FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4384825213> ?p ?o ?g. }

• W4384825213 abstract "Osmotic imbalance is one of the major consequences of drought stress, negatively affecting plant growth and productivity. Acetic acid has modulatory roles in osmotic balance in plants; however, the mechanistic insights into acetic acid-mediated osmotic adjustment under drought stress remains largely unknown.Here, we investigated how seed priming and seedling root treatment with acetic acid enabled maize plants overcoming polyethylene glycol (PEG)-induced drought effects.Maize seeds primed with acetic acid showed better growth performance when compared with unprimed seeds under PEG application. This growth performance was mainly attributed to improved growth traits, such as fresh weight, dry weight, length of shoots and roots, and several leaf spectral indices, including normalized difference vegetation index (NDVI) and chlorophyll absorption in reflectance index (MCARI). The levels of oxidative stress indicators hydrogen peroxide (H2O2) and malondialdehyde (MDA) did not alter significantly among the treatments, but proline content as well as the expression of proline biosynthetic gene, Δ1-PYRROLINE-5-CARBOXYLATE SYNTHETASE 1 (P5CS1) was significantly elevated in plants receiving acetic acid under PEG-treatments. On the other hand, treating the seedlings root with acetic acid led to a significant recovery of maize plants from drought-induced wilting. Although growth traits remained unchanged among the treatments, the enhancement of leaf water content, photosynthetic rate, proline level, expression of P5CS1, and antioxidant enzyme activities along with reduced level of H2O2 and MDA in acetic acid-supplemented drought plants indicated a positive regulatory role of acetic acid in maize tolerance to drought. Moreover, the high expression of P5CS1 and the subsequent elevation of proline level upon acetic acid application were further validated using wild type and proline biosynthetic mutant p5cs1 of Arabidopsis. Results showed that acetic acid application enabled wild type plants to maintain better phenotypic appearance and recovery from drought stress than p5cs1 plants, suggesting a crosstalk between acetic acid and proline metabolism in plants under drought stress.Our results highlight the molecular and intrinsic mechanisms of acetic acid conferring plant tolerance to drought stress." @default.
• W4384825213 created "2023-07-21" @default.
• W4384825213 creator A5014068003 @default.
• W4384825213 creator A5028415135 @default.
• W4384825213 creator A5032166368 @default.
• W4384825213 creator A5037588757 @default.
• W4384825213 creator A5067843715 @default.
• W4384825213 creator A5084478961 @default.
• W4384825213 date "2023-07-19" @default.
• W4384825213 modified "2023-09-25" @default.
• W4384825213 title "Acetic acid positively modulates proline metabolism for mitigating PEG-mediated drought stress in Maize and Arabidopsis" @default.
• W4384825213 cites W1964683396 @default.
• W4384825213 cites W1975220728 @default.
• W4384825213 cites W1988392308 @default.
• W4384825213 cites W2025757188 @default.
• W4384825213 cites W2028823348 @default.
• W4384825213 cites W2073555669 @default.
• W4384825213 cites W2089060021 @default.
• W4384825213 cites W2110856574 @default.
• W4384825213 cites W2111444582 @default.
• W4384825213 cites W2111947859 @default.
• W4384825213 cites W2113351735 @default.
• W4384825213 cites W2124002261 @default.
• W4384825213 cites W2126386203 @default.
• W4384825213 cites W2146694671 @default.
• W4384825213 cites W2153195851 @default.
• W4384825213 cites W2157510260 @default.
• W4384825213 cites W2158303280 @default.
• W4384825213 cites W2165106826 @default.
• W4384825213 cites W2301311022 @default.
• W4384825213 cites W2413917184 @default.
• W4384825213 cites W2536104840 @default.
• W4384825213 cites W2547303460 @default.
• W4384825213 cites W2608351482 @default.
• W4384825213 cites W2713757953 @default.
• W4384825213 cites W2802111038 @default.
• W4384825213 cites W2898832911 @default.
• W4384825213 cites W2940573979 @default.
• W4384825213 cites W2971836124 @default.
• W4384825213 cites W2981315698 @default.
• W4384825213 cites W2982105005 @default.
• W4384825213 cites W3017035840 @default.
• W4384825213 cites W3022200286 @default.
• W4384825213 cites W3025786937 @default.
• W4384825213 cites W3043851678 @default.
• W4384825213 cites W3044656355 @default.
• W4384825213 cites W3047599788 @default.
• W4384825213 cites W3089766025 @default.
• W4384825213 cites W3113086956 @default.
• W4384825213 cites W3113276106 @default.
• W4384825213 cites W3139335627 @default.
• W4384825213 cites W3154388255 @default.
• W4384825213 cites W3192590454 @default.
• W4384825213 cites W3198154842 @default.
• W4384825213 cites W3198607817 @default.
• W4384825213 cites W3199168246 @default.
• W4384825213 cites W3203166259 @default.
• W4384825213 cites W3208999203 @default.
• W4384825213 cites W4226258816 @default.
• W4384825213 cites W4243972720 @default.
• W4384825213 cites W4281685749 @default.
• W4384825213 cites W4283575177 @default.
• W4384825213 cites W4285390354 @default.
• W4384825213 cites W4286699101 @default.
• W4384825213 cites W4292248196 @default.
• W4384825213 cites W4311361714 @default.
• W4384825213 cites W4323569687 @default.
• W4384825213 doi "https://doi.org/10.3389/fpls.2023.1167238" @default.
• W4384825213 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/37538054" @default.
• W4384825213 hasPublicationYear "2023" @default.
• W4384825213 type Work @default.
• W4384825213 citedByCount "0" @default.
• W4384825213 crossrefType "journal-article" @default.
• W4384825213 hasAuthorship W4384825213A5014068003 @default.
• W4384825213 hasAuthorship W4384825213A5028415135 @default.
• W4384825213 hasAuthorship W4384825213A5032166368 @default.
• W4384825213 hasAuthorship W4384825213A5037588757 @default.
• W4384825213 hasAuthorship W4384825213A5067843715 @default.
• W4384825213 hasAuthorship W4384825213A5084478961 @default.
• W4384825213 hasBestOaLocation W43848252131 @default.
• W4384825213 hasConcept C10138342 @default.
• W4384825213 hasConcept C104317684 @default.
• W4384825213 hasConcept C144027150 @default.
• W4384825213 hasConcept C150668497 @default.
• W4384825213 hasConcept C162324750 @default.
• W4384825213 hasConcept C168529131 @default.
• W4384825213 hasConcept C183688256 @default.
• W4384825213 hasConcept C185592680 @default.
• W4384825213 hasConcept C189797535 @default.
• W4384825213 hasConcept C21410773 @default.
• W4384825213 hasConcept C2776096895 @default.
• W4384825213 hasConcept C2776373379 @default.
• W4384825213 hasConcept C2776673659 @default.
• W4384825213 hasConcept C2777248517 @default.
• W4384825213 hasConcept C2779815552 @default.
• W4384825213 hasConcept C515207424 @default.
• W4384825213 hasConcept C54400483 @default.
• W4384825213 hasConcept C55493867 @default.
• W4384825213 hasConcept C6557445 @default.
• W4384825213 hasConcept C86803240 @default.

• next