FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1998679905> ?p ?o ?g. }

• W1998679905 endingPage "846" @default.
• W1998679905 startingPage "833" @default.
• W1998679905 abstract "Abstract Systemic acquired resistance (SAR) is a form of defense that provides resistance against a broad spectrum of pathogens in plants. Previous work indicates a role for plastidial glycerolipid biosynthesis in SAR. Specifically, mutations in FATTY ACID DESATURASE7 (FAD7), which lead to reduced trienoic fatty acid levels and compromised plastidial lipid biosynthesis, have been associated with defective SAR. We show that the defective SAR in Arabidopsis (Arabidopsis thaliana) fad7-1 plants is not associated with a mutation in FAD7 but rather with a second-site mutation in GLABRA1 (GL1), a gene well known for its role in trichome formation. The compromised SAR in gl1 plants is associated with impairment in their cuticles. Furthermore, mutations in two other components of trichome development, GL3 and TRANSPARENT TESTA GLABRA1, also impaired cuticle development and SAR. This suggests an overlap in the biochemical pathways leading to cuticle and trichome development. Interestingly, exogenous application of gibberellic acid (GA) not only enhanced SAR in wild-type plants but also restored SAR in gl1 plants. In contrast to GA, the defense phytohoromes salicylic acid and jasmonic acid were unable to restore SAR in gl1 plants. GA application increased levels of cuticular components but not trichome formation on gl1 plants, thus implicating cuticle, but not trichomes, as an important component of SAR. Our findings question the prudence of using mutant backgrounds for genetic screens and underscore a need to reevaluate phenotypes previously studied in the gl1 background." @default.
• W1998679905 created "2016-06-24" @default.
• W1998679905 creator A5013833562 @default.
• W1998679905 creator A5019987703 @default.
• W1998679905 creator A5030199029 @default.
• W1998679905 creator A5046120926 @default.
• W1998679905 creator A5071461726 @default.
• W1998679905 creator A5088814823 @default.
• W1998679905 date "2010-08-10" @default.
• W1998679905 modified "2023-10-16" @default.
• W1998679905 title "The <i>glabra1</i> Mutation Affects Cuticle Formation and Plant Responses to Microbes " @default.
• W1998679905 cites W1973273549 @default.
• W1998679905 cites W1978893949 @default.
• W1998679905 cites W1982891551 @default.
• W1998679905 cites W1982903016 @default.
• W1998679905 cites W1986538600 @default.
• W1998679905 cites W2001569178 @default.
• W1998679905 cites W2001586790 @default.
• W1998679905 cites W2002520494 @default.
• W1998679905 cites W2007614581 @default.
• W1998679905 cites W2016032876 @default.
• W1998679905 cites W2018568566 @default.
• W1998679905 cites W2019306845 @default.
• W1998679905 cites W2023278771 @default.
• W1998679905 cites W2025008159 @default.
• W1998679905 cites W2026090120 @default.
• W1998679905 cites W2027251850 @default.
• W1998679905 cites W2028478069 @default.
• W1998679905 cites W2029571566 @default.
• W1998679905 cites W2029616258 @default.
• W1998679905 cites W2032792864 @default.
• W1998679905 cites W2034861992 @default.
• W1998679905 cites W2039656448 @default.
• W1998679905 cites W2039696395 @default.
• W1998679905 cites W2045554913 @default.
• W1998679905 cites W2049125435 @default.
• W1998679905 cites W2049965694 @default.
• W1998679905 cites W2052001330 @default.
• W1998679905 cites W2057794854 @default.
• W1998679905 cites W2059771885 @default.
• W1998679905 cites W2063475529 @default.
• W1998679905 cites W2066309008 @default.
• W1998679905 cites W2069642685 @default.
• W1998679905 cites W2070886072 @default.
• W1998679905 cites W2076119190 @default.
• W1998679905 cites W2076913878 @default.
• W1998679905 cites W2078088699 @default.
• W1998679905 cites W2078118441 @default.
• W1998679905 cites W2087751598 @default.
• W1998679905 cites W2091787716 @default.
• W1998679905 cites W2092435077 @default.
• W1998679905 cites W2095287912 @default.
• W1998679905 cites W2100700196 @default.
• W1998679905 cites W2101519313 @default.
• W1998679905 cites W2108761925 @default.
• W1998679905 cites W2111926354 @default.
• W1998679905 cites W2112918687 @default.
• W1998679905 cites W2113710791 @default.
• W1998679905 cites W2114695570 @default.
• W1998679905 cites W2115858602 @default.
• W1998679905 cites W2116965389 @default.
• W1998679905 cites W2117175618 @default.
• W1998679905 cites W2117371205 @default.
• W1998679905 cites W2121381623 @default.
• W1998679905 cites W2121711582 @default.
• W1998679905 cites W2122756961 @default.
• W1998679905 cites W2124198415 @default.
• W1998679905 cites W2126048689 @default.
• W1998679905 cites W2129742189 @default.
• W1998679905 cites W2130351850 @default.
• W1998679905 cites W2133470194 @default.
• W1998679905 cites W2135495896 @default.
• W1998679905 cites W2135958829 @default.
• W1998679905 cites W2136729154 @default.
• W1998679905 cites W2137225592 @default.
• W1998679905 cites W2139299708 @default.
• W1998679905 cites W2140721446 @default.
• W1998679905 cites W2142680162 @default.
• W1998679905 cites W2143014195 @default.
• W1998679905 cites W2143666264 @default.
• W1998679905 cites W2144475569 @default.
• W1998679905 cites W2144763231 @default.
• W1998679905 cites W2148420194 @default.
• W1998679905 cites W2150786544 @default.
• W1998679905 cites W2151155706 @default.
• W1998679905 cites W2152002992 @default.
• W1998679905 cites W2154778106 @default.
• W1998679905 cites W2157558700 @default.
• W1998679905 cites W2163364226 @default.
• W1998679905 cites W2164567932 @default.
• W1998679905 cites W2165079202 @default.
• W1998679905 cites W2170483252 @default.
• W1998679905 cites W4256334858 @default.
• W1998679905 doi "https://doi.org/10.1104/pp.110.161646" @default.
• W1998679905 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/2949009" @default.
• W1998679905 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/20699396" @default.
• W1998679905 hasPublicationYear "2010" @default.
• W1998679905 type Work @default.

• next