AT5G12080

Gene Details

Gene ID: AT5G12080
Gene Symbol: ATMSL10, MscS-LIKE 10, MSL10
Gene Name: mechanosensitive channel of small conductance-like 10
Description: mechanosensitive channel of small conductance-like 10;(source:Araport11)
TAIR Accession: locus:2143069
Genome: Araport11_genome_release
Species: Arabidopsis thaliana

Functional Descriptions

PO:0009005 — root — raíz (Spanish, exact), radices (exact, plural), radix (exact), 根 (Japanese, exact), aerial root (narrow), climbing root (narrow)
PO:0000025 — root tip — punta de la raíz (Spanish, exact), 根端 (Japanese, exact)
PO:0000036 — leaf vascular system — sistema vascular de la hoja (Spanish, exact), 葉維管系 (Japanese, exact), leaf venation (related)
PO:0003011 — root vascular system — sistema vascular de la raíz (Spanish, exact), 根維管系 (Japanese, exact), root vein (related)

GO:0005886 — located in — plasma membrane
GO:0097468 — acts upstream of or within — programmed cell death in response to reactive oxygen species
GO:0005886 — is active in — plasma membrane
GO:0010150 — acts upstream of or within — leaf senescence
GO:0005634 — located in — nucleus
GO:0006820 — acts upstream of or within — monoatomic anion transport
GO:0008381 — enables — mechanosensitive monoatomic ion channel activity
GO:0006820 — involved in — monoatomic anion transport
GO:0050982 — acts upstream of or within — detection of mechanical stimulus
GO:0050982 — involved in — detection of mechanical stimulus

CS69760 — No visible phenotype
CS72414 — Accumulation of anthocyanin in young and developing leaves. Adult plants exhibit several morphological abnormalities including stunted growth, shorter petioles and loss of apical dominance resulting in a bushy phenotype. Plants also display spontaneous cell death and hyperaccumulation of jasmonic acid (JA) in response to wounding.
CS73273 — dwarfed; leaves exhibit visible lesions of dead cells
CS73274 — dwarfed; leaves exhibit visible lesions of dead cells
CS73277 — dwarfed; leaves exhibit visible lesions of dead cells
CS73278 — dwarfed; leaves exhibit visible lesions of dead cells
CS73289 — dwarfed
CS73290 — dwarfed
CS73291 — moderate height and reduced ectopic cell death compared to parental msl10-3G mutant plants (suppression of msl10-3G phenotypes)
CS73292 — moderate height and reduced ectopic cell death compared to parental msl10-3G mutant plants (suppression of msl10-3G phenotypes)
CS73296 — dwarfed
CS73298 — moderate height
CS73300 — moderate height
CS73303 — dwarfed
CS73306 — dwarfed
CS73309 — dwarfed
CS73312 — dwarfed
CS73317 — dwarfed
CS73319 — dwarfed
CS73321 — dwarfed
CS73327 — dwarfed
CS73328 — dwarfed
CS73329 — dwarfed
CS73330 — dwarfed
CS73331 — dwarfed
CS73332 — dwarfed
CS73333 — moderate height (taller than untransformed msl10-3G plants); amount of ectopic cell death suppressed compared to the msl10-3G mutant
CS73334 — moderate height (taller than untransformed msl10-3G plants); amount of ectopic cell death suppressed compared to the msl10-3G mutant
CS73335 — moderate height (taller than untransformed msl10-3G plants); amount of ectopic cell death suppressed compared to the msl10-3G mutant
CS73336 — moderate height (taller than untransformed msl10-3G plants); amount of ectopic cell death suppressed compared to the msl10-3G mutant
CS73337 — moderate height (taller than untransformed msl10-3G plants); amount of ectopic cell death suppressed compared to the msl10-3G mutant
CS73338 — moderate height (taller than untransformed msl10-3G plants); amount of ectopic cell death suppressed compared to the msl10-3G mutant
SALK_076254 — Shifts single-channel amplitude peak from 10pa (WT) to 7.3pa
msl4-1; msl5-2; msl6-1; msl9-1; msl10-1 — Abolished stretch-activate mechanosensitive channel activity
msl9-1; msl10-1 — Reduced stretch-activated mechanosensitive channel activity.

Functional Keywords

Literature and News

Gene Resources

Sequences

cDNA Sequence

>AT5G12080.3
CAATTACATTTCCCAATTAATTTTTGTGGCTTATAAAGTCTTGACATCTCTTTGCTCTTTGGACCCGCCTTAATGTTTTTTTGTTCATGTCTTCTTCTTCTTCTTCAAGAATGAGCTAATACTCACAGAAGAAGAAGATTTTTCTTTGGATTTTTCACTACTGAGGCATTGTTGTGAAATTGGATGGTAGTAGCATTGGAATGGCAGAACAAAAGAGTAGTAACGGAGGAGGAGGAGGAGGAGATGTTGTTATCAATGTTCCAGTTGAGGAAGCATCAAGGCGTTCCAAGGAAATGGCTTCACCAGAGTCTGAGAAAGGAGTTCCCTTTAGTAAAAGCCCTTCTCCTGAAATCTCTAAGCTTGTTGGTAGTCCTAACAAGCCTCCTAGAGCTCCAAATCAGAACAATGTGGGTCTAACTCAGAGGAAATCTTTTGCAAGGTCGGTTTACTCAAAACCCAAGTCCCGGTTTGTTGATCCATCTTGTCCTGTAGACACAAGTATTCTAGAGGAGGAAGTTAGGGAGCAACTTGGTGCTGGTTTTTCTTTTAGTAGAGCTTCTCCGAATAACAAATCTAATAGGAGTGTCGGGTCACCAGCACCGGTTACTCCAAGTAAAGTCGTTGTTGAGAAAGATGAGGATGAGGAAATCTACAAGAAGGTTAAGCTGAACAGAGAGATGCGCAGTAAGATAAGTACATTGGCTTTGATAGAGTCAGCTTTCTTTGTGGTGATTTTGAGCGCTTTGGTTGCGAGTTTAACCATTAATGTCCTGAAACATCACACCTTCTGGGGGCTAGAAGTCTGGAAATGGTGTGTGCTTGTGATGGTTATATTCAGTGGAATGTTGGTGACAAACTGGTTCATGCGTTTGATTGTGTTCCTCATAGAAACAAACTTTCTTTTGAGGAGAAAAGTGCTCTACTTTGTGCACGGCTTGAAGAAGAGCGTCCAAGTTTTCATTTGGCTCTGCTTGATTCTTGTTGCTTGGATATTGTTGTTCAACCACGACGTGAAACGGTCCCCCGCAGCCACCAAAGTCCTCAAATGTATTACCAGGACTCTTATTTCCATTCTTACAGGGGCATTCTTTTGGCTGGTGAAAACACTCTTGTTGAAAATCCTTGCAGCGAATTTCAACGTCAATAACTTTTTCGATAGGATTCAAGATTCTGTTTTCCACCAGTATGTTCTACAAACGCTCTCGGGTCTTCCACTTATGGAAGAGGCAGAGAGGGTCGGGCGTGAGCCAAGCACAGGCCATTTGAGTTTCGCGACTGTAGTGAAAAAAGGAACGGTTAAAGAGAAGAAAGTGATTGATATGGGGAAAGTTCATAAGATGAAGCGGGAGAAAGTTTCGGCTTGGACTATGCGAGTTTTGATGGAAGCGGTTAGAACTTCAGGTCTCTCTACTATCTCTGACACATTGGACGAAACAGCATACGGCGAGGGGAAAGAGCAAGCTGACAGAGAAATTACTAGTGAGATGGAGGCTTTGGCTGCTGCTTACCATGTCTTCAGAAATGTTGCTCAGCCCTTCTTCAATTACATAGAGGAAGAGGACTTGCTTAGGTTTATGATTAAGGAAGAGGTTGATCTTGTGTTCCCATTGTTTGATGGTGCCGCTGAGACCGGGAGAATTACAAGAAAAGCTTTCACAGAATGGGTGGTTAAGGTGTACACGAGCCGGAGAGCTTTAGCGCATTCCTTAAACGACACAAAAACAGCGGTTAAGCAGTTAAACAAACTTGTGACAGCAATCTTGATGGTGGTTACCGTTGTCATTTGGCTGCTCCTTCTAGAAGTAGCAACGACTAAGGTTTTGCTGTTCTTCTCCACCCAACTCGTGGCTCTGGCTTTTATAATCGGAAGCACATGCAAAAACCTCTTTGAATCCATTGTGTTCGTATTCGTCATGCATCCTTATGATGTCGGTGATCGATGTGTTGTTGACGGTGTCGCGATGCTGGTGGAAGAAATGAATCTCTTAACGACAGTGTTCTTGAAGCTTAACAACGAGAAAGTGTATTATCCGAACGCTGTTTTGGCCACGAAACCGATAAGCAATTACTTCAGAAGTCCGAATATGGGAGAAACAGTGGAATTCTCTATCTCTTTCTCGACACCAGTCTCTAAGATAGCACATCTCAAAGAAAGAATCGCCGAGTACTTGGAGCAGAACCCGCAACATTGGGCACCGGTTCACTCGGTGGTGGTGAAGGAGATAGAGAACATGAACAAGCTGAAGATGGCCCTATACAGTGACCACACCATCACGTTTCAGGAAAACAGAGAGAGGAATCTTAGAAGAACCGAACTTTCTTTGGCCATTAAGAGAATGTTGGAGGACCTTCACATCGACTACACTCTCCTTCCTCAAGACATTAATCTCACAAAGAAGAACTGATGAGAACCAATTTAAAACCGGTTTGGTGTTTTTTCTAAACCGTTGTTATAAGACATTATTATTACCAAACGTTGTGATACTGTTTTGTTTAAGGCTTTTAGAGTAGATGATGAAATCAATTTTCTAAACCGACTCAACTTTTATGGATTTTACAAAATTAGGCATTTTATGGATAAAAATCTTAGTCTTTGAAAATCTGAATAAAATGCAAGATCTGTCAAAAATGATTTGTCATGTATTGATTGTACAAAAGTTTTGTTACAAAATAAGAAGAAAAGTCTTATGTGAG
>AT5G12080.2
CAATTACATTTCCCAATTAATTTTTGTGGCTTATAAAGTCTTGACATCTCTTTGCTCTTTGGACCCGCCTTAATGTTTTTTTGTTCATGTCTTCTTCTTCTTCTTCAAGAATGAGCTAATACTCACAGAAGAAGAAGATTTTTCTTTGGATTTTTCACTACTGAGGCATTGTTGTGAAATTGGATGGTAGTAGCATTGGAATGGCAGAACAAAAGAGTAGTAACGGAGGAGGAGGAGGAGGAGATGTTGTTATCAATGTTCCAGTTGAGGAAGCATCAAGGCGTTCCAAGGAAATGGCTTCACCAGAGTCTGAGAAAGGAGTTCCCTTTAGTAAAAGCCCTTCTCCTGAAATCTCTAAGCTTGTTGGTAGTCCTAACAAGCCTCCTAGAGCTCCAAATCAGAACAATGTGGGTCTAACTCAGAGGAAATCTTTTGCAAGGTCGGTTTACTCAAAACCCAAGTCCCGGTTTGTTGATCCATCTTGTCCTGTAGACACAAGTATTCTAGAGGAGGAAGTTAGGGAGCAACTTGGTGCTGGTTTTTCTTTTAGTAGAGCTTCTCCGAATAACAAATCTAATAGGAGTGTCGGGTCACCAGCACCGGTTACTCCAAGTAAAGTCGTTGTTGAGAAAGATGAGGATGAGGAAATCTACAAGAAGGTTAAGCTGAACAGAGAGATGCGCAGTAAGATAAGTACATTGGCTTTGATAGAGTCAGCTTTCTTTGTGGTGATTTTGAGCGCTTTGGTTGCGAGTTTAACCATTAATGTCCTGAAACATCACACCTTCTGGGGGCTAGAAGTCTGGAAATGGTGTGTGCTTGTGATGGTTATATTCAGTGGAATGTTGGTGACAAACTGGTTCATGCGTTTGATTGTGTTCCTCATAGAAACAAACTTTCTTTTGAGGAGAAAAGTGCTCTACTTTGTGCACGGCTTGAAGAAGAGCGTCCAAGTTTTCATTTGGCTCTGCTTGATTCTTGTTGCTTGGATATTGTTGTTCAACCACGACGTGAAACGGTCCCCCGCAGCCACCAAAGTCCTCAAATGTATTACCAGGACTCTTATTTCCATTCTTACAGGGGCATTCTTTTGGCTGGTGAAAACACTCTTGTTGAAAATCCTTGCAGCGAATTTCAACGTCAATAACTTTTTCGATAGGATTCAAGATTCTGTTTTCCACCAGTATGTTCTACAAACGCTCTCGGGTCTTCCACTTATGGAAGAGGCAGAGAGGGTCGGGCGTGAGCCAAGCACAGGCCATTTGAGTTTCGCGACTGTAGTGAAAAAAGGAACGGTTAAAGAGAAGAAAGTGATTGATATGGGGAAAGTTCATAAGATGAAGCGGGAGAAAGTTTCGGCTTGGACTATGCGAGTTTTGATGGAAGCGGTTAGAACTTCAGGTCTCTCTACTATCTCTGACACATTGGACGAAACAGCATACGGCGAGGGGAAAGAGCAAGCTGACAGAGAAATTACTAGTGAGATGGAGGCTTTGGCTGCTGCTTACCATGTCTTCAGAAATGTTGCTCAGCCCTTCTTCAATTACATAGAGGAAGAGGACTTGCTTAGGTTTATGATTAAGGAAGAGGTTGATCTTGTGTTCCCATTGTTTGATGGTGCCGCTGAGACCGGGAGAATTACAAGAAAAGCTTTCACAGAATGGGTGGTTAAGGTGTACACGAGCCGGAGAGCTTTAGCGCATTCCTTAAACGACACAAAAACAGCGGTTAAGCAGTTAAACAAACTTGTGACAGCAATCTTGATGGTGGTTACCGTTGTCATTTGGCTGCTCCTTCTAGAAGTAGCAACGACTAAGGTTTTGCTGTTCTTCTCCACCCAACTCGTGGCTCTGGCTTTTATAATCGGAAGCACATGCAAAAACCTCTTTGAATCCATTGTGTTCGTATTCGTCATGCATCCTTATGATGTCGGTGATCGATGTGTTGTTGACGGTGTCGCGATGCTGGTGGAAGAAATGAATCTCTTAACGACAGTGTTCTTGAAGCTTAACAACGAGAAAGTGTATTATCCGAACGCTGTTTTGGCCACGAAACCGATAAGCAATTACTTCAGAAGTCCGAATATGGGAGAAACAGTGGAATTCTCTATCTCTTTCTCGACACCAGTCTCTAAGATAGCACATCTCAAAGAAAGAATCGCCGAGTACTTGGAGCAGAACCCGCAACATTGGGCACCGGTTCACTCGGTGGTGGTGAAGGAGATAGAGAACATGAACAAGCTGAAGATGGCCCTATACAGTGACCACACCATCACGTTTCAGGAAAACAGAGAGAGGAATCTTAGAAGAACCGAACTTTCTTTGGCCATTAAGAGAATGTTGGAGGACCTTCACATCGACTACACTCTCCTTCCTCAAGACATTAATCTCACAAAGAAGAACTGATGAGAACCAATTTAAAACCGGTTTGGTGTTTTTTCTAAACCGTTGTTATAAGACATTATTATTACCAAACGTTGTGATACTGTTTTGTTTAAGGCTTTTAGAGTAGATGATGAAATCAATTTTCTAAACCGACTCAACTTTTATGGATTTTACAAAATTAGGCATTTTATGGATAAAAATCTTAGTCTTTGAAAATCTGAATAAAATGCAAGATCTGTCAAAAATGATTTGTCATGTATTGATTGTACAAAAGTTTTGTTACAAAATAAGAAGAAAAGTCTTATGTGAG
>AT5G12080.1
CAATTACATTTCCCAATTAATTTTTGTGGCTTATAAAGTCTTGACATCTCTTTGCTCTTTGGACCCGCCTTAATGTTTTTTTGTTCATGTCTTCTTCTTCTTCTTCAAGAATGAGCTAATACTCACAGAAGAAGAAGATTTTTCTTTGGATTTTTCACTACTGAGGCATTGTTGTGAAATTGGATGGTAGTAGCATTGGAATGGCAGAACAAAAGAGTAGTAACGGAGGAGGAGGAGGAGGAGATGTTGTTATCAATGTTCCAGTTGAGGAAGCATCAAGGCGTTCCAAGGAAATGGCTTCACCAGAGTCTGAGAAAGGAGTTCCCTTTAGTAAAAGCCCTTCTCCTGAAATCTCTAAGCTTGTTGGTAGTCCTAACAAGCCTCCTAGAGCTCCAAATCAGAACAATGTGGGTCTAACTCAGAGGAAATCTTTTGCAAGGTCGGTTTACTCAAAACCCAAGTCCCGGTTTGTTGATCCATCTTGTCCTGTAGACACAAGTATTCTAGAGGAGGAAGTTAGGGAGCAACTTGGTGCTGGTTTTTCTTTTAGTAGAGCTTCTCCGAATAACAAATCTAATAGGAGTGTCGGGTCACCAGCACCGGTTACTCCAAGTAAAGTCGTTGTTGAGAAAGATGAGGATGAGGAAATCTACAAGAAGGTTAAGCTGAACAGAGAGATGCGCAGTAAGATAAGTACATTGGCTTTGATAGAGTCAGCTTTCTTTGTGGTGATTTTGAGCGCTTTGGTTGCGAGTTTAACCATTAATGTCCTGAAACATCACACCTTCTGGGGGCTAGAAGTCTGGAAATGGTGTGTGCTTGTGATGGTTATATTCAGTGGAATGTTGGTGACAAACTGGTTCATGCGTTTGATTGTGTTCCTCATAGAAACAAACTTTCTTTTGAGGAGAAAAGTGCTCTACTTTGTGCACGGCTTGAAGAAGAGCGTCCAAGTTTTCATTTGGCTCTGCTTGATTCTTGTTGCTTGGATATTGTTGTTCAACCACGACGTGAAACGGTCCCCCGCAGCCACCAAAGTCCTCAAATGTATTACCAGGACTCTTATTTCCATTCTTACAGGGGCATTCTTTTGGCTGGTGAAAACACTCTTGTTGAAAATCCTTGCAGCGAATTTCAACGTCAATAACTTTTTCGATAGGATTCAAGATTCTGTTTTCCACCAGTATGTTCTACAAACGCTCTCGGGTCTTCCACTTATGGAAGAGGCAGAGAGGGTCGGGCGTGAGCCAAGCACAGGCCATTTGAGTTTCGCGACTGTAGTGAAAAAAGGAACGGTTAAAGAGAAGAAAGTGATTGATATGGGGAAAGTTCATAAGATGAAGCGGGAGAAAGTTTCGGCTTGGACTATGCGAGTTTTGATGGAAGCGGTTAGAACTTCAGGTCTCTCTACTATCTCTGACACATTGGACGAAACAGCATACGGCGAGGGGAAAGAGCAAGCTGACAGAGAAATTACTAGTGAGATGGAGGCTTTGGCTGCTGCTTACCATGTCTTCAGAAATGTTGCTCAGCCCTTCTTCAATTACATAGAGGAAGAGGACTTGCTTAGGTTTATGATTAAGGAAGAGGTTGATCTTGTGTTCCCATTGTTTGATGGTGCCGCTGAGACCGGGAGAATTACAAGAAAAGCTTTCACAGAATGGGTGGTTAAGGTGTACACGAGCCGGAGAGCTTTAGCGCATTCCTTAAACGACACAAAAACAGCGGTTAAGCAGTTAAACAAACTTGTGACAGCAATCTTGATGGTGGTTACCGTTGTCATTTGGCTGCTCCTTCTAGAAGTAGCAACGACTAAGGTTTTGCTGTTCTTCTCCACCCAACTCGTGGCTCTGGCTTTTATAATCGGAAGCACATGCAAAAACCTCTTTGAATCCATTGTGTTCGTATTCGTCATGCATCCTTATGATGTCGGTGATCGATGTGTTGTTGACGGTGTCGCGATGCTGGTGGAAGAAATGAATCTCTTAACGACAGTGTTCTTGAAGCTTAACAACGAGAAAGTGTATTATCCGAACGCTGTTTTGGCCACGAAACCGATAAGCAATTACTTCAGAAGTCCGAATATGGGAGAAACAGTGGAATTCTCTATCTCTTTCTCGACACCAGTCTCTAAGATAGCACATCTCAAAGAAAGAATCGCCGAGTACTTGGAGCAGAACCCGCAACATTGGGCACCGGTTCACTCGGTGGTGGTGAAGGAGATAGAGAACATGAACAAGCTGAAGATGGCCCTATACAGTGACCACACCATCACGTTTCAGGAAAACAGAGAGAGGAATCTTAGAAGAACCGAACTTTCTTTGGCCATTAAGAGAATGTTGGAGGACCTTCACATCGACTACACTCTCCTTCCTCAAGACATTAATCTCACAAAGAAGAACTGATGAGAACCAATTTAAAACCGGTTTGGTGTTTTTTCTAAACCGTTGTTATAAGACATTATTATTACCAAACGTTGTGATACTGTTTTGTTTAAGGCTTTTAGAGTAGATGATGAAATCAATTTTCTAAACCGACTCAACTTTTATGGATTTTACAAAATTAGGCATTTTATGGATAAAAATCTTAGTCTTTGAAAATCTGAATAAAATGCAAGATCTGTCAAAAATGATTTGTCATGTATTGATTGTACAAAAGTTTTGTTACAAAATAAGAAGAAAAGTCTTATGTGAG

CDS Sequence

Protein Sequence