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| Field | Value |
|---|---|
| Gene ID | LotjaGi1g1v0659200 |
| Transcript ID | LotjaGi1g1v0659200.1 |
| Related isoforms 3 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Stomatal closure-related actin-binding protein 1; TAIR: AT2G40820.1 stomatal closure actin-binding-like protein; Swiss-Prot: sp|F4IIZ9|SCAB2_ARATH Stomatal closure-related actin-binding protein 2; TrEMBL-Plants: tr|K7MY36|K7MY36_SOYBN Uncharacterized protein; Found in the gene: LotjaGi1g1v0659200 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:121983777..121994084) extracted from Lotus japonicus Gifu genome v1.2.
AAGGGAAAAAAACCAATTGATTTTCAAGTCGTTGAGTGAGGAGACAAATGAGTCAGGTTTACATACAAGCTTTTTTTCTT TTTCTTTTTCTTTTTTCTTAACCTTTTCAAAAAGCAACTCTAATGGCCACCCTTTAGATTCTTCTTCTTATTCATCTTCT TCTTCTTCAACTTCAATCCTGTCTTGTTCCTTTTTGTACCTGGAACCAGCTTAAGCTGTGGTGGTGGTTCTATCTCTATG TTTTGATTAATCATCACCCCATTGTGCTCTGCTCACTCTCTTTGTTTTTCTGTAAGTTTTTTCATCTCTTTCTCTACTAC ATTTCCCATTTTGATTGCAGTTTGCATGCAAGTATCTCTCTCACTAACTTTACTCTTTAGCTCTCTGATTAGTGTTTTTT TTATTTTTTTATTTTTTATCCCCTACCCTTTTGCTACTTTGGCCTCAAGTAGAAGTGTTGATAGGGAAGTAAGTGTTTGC AATTTTGTCCCCAAATTTCTTTCTTTTTTTGGTTAATAATTGAAGTAGAGTAAAAATTGGATTTTGACATGGACCAAATT TTGGAATGTGGTAGATTTTGGTAATCTTTAGTAATGCATTTGAGAAGTTGATAATCCTCTTGCTTGATCTCAATTTATGA TTTTTTTTAATTTGTGTATTTGGAGCCTGCAACATTGTCTGCAATTTTTTGGATTTTTGTTTGTGTAGATCTATGTAGTA GTTACACGTTTGTTAGGCAGGAGAAGCTATGCCCTCTTAATCTGATTTGTGTCTTTCTTTTGTCTTGTTAGGAACAGCTG TGCTGACTTGAAAATTAGTTTGATAATGTAGTTTGGTAGTGCGAATGCTTGTTGACATGGTGATTGGCCTGATCCCTCTT TTTCATTAAAAATAGGGGGGAAATCACTTTTTGTTTCTGATTGAAATCAAACACAGCATAGGGGTGAGATTGTGTTTATG TTTTTTCATTCAATCTTTCCCTTTTAACTATTACTACTTATGGTAATTGGTTCTGCTATACCTTTTTCTTCTGTTAAGAT GGCAGTTAAATGAAATGGGCAAATGGCTGTTTTAGTCTAAACCCATCTGCGACTATTTTGTTTCCAACTCTGAGATTTTA TTCTTTGGTGATAACACTTGATGATGTTTTCCTCCTTCAAACTCTAGTCTTCTGTAGCAGCACTTCAAGTTTTCATCCTT TTATACAGAACTTTGATGGTCTAATTTACATCATCAGACATGATTGATTGGAAAAGACATTTTGTGGTATGGATCTTTAT ACAGTTTTATCACACACCTAATTGATTGGACATGAATTTGGAATTTCCTCTAACTCTTCCTGTTGACTATTATGCTTGGA CTTGAATTTGGAATGTCCTCTTCCTGTTGACTGTTATGCTTGGCACGGAACAGTGATGCATCTTAAAATGCAGATGCATT TTGTATGCATAGCTCAAAAGGATGGAAATCTAGAGCTTTAACAACTATCCAATCTAGTTCAGCTAAATGACGACATATTT ATTTAGTATTGAATATTGATCTTAGAAGTAACAGCCATCCCTAGACCAACATATTTTCCAAATTTTTAACGATTCTTTCA TGTTCACCTTCATTGCATTACAGGGCCATGTGCCCTCCATCTTACTTTACTAAGATGGGTTTGACAGTAGTTACTCATGA AGAGATAGAGTCTTCTGTAACTTTGTTTACTTTTGACTCATTGATGAATTTTCTTAACTGACGATCTCATACTGTATTGC ATTTTTTACCAGGCCACATCCATTTTCACCATGACAAAGATTAGTCCTGAAATTGAAATCAAGATGCCAATGGAAGCAGT TCCGCCAGTTTCAGCTGATGTGAGCTTTATTTCTGATAGGTTTCCAAAGTATAAACTTGGAGCTGATAGCCAAATTCTGG AAGAGACTGTAGAAGATAACCAGGGTCCTTCATTGAAGGATGTTATTGAACAAGAAGCTACCAATTTGTCAGACCAGCAC AAGCGCATCTCAGTTCGTGACCTTGCCTGTAAATTTGATAAGAACTTGGCTGCAGCTGCTAAGTTGTCTAATGAGGTTCC TATCATTTATATTTTCTTATGTTCACTATATTGGTTTTTTTCCTTTCCTTAATAGAGAAAGCCAATTTCGATTCAACAGC CCAAGTTCTATTCACATTGATCTCTTTGCAGTTGAAATAAAGTTTGTTAATGACTTTGATTTGCAGTTCCTTAGCTTCTT TTTTTGCACATTTAGGACATTAGTTCTTCTCAACTTCTGGTGATATATTGCTTTTTCATGGTATTCAGGCAAAGATAAGA GAGGTGGCATCTTTGGAGGGACATGTTCTTTTGAAGAAGCTAAGAGATGCTTTAGAATATTTAAGAGTCCGTTTTGCAGG AAGAAATAAAGAGGATGTGGAGAAAGCTATCTCTATGGTTTGTTATTTAAAATTACTCCATTGTTGAGTGCCTGACTTCA TTCAAAGTTTAAAATGGCATTTTATTTTCAGATATTTGAGCTTTTGGGCCAACAGCCACTTTTATGGAGCATACCTACTA TTTTTTTTCTTTCTTTTTTCATATATTTCTTGGAGACTGCATAAGGAAATTCTTTGTTTCTTCTTCTTCAATTCATGTTG CATCAACTAAACAATGTATTTCTCACAGGTTGAAGCTTTAGCAGTAAAGTTGACTCAAAATGAAGGAGAATTGATTCAAG AGAAATTTGAAGTGAAGAAGCTTTTGAACTTTCTCAAACAGGTCTTCTTTGACATCTTTACTTTTTGTAAATGGTTATAT AATCTCCATCAAAACTTTCTGCTAACTATTATGATTTACTGGAACAGTTTCTAAATTTTCAATACTAATGCTTTGTTCAA ATTCTAATATTTTATTTGAATATTTTTTTATGATTATAAAACAATGATTAGACAGTTCATACTATTCAAATTGTATTGTG TAACTTGGTGAAGGCATCAAAATCTCATAGGAAGTTTTTCCCATTCACTGTCACCTTCAATAAAATCATCACTCGTTCCT TTTAGAACAGGTTTTTGCCTTCACATTTTATCTATTGAAATTGGTCATTCTGAAAACTATTTTCTCTAATTTTTATGCTC TTTTATAATATATTACAACAACAATGATATATTCACTAGAAGTACTAGTATTTTGTTCAGATGCTGCTTCCCATCATAAT TTTATTCCTTCTCCAGGGCTTTCTGAATTAGTGTGGAATTTCTAGTTCTTCCATTTGTTTTCTAAAATAATCAAATCTGA ATCCATCTTTGTTCTATAGGCTTCTGAAGATGCTAAAAAGTTGGTTAATCAAGAGAAGTCTTTTGCTTGTGCTGAAATTG AGAGTGCTAGGTCAGTTGTGCTGAGAATTGGGGAGGCACTCGAGGAACAAGAACAAGATTCCCAAGCTTCTAAACCGCAG GTTCTAATTTGCAGTTTGATTACACAGTTATTTGTGTGGGTGTGTATAACTTTGCATTTTACAGTTTCATAACTAAATGC TATACATTTAAACAATCTTTCATGTGTATGAGGGAATCATATGTATGAGTTACAAGAAAAATTGCTAAACATAATTTTGG GACAGATAATAGGGCTTCATTCTCTGTCTGGGGCGGCACTGCTACAAGATTACATATGTTGGAAATTCATATGAATTTAA TGTCATCATTAATTAGGAAAATTCAAAGTATAATATATGTGGAATACCTAATGCATATACCTTTTTGGTTGTTCCTCGCT GTCAGGATGTGGATGGACTAGTAGAAGAGGTTCAAGAGGCTAGAAGAATCAAACTGTTGCATCAGCCAAGCAAGGTGCAT TGCATTTTGCTTCCTCAATACTGTAGTCGGCTTGTAGCTAATAATTTTAGCATAACTTCACTGCACTCCATTTTATGATG ATGATGATGATTTCCAGATTTTTAGTAAAAGAATTAACACTTCTATTCTTCCAAAATATCTGTGTTGTATCTGTATCTGA ATCTGAATTGGGTAGTTACTCCCTTACTAAAAAGTTAACCATTGCTAGGGTACCACTTTTTCTGCTGAACTGTGCTAAAT GGGTTATTTTGATTTCGAAACATTTGACTTGCAAGCAACACATGTTTTGAAATGCATATGAATGTTATTAAATGCTGACA TTTGGTTTGTATTGTGCAAAATGGGCTTAACATATCTACAAATATATTTCATTTTATATCAATTTTTATGTGTGTAAATA TATTAGTATTCATAGCTAATACATTCTTCTATACCTGTATTTCTAAACCTATGAAAGTTTTCATATCTATACATCATAAT TTAAACAATTTTGTTCTTCGATTCTAATTTCCCATATATCACAATTTGAATTTTGTTCATAATGGTGAAATAATTGGCTT TTATGATTTACAATGATTTCAGGTTAGGGCAATGGAGTATGAACTTCGTGCTCTAAGGGATCAAATTCGAGAAAAATCTA TATTTTCAATTAAGCTTCAGAAAGAGGTTTGTTGATATATTATCAATTTGACTAGATTTGACTGTGCAGTTTTATATTTA ACTTTCGTCATAGGATACAATATTAGTTTATTTTTCTACCTCTCTTCCTACTGCACAAAGGTAAATCTAAAACATGCCAA TGAGGGTTGTCCCAACTGGTAAATTGAACTCTAAAAAAAAAACTAACAAGTTTTGTGTTTTATTCTTGATGATCTGTCCT TGACAGACACAGATCATCTATAAGTAGTGCTGTAAGCTCTTACCAAGACTGGTGGCATGCCCCTAACCATGGAATGACCC TCTCCCTAAAATTTTCTTGTACTGACAAATTAATAGATTTTTACATAACTCTTAAGTTGACACTAGAAGAACAATTAAAA ATCATTTTGTTTATAAGTAACTTTTAAAACAGTCAACTTAAAATATAAATTAAAAAGTTTAAACCTGAAATTATTAGTTC TGCTCACCACATTTCATCTGCGAATATTGCTCTTTCCTCAGTTCATCCTTGGGCACAAAAGATGTTTATACGAATAAATG TTGTTAAGATGAGTAGTGGGAGAAGCTAATGTTGACTGTACAATGATATATGGATGATCAAGATTAATTCCTGTCATTGT ACATTTATGTGCTTTGTACACATGCACACCAACGCAAATTGCACACATTTGCACATGCATGCACTTATGCACGGGCACAG ACACACACAACATAGGTGTACAGTGTCCGGTATCCTTTATTAAAGACATTTCCCGTGTTGGTGTATCCATGTCCTTGTCG TGTTTGGTGTCAGTGCTTAGATTATAGCTAACATGTTTCACAAAACCTGGTTTGGTTTTTGAACATGACTCTGAGTCTCA AATGATAGTTTGAGTAGAGGTGAAAAAGTTGCTTATCGATTAGGTCAAACCATGATGTGTGAACTTTAACTAAAAAATGT TATAAAGATTAACTTTTAAGTGCCAGTATGCTATGCACAACCGTCTTTTTCTTGCAATAACTTTGTCTCCCCCATGCCAG CTAACAATGAGCAAGAGGGATGAGGAGAATAAATCTCATCCGTATATGTTACATGGTTCTGAAGCTTTGGGTTCATATCT GAAAGTCCAGCCTCGCTCGGGTGAAGTGCCACAGGTTTCAAAATGTTCATTTCAGTGGTACCGCTTGTCATCTGAAGGAA GCTGGAGGGAAGTTATTTCAGGTACCTCTATATTCAAGCATGTTACAATTCAAGATTAAGTCAAATAGTCAGGATTTGGT TTAGGTAACTTTCATTCTTCCACTATCTATTTAAATCAACACACAATGTATTACAGAATAATGCATTGTCGCCCAAATTG CACTCGTATGAGTGTGTTAGAATATGAAGTCATTCCTGGGCCTCCACACATTAGTTTAACTTTTTGGGTTCATTTGGTTT TTGACATGGTGCCAAACCCTATTTGGCCAAATAGTTAGAAATTCAATCCTTGATAAGTCCTTTGTTTGATGTCCGTGCTT CAAAGTCCATATGGATGAAATGGTTAAATTTTAGAAATGAAACTATTCTTGAACCTCGACCTAAAAATTTAAATTTTTAA GGGAGTTGGATTATTTGTTTAATTAGATGTGATGCAGGGTCTCAAAATATTGGTTAATATGGGTTAACAAGTTCATATGG ACTATCAGGTTTTTTATTCAACAGCTTTACGGTTAGGTAGTGCTGAAATGCTGAAATGCTGTTATCAGATGTGGTTATTT CTGGAAAAAAAATTTGACATGGGAATAAGGCTAAAATCTGAAACCTGAATTCACATCACACTGAAGCTTACTTGATTCTT AATTGTGTCCTTCTAAAATCAACCTGGAAAAGATGTGCACCTCATCTTTCTTGATCCATACAATTAGCAAGGGTTTAGTT ATCTGAGTAAAGTTGGCATCTTAAAATATGAATTACTGGCATGCAATGTAAAAACTCATTAATGAATCCTACTCCCAACC AAAACTTCAGAGAAGGTAAGTGCATAAATAAGCTACACATAAATAAAAAGAGGAGGGCTCCATTTACTCCAAGAGTAACT TTAAAAAGCTACTCCACATCCTCACCCATGAGTATATTAAAAATTTAATGGCTGAGATTAATTACTAATCTCCAATCACG TGACCTTCTTTTCTTCTTGCCAAGAACTTTTTCAAGCTTCTGGTACATCATCTCTCTCTTTGATTCGCCTATTCATTGAG ATGGGTTACTTCTAAAAACTAGAAATAGACCACATCTTTTTCTCCACTCTATTCTCATTGCCTTGAACCAGAGCTTCTTT CTTTTTCAATAGCCTCAATTTAATAGCAGCGACACCAATATTGAGGTCATACCCTTGATGACTGCGAGGAAACTCAAAAG TTGTGTTAGACCTGATATTGAATTGCTTTATTATCAATTTTTGCACTTTGGGAACTATTTGTAAAACTTAATTTTATTAT GCTTCCAATGGAAGCCTTTCATTGTAGCCACAATTTTAAGTTCATGTAAGTGTCAAATTGCTAGTTACAAAACCCTAATT AAATAATTGATACTTAAAGAGGGTAAAACAAGATAATTGATACCTACGCAGGTTCTCAATGGTGTTGACACTTGACGCTG CTATGGGATTGGTGGCGGTGACAAAGAAAGGATTGGTGGTGATGATAAAAGAAAGTAATTGTGGATCAAGTTATGAGAAT GGAGAGGGAGAGACAGAGGTAGAGAGTTGAGGTGCTGGAAGCTTAGAAAAAAGATCACGTGAGAAGTGATTAACAATTAA TCTGAACCAATAAATTTTAATACAATCAAGGGTGAGGATGTGGAGTAGCTTTTTAAAGTTACTCTTGGAGTAAATGGAGC CCTCCTCAAATAAAAATTATAAAATTTAAATATACCTGGTAGTACTATCCAGAGCTTCATAGCAGGACAAACTTATATGA TCATGAGGCTTTGTTTCATCATAGTTTGTTACAGTAACCTATAATTTTTTTTTTGTACTTTTTTTTCTTTTATAGGCACT TGCTAAATTTTGTCCTCTACCTGCCACATTTGGCTCCTATTAATTCATTGACTCAAAAAAAATGTAATGAACCTTCAGTA ACGATTTCACTAATGTGTGGCTCCAATCTGGAATACTGAAATTATATTTATACCTGTACCATTCATAATGAATATTGCCT TCTTTATATTATTTAAATTTGTTTATCCTGCTCTTTGCTTGGCCGGGCTTCAATAGCTAACTAATTGTCTTGATCACTAT CATTATTGTTATATTGTTTGAAGTTGGTTTGTCTTTATTTATCAGGTGCCGACAAATCAATATATGCTCCTGACCCCTTT GACGTTGGGAGAATCTTACAAGTGGACATTGTCTCTAATGGCAAAAAACTCACACTAACTACTAATCCCATTCAAACTGG TTAGCTTTTGTTATGGTCCATTATTTCTGATTTTGGCTTGGATAATTGGATTTACCTATTGATGCATCCAGTTGTTTAAA AAGAAAGGCTAACAGCTACCTATCTTGTGTGTATCAGCTTCAGGACTTGGAAGCCATGTGGAGGCACTTCTACGAAAATC TAATACTGATTTTCATGTATGTTATCTACACTCCATTTAGATTCAGTTATATTTGAGCCGGCTTATGTGATTAAAGTTCA AAATGTTAATTTTAAATAATGGGTGCTTACTGAAGAGAAAGTTTTGCTTGAGGTAATGTAATGGACATTTGGCACAATAA TTCTTACAAAGTTTGCACATGGTGTTATGTAGGTGGTTATCTCTCAGATGAATGGAAAAGATCACTCATCACGTTCTACT CATTCATTTAATGTGGGGAGAATGAGGATAAAGCTATGTAGAGGTTGGATTACAAAAGCTAGAGAGATTTACTCCCCATC AATGCAGGTAACATTTTGACAATTGACCTTCATTCTTGTGTCCTAAACATGTTAAACATCAAGGATAAAAGGCTCTCTGC CCTAAACACGCTAGTGTGTTTGGATCAACTTATCTTTTCTCAGAATCAATTTTGAAACCCAAAAGATACTCATAGAAGCT TCTCCCCAGAATTGACTATTGCTTTAGAATCTATTGTAGAAGGATTTCCAAACATGCACTAACACACTGGTACTAACAGT TTTGTTGTCAAGTTCTTACTCCTTTAGATTCTATATTCTACAAAGAATAACAACTTTTAATTAAAGTGCACCCTTGAGTA CTTTACTTTTTTTTTTCTATCTTTAAAGTTCTCTATTTGACTATGTCCATTACACTAACATTTTTATTTAACTAAAGCTA TGTGGAGTTAGAGGGGATGCCAGCAATGCAGCGAAGGCACTGTTTTGGCAAGCTCGAAAGGGCCTATCATTTGTGTTAAC CTTTGAATCAGAGAAAGAAAGAAATGTAGCCATCATGATTGCCAGAAAATATGCTCTTGATTGCAATGTATGCATCTCTC TCTTCCCTAATTATATATATACTGATTTATATACTGGCTTTCTTGTCTAATTTATCGGATCAAGATCCTCTCATGTGAAA ACTTTACGTTTTTTTTATCAGCATGAAAACTTTACATGATACTCTCATGTTAAAATTGTGTTTATCTCTCTTTATAAGTA TTAAATAGGTGGGATCCTGTGAATAATTATGAAGAGGGATAAAAATAATATTTCACTTGACATTGTCATGTAACATGAGA TGATCCTAATCCCTTGTTTACCACTTTGCTAAGGTGCTTAGCATGCTTTTTCTTGGTTAAATGGATCCTTGGCATCCTTA CTCTTTCATTTTGAAATTTCATGCAATTTTTACATGTAGTTTTTTTTTAAAAAAAAACTTTTTGACAGGTGGTGCTTGCT GGACCAGATGATCTAGTGTAGGAGTGAAATTAACTGACTAAGTTTCCCAACAAAAGTGAGTTTTATCATATTCTTGTTGT GAGTGAGTGTATACGTGTGTGCTTGTTTTGTTTAAAGAAAGATGTGATTTTCATCTTTGTAATTGGGTTTCTACTAATTG GGTTGCATTGCTTTAGGCATGTTTTTTTTATTTGCCTAATCATGTTGTAACAAACTCAGTTTTTATAATTATTAGTTCAT TTGTTCATTGTGGCTAATTTGCATATGCAAATGCTAGTTATGTTGTAATATGAACCCCACCTTAAACTTAGTGTGATGAC TGATGACCAAATTTCTCAGTGATTGTGCTCTCATAAATTGGGAAGCATGACCGATTAAGGATAGGCAAGTGAAGTGAATA TTGCTTACATAATAAACTAGAAAGCAAAAATCTTTGGTTTTATTCTTTTCTTATTGCTAAAATCCATTGAGTTTATGAAT TTCATTGTTGTTAAAACACTCCATCTTTAAAAAAAATAAAACACACCATTTCTTTTCTTTTTTTTTTTGCACTTAAAGGA AGACGCATATTCATATACGGAAGAGATCAATTTACACCAGTTTGTACTTTAGTAATATTCACCGTTAATATAACTATAGA AATTATATTTTTATTATCAATCCAACTAGGGATGGCAACGGGTAGGATCGGGCACGGGTTTTACAATTACCAAACCCAAA TCCCAGAACCCAAACCCAAACCCAACCACAAACCTTATGGGCGATAAAATGGAATCCATGCCCAAATCCATTGGGTTTCG GATTTACCCGAAACCCAAACCCAAACTCATTAGTTACGTAGCAACTCAATCCAGAACTTACTTTCATATATAAAAAAAAA AGTGAAATTCATAGAAAGAAAAAAAAAACAAATACTATTCATCATCCTCATCCATCACTAAAGTGAGA
CDS sequence (LotjaGi1g1v0659200.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGACAAAGATTAGTCCTGAAATTGAAATCAAGATGCCAATGGAAGCAGTTCCGCCAGTTTCAGCTGATGTGAGCTTTAT TTCTGATAGGTTTCCAAAGTATAAACTTGGAGCTGATAGCCAAATTCTGGAAGAGACTGTAGAAGATAACCAGGGTCCTT CATTGAAGGATGTTATTGAACAAGAAGCTACCAATTTGTCAGACCAGCACAAGCGCATCTCAGTTCGTGACCTTGCCTGT AAATTTGATAAGAACTTGGCTGCAGCTGCTAAGTTGTCTAATGAGGCAAAGATAAGAGAGGTGGCATCTTTGGAGGGACA TGTTCTTTTGAAGAAGCTAAGAGATGCTTTAGAATATTTAAGAGTCCGTTTTGCAGGAAGAAATAAAGAGGATGTGGAGA AAGCTATCTCTATGGTTGAAGCTTTAGCAGTAAAGTTGACTCAAAATGAAGGAGAATTGATTCAAGAGAAATTTGAAGTG AAGAAGCTTTTGAACTTTCTCAAACAGGCTTCTGAAGATGCTAAAAAGTTGGTTAATCAAGAGAAGTCTTTTGCTTGTGC TGAAATTGAGAGTGCTAGGTCAGTTGTGCTGAGAATTGGGGAGGCACTCGAGGAACAAGAACAAGATTCCCAAGCTTCTA AACCGCAGGATGTGGATGGACTAGTAGAAGAGGTTCAAGAGGCTAGAAGAATCAAACTGTTGCATCAGCCAAGCAAGGTT AGGGCAATGGAGTATGAACTTCGTGCTCTAAGGGATCAAATTCGAGAAAAATCTATATTTTCAATTAAGCTTCAGAAAGA GCTAACAATGAGCAAGAGGGATGAGGAGAATAAATCTCATCCGTATATGTTACATGGTTCTGAAGCTTTGGGTTCATATC TGAAAGTCCAGCCTCGCTCGGGTGAAGTGCCACAGGTTTCAAAATGTTCATTTCAGTGGTACCGCTTGTCATCTGAAGGA AGCTGGAGGGAAGTTATTTCAGGTGCCGACAAATCAATATATGCTCCTGACCCCTTTGACGTTGGGAGAATCTTACAAGT GGACATTGTCTCTAATGGCAAAAAACTCACACTAACTACTAATCCCATTCAAACTGCTTCAGGACTTGGAAGCCATGTGG AGGCACTTCTACGAAAATCTAATACTGATTTTCATGTGGTTATCTCTCAGATGAATGGAAAAGATCACTCATCACGTTCT ACTCATTCATTTAATGTGGGGAGAATGAGGATAAAGCTATGTAGAGGTTGGATTACAAAAGCTAGAGAGATTTACTCCCC ATCAATGCAGCTATGTGGAGTTAGAGGGGATGCCAGCAATGCAGCGAAGGCACTGTTTTGGCAAGCTCGAAAGGGCCTAT CATTTGTGTTAACCTTTGAATCAGAGAAAGAAAGAAATGTAGCCATCATGATTGCCAGAAAATATGCTCTTGATTGCAAT GTGGTGCTTGCTGGACCAGATGATCTAGTGTAG
Protein sequence (LotjaGi1g1v0659200.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MTKISPEIEIKMPMEAVPPVSADVSFISDRFPKYKLGADSQILEETVEDNQGPSLKDVIEQEATNLSDQHKRISVRDLAC KFDKNLAAAAKLSNEAKIREVASLEGHVLLKKLRDALEYLRVRFAGRNKEDVEKAISMVEALAVKLTQNEGELIQEKFEV KKLLNFLKQASEDAKKLVNQEKSFACAEIESARSVVLRIGEALEEQEQDSQASKPQDVDGLVEEVQEARRIKLLHQPSKV RAMEYELRALRDQIREKSIFSIKLQKELTMSKRDEENKSHPYMLHGSEALGSYLKVQPRSGEVPQVSKCSFQWYRLSSEG SWREVISGADKSIYAPDPFDVGRILQVDIVSNGKKLTLTTNPIQTASGLGSHVEALLRKSNTDFHVVISQMNGKDHSSRS THSFNVGRMRIKLCRGWITKAREIYSPSMQLCGVRGDASNAAKALFWQARKGLSFVLTFESEKERNVAIMIARKYALDCN VVLAGPDDLV
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 | 489 | 489 | 1.9E-276 | – | |
| PANTHER | 1 | 489 | 489 | 1.9E-276 | ||
| Pfam | 55 | 97 | 43 | 6.8E-25 | ||
| Gene3D | 101 | 152 | 52 | 9.9E-28 | – | |
| Pfam | 101 | 268 | 168 | 1.3E-75 | ||
| Coils | 160 | 180 | 21 | - | – | |
| Gene3D | 269 | 364 | 96 | 7.7E-34 | – | |
| Pfam | 282 | 378 | 97 | 4.3E-42 | – | |
| Gene3D | 366 | 490 | 125 | 4.2E-62 | – | |
| Pfam | 381 | 488 | 108 | 1.1E-57 |
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 | Actin binding | Interacting selectively and non-covalently with monomeric or multimeric forms of actin, including actin filaments. | ||
| Biological process | Actin filament organization | A process that is carried out at the cellular level which results in the assembly, arrangement of constituent parts, or disassembly of cytoskeletal structures comprising actin filaments. Includes processes that control the spatial distribution of actin filaments, such as organizing filaments into meshworks, bundles, or other structures, as by cross-linking. | ||
| Biological process | Regulation of stomatal movement | Any process that modulates the frequency, rate or extent of stomatal movement. |
Expression pattern of LotjaGi1g1v0659200.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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