGTTGGAGGAAGTTTTAGAGGCAACTCAAGCAGCGGAA TTTCAGCGATGCATGATCCCATTATTTCGTCAAATTAGAAGATGCCTGAACAGCTTACACTTTCAGGTAGCTGAACGGGC GCTGTTTCTGTGGAACAATGATCATATTCGAAATTTGATCTTACGAAACAGAAAAGTGATTCTGCCTATAATCTTCCCTG CTTTGGAGAGAAATGTAAGTGGCCATTGGAATCAAGCTATTCAGAGGTTGACGCTGAATGTGAGGAAAATATTCTATGAT GCTGATCAGACACTATTTGATGAATGCTTGATGAGATTCCAAGAAGATGAAACCAAGGGTAGGGAGGAGCAGGAGAAGCG AGAATCCATATGGAAACATTTGGAAAGTGTTGCGGAAGCTAAAGCTTTAGGCAATGAGGCAGCCCTTGTGAGGTTTGTCT CATCTGTTACAGTGGGTACCAGTGCAAATCAACTAGCAGCTGCTAGTAGCTAA
Protein sequence (LotjaGi1g1v0063000.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MKVIVLHKTNQAKKSASAMASAVYEALPSFRNVPISEKHNLFIRKLNMCCVLFDFNDPSKNLKKKDIKRQTLLELIDYVS SVNSKFNELALQEMTKMVAVNLFRALPSSNRDGEFVEIGEPEEKEPVMEPAWPHLQFVYEFLFRVVASPEVDGKLAKKYI DHSFVLRLLDLFESEDPRERDYLKKILHRIYGKFMVHRPFIRKAINNIFYSFIFETQKHSGIVELLEILGSIINGFALPL KEEHKLFLARALVPLHKPKCVPFYHQQLAFCIAQFLEKDVKLADTVVRGLLKYWPITNSAKQVMFLGELEEVLEATQAAE FQRCMIPLFRQIRRCLNSLHFQVAERALFLWNNDHIRNLILRNRKVILPIIFPALERNVSGHWNQAIQRLTLNVRKIFYD ADQTLFDECLMRFQEDETKGREEQEKRESIWKHLESVAEAKALGNEAALVRFVSSVTVGTSANQLAAASS
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 |
|---|---|---|---|---|---|---|
| PIRSF | 2 | 468 | 467 | 2.1E-224 | ||
| PANTHER | 20 | 462 | 443 | 2.5E-243 | – | |
| PANTHER | 20 | 462 | 443 | 2.5E-243 | ||
| Pfam | 27 | 438 | 412 | 8.5E-181 | ||
| Gene3D | 34 | 437 | 404 | 6.4E-181 | ||
| SUPERFAMILY | 39 | 420 | 382 | 2.59E-150 |
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 |
|---|---|---|---|---|
| Cellular component | Protein phosphatase type 2A complex | A protein complex that has protein serine/threonine phosphatase activity that is polycation-stimulated (PCS), being directly stimulated by protamine, polylysine, or histone H1; it constitutes a subclass of several enzymes activated by different histones and polylysine, and consists of catalytic, scaffolding, and regulatory subunits. The catalytic and scaffolding subunits form the core enzyme, and the holoenzyme also includes the regulatory subunit. | ||
| Biological process | Signal transduction | The cellular process in which a signal is conveyed to trigger a change in the activity or state of a cell. Signal transduction begins with reception of a signal (e.g. a ligand binding to a receptor or receptor activation by a stimulus such as light), or for signal transduction in the absence of ligand, signal-withdrawal or the activity of a constitutively active receptor. Signal transduction ends with regulation of a downstream cellular process, e.g. regulation of transcription or regulation of a metabolic process. Signal transduction covers signaling from receptors located on the surface of the cell and signaling via molecules located within the cell. For signaling between cells, signal transduction is restricted to events at and within the receiving cell. | ||
| Molecular function | Protein phosphatase regulator activity | Modulates the activity of a protein phosphatase, an enzyme which catalyzes of the removal of a phosphate group from a protein substrate molecule. |
Expression pattern of LotjaGi1g1v0063000.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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