FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4380048169> ?p ?o ?g. }

• W4380048169 abstract "Water deficit represents a serious limitation for agriculture and both genetic and chemical approaches are being used to cope with this stress and maintain plant yield. Next-generation agrochemicals that control stomatal aperture are promising for controlling water use efficiency. For example, chemical control of abscisic acid (ABA) signaling through ABA-receptor agonists is a powerful method to activate plant adaptation to water deficit. Such agonists are molecules able to bind and activate ABA receptors and, although their development has experienced significant advances in the last decade, few translational studies have been performed in crops. Here, we describe protection by the ABA mimic-fluorine derivative 4 (AMF4) agonist of the vegetative growth in tomato plants subjected to water restriction. Photosynthesis in mock-treated plants is markedly impaired under water deficit conditions, whereas AMF4 treatment notably improves CO2 assimilation, the relative plant water content and growth. As expected for an antitranspirant molecule, AMF4 treatment diminishes stomatal conductance and transpiration in the first phase of the experiment; however, when photosynthesis declines in mock-treated plants as stress persists, higher photosynthetic and transpiration parameters are recorded in agonist-treated plants. Additionally, AMF4 increases proline levels over those achieved in mock-treated plants in response to water deficit. Thus water deficit and AMF4 cooperate to upregulate P5CS1 through both ABA-independent and ABA-dependent pathways, and therefore, higher proline levels are produced Finally, analysis of macronutrients reveals higher levels of Ca, K and Mg in AMF4- compared to mock-treated plants subjected to water deficit. Overall, these physiological analyses reveal a protective effect of AMF4 over photosynthesis under water deficit and enhanced water use efficiency after agonist treatment. In summary, AMF4 treatment is a promising approach for farmers to protect the vegetative growth of tomatoes under water deficit stress." @default.
• W4380048169 created "2023-06-10" @default.
• W4380048169 creator A5028342602 @default.
• W4380048169 creator A5032626084 @default.
• W4380048169 creator A5045693612 @default.
• W4380048169 creator A5062511286 @default.
• W4380048169 creator A5071735634 @default.
• W4380048169 creator A5082821214 @default.
• W4380048169 creator A5086770762 @default.
• W4380048169 creator A5091020948 @default.
• W4380048169 date "2023-06-08" @default.
• W4380048169 modified "2023-10-17" @default.
• W4380048169 title "Abscisic acid mimic-fluorine derivative 4 alleviates water deficit stress by regulating ABA-responsive genes, proline accumulation, CO2 assimilation, water use efficiency and better nutrient uptake in tomato plants" @default.
• W4380048169 cites W1190249661 @default.
• W4380048169 cites W1538954254 @default.
• W4380048169 cites W1966377424 @default.
• W4380048169 cites W1985308880 @default.
• W4380048169 cites W2007312715 @default.
• W4380048169 cites W2015520929 @default.
• W4380048169 cites W2019183057 @default.
• W4380048169 cites W2025238960 @default.
• W4380048169 cites W2028823348 @default.
• W4380048169 cites W2039761626 @default.
• W4380048169 cites W2049026973 @default.
• W4380048169 cites W2061147721 @default.
• W4380048169 cites W2061339572 @default.
• W4380048169 cites W2071756349 @default.
• W4380048169 cites W2078935977 @default.
• W4380048169 cites W2086314122 @default.
• W4380048169 cites W2098920869 @default.
• W4380048169 cites W2130045669 @default.
• W4380048169 cites W2137228539 @default.
• W4380048169 cites W2139780027 @default.
• W4380048169 cites W2146542553 @default.
• W4380048169 cites W2156561922 @default.
• W4380048169 cites W2157725981 @default.
• W4380048169 cites W2160474674 @default.
• W4380048169 cites W2161591650 @default.
• W4380048169 cites W2163337258 @default.
• W4380048169 cites W2273585351 @default.
• W4380048169 cites W2331917170 @default.
• W4380048169 cites W2333417173 @default.
• W4380048169 cites W2472965182 @default.
• W4380048169 cites W2591593681 @default.
• W4380048169 cites W2608463117 @default.
• W4380048169 cites W2765207409 @default.
• W4380048169 cites W2804816150 @default.
• W4380048169 cites W2898856439 @default.
• W4380048169 cites W2904571377 @default.
• W4380048169 cites W2914589444 @default.
• W4380048169 cites W2925127056 @default.
• W4380048169 cites W2982261830 @default.
• W4380048169 cites W3043607857 @default.
• W4380048169 cites W3048327486 @default.
• W4380048169 cites W3087664957 @default.
• W4380048169 cites W3091842118 @default.
• W4380048169 cites W3094483367 @default.
• W4380048169 cites W3114961079 @default.
• W4380048169 cites W3132596903 @default.
• W4380048169 cites W3138486637 @default.
• W4380048169 cites W3188113796 @default.
• W4380048169 cites W3192590454 @default.
• W4380048169 cites W3199501330 @default.
• W4380048169 cites W3216835586 @default.
• W4380048169 cites W3216838519 @default.
• W4380048169 cites W340325129 @default.
• W4380048169 cites W4200010666 @default.
• W4380048169 cites W4200424628 @default.
• W4380048169 cites W4205846668 @default.
• W4380048169 cites W4213180702 @default.
• W4380048169 cites W4213331958 @default.
• W4380048169 cites W4213439369 @default.
• W4380048169 cites W4214603403 @default.
• W4380048169 cites W4220754019 @default.
• W4380048169 cites W4220839635 @default.
• W4380048169 cites W4220955934 @default.
• W4380048169 cites W4221068719 @default.
• W4380048169 cites W4225009881 @default.
• W4380048169 cites W4256345135 @default.
• W4380048169 cites W4290040453 @default.
• W4380048169 cites W4323920751 @default.
• W4380048169 doi "https://doi.org/10.3389/fpls.2023.1191967" @default.
• W4380048169 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/37360737" @default.
• W4380048169 hasPublicationYear "2023" @default.
• W4380048169 type Work @default.
• W4380048169 citedByCount "1" @default.
• W4380048169 countsByYear W43800481692023 @default.
• W4380048169 crossrefType "journal-article" @default.
• W4380048169 hasAuthorship W4380048169A5028342602 @default.
• W4380048169 hasAuthorship W4380048169A5032626084 @default.
• W4380048169 hasAuthorship W4380048169A5045693612 @default.
• W4380048169 hasAuthorship W4380048169A5062511286 @default.
• W4380048169 hasAuthorship W4380048169A5071735634 @default.
• W4380048169 hasAuthorship W4380048169A5082821214 @default.
• W4380048169 hasAuthorship W4380048169A5086770762 @default.
• W4380048169 hasAuthorship W4380048169A5091020948 @default.
• W4380048169 hasBestOaLocation W43800481691 @default.
• W4380048169 hasConcept C104317684 @default.
• W4380048169 hasConcept C144027150 @default.
• W4380048169 hasConcept C157517311 @default.

• next