Matches in SemOpenAlex for { <https://semopenalex.org/work/W3101669881> ?p ?o ?g. }
- W3101669881 endingPage "747" @default.
- W3101669881 startingPage "733" @default.
- W3101669881 abstract "As a conserved microRNA (miRNA) family in plants, miR408 is known to be involved in different abiotic stress responses, including drought. Interestingly, some studies indicated a species- and/or cultivar-specific drought-responsive characteristic of miR408 in plant drought stress. Moreover, the functions of miR408 in perennial grass species are unknown. In this study, we investigated the role of miR408 in perennial ryegrass (Lolium perenne L.) by withholding water for 10 days for both wild type and transgenic plants with heterologous expression of rice (Oryza sativa L.) miR408 gene, Os-miR408. The results showed that transgenic perennial ryegrass plants displayed morphological changes under normal growth conditions, such as curl leaves and sunken stomata, which could be related to decreased leaf water loss. Moreover, transgenic perennial ryegrass exhibited improved drought tolerance, as demonstrated by maintaining higher leaf relative water content (RWC), lower electrolyte leakage (EL), and less lipid peroxidation compared to WT plants under drought stress. Furthermore, the transgenic plants showed higher antioxidative capacity under drought. These results showed that the improved drought tolerance in Os-miR408 transgenic plants could be due to leaf morphological changes favoring the maintenance of water status and to increased antioxidative capacity protecting against the reactive oxygen species damages under stress. These findings implied that miR408 could serve as a potential target for genetic manipulations to engineer perennial grass plants for improved water stress tolerance." @default.
- W3101669881 created "2020-11-23" @default.
- W3101669881 creator A5009553453 @default.
- W3101669881 creator A5011541056 @default.
- W3101669881 creator A5015479498 @default.
- W3101669881 creator A5015929564 @default.
- W3101669881 creator A5029552581 @default.
- W3101669881 creator A5041756956 @default.
- W3101669881 creator A5079081325 @default.
- W3101669881 creator A5083234433 @default.
- W3101669881 date "2020-12-03" @default.
- W3101669881 modified "2023-10-14" @default.
- W3101669881 title "Overexpression of <scp> <i>Os‐microRNA408</i> </scp> enhances drought tolerance in perennial ryegrass" @default.
- W3101669881 cites W125727857 @default.
- W3101669881 cites W1523342618 @default.
- W3101669881 cites W1573464107 @default.
- W3101669881 cites W1931362119 @default.
- W3101669881 cites W1963843265 @default.
- W3101669881 cites W1963891881 @default.
- W3101669881 cites W1964266355 @default.
- W3101669881 cites W1970622479 @default.
- W3101669881 cites W1975220728 @default.
- W3101669881 cites W1978153994 @default.
- W3101669881 cites W1989950745 @default.
- W3101669881 cites W2012162211 @default.
- W3101669881 cites W2012980119 @default.
- W3101669881 cites W2017426710 @default.
- W3101669881 cites W2026916622 @default.
- W3101669881 cites W2028308990 @default.
- W3101669881 cites W2028752896 @default.
- W3101669881 cites W2028823348 @default.
- W3101669881 cites W2032663499 @default.
- W3101669881 cites W2033014033 @default.
- W3101669881 cites W2034294739 @default.
- W3101669881 cites W2042325491 @default.
- W3101669881 cites W2047198918 @default.
- W3101669881 cites W2049469558 @default.
- W3101669881 cites W2050424170 @default.
- W3101669881 cites W2052508592 @default.
- W3101669881 cites W2064485022 @default.
- W3101669881 cites W2074718124 @default.
- W3101669881 cites W2076497558 @default.
- W3101669881 cites W2079413061 @default.
- W3101669881 cites W2080838145 @default.
- W3101669881 cites W2082478244 @default.
- W3101669881 cites W2086641763 @default.
- W3101669881 cites W2086710305 @default.
- W3101669881 cites W2088899915 @default.
- W3101669881 cites W2097961562 @default.
- W3101669881 cites W2099104871 @default.
- W3101669881 cites W2104892653 @default.
- W3101669881 cites W2112192177 @default.
- W3101669881 cites W2116353197 @default.
- W3101669881 cites W2118159036 @default.
- W3101669881 cites W2118638573 @default.
- W3101669881 cites W2122135986 @default.
- W3101669881 cites W2122158124 @default.
- W3101669881 cites W2126386203 @default.
- W3101669881 cites W2136041199 @default.
- W3101669881 cites W2139043094 @default.
- W3101669881 cites W2140634482 @default.
- W3101669881 cites W2144007132 @default.
- W3101669881 cites W2144626145 @default.
- W3101669881 cites W2149996760 @default.
- W3101669881 cites W2156231007 @default.
- W3101669881 cites W2157236929 @default.
- W3101669881 cites W2158199935 @default.
- W3101669881 cites W2158868819 @default.
- W3101669881 cites W2160479334 @default.
- W3101669881 cites W2162942965 @default.
- W3101669881 cites W2164706562 @default.
- W3101669881 cites W2167259011 @default.
- W3101669881 cites W2167396518 @default.
- W3101669881 cites W2168344742 @default.
- W3101669881 cites W2168682881 @default.
- W3101669881 cites W2182366852 @default.
- W3101669881 cites W2183505264 @default.
- W3101669881 cites W2189495775 @default.
- W3101669881 cites W2202638915 @default.
- W3101669881 cites W2273505453 @default.
- W3101669881 cites W2305803757 @default.
- W3101669881 cites W2336221331 @default.
- W3101669881 cites W23568320 @default.
- W3101669881 cites W2468932954 @default.
- W3101669881 cites W2469993736 @default.
- W3101669881 cites W2521662433 @default.
- W3101669881 cites W2527891094 @default.
- W3101669881 cites W2531236909 @default.
- W3101669881 cites W2606790483 @default.
- W3101669881 cites W2767695101 @default.
- W3101669881 cites W2783753653 @default.
- W3101669881 cites W2792060605 @default.
- W3101669881 cites W2795799618 @default.
- W3101669881 cites W2799524357 @default.
- W3101669881 cites W2805085976 @default.
- W3101669881 cites W2890158610 @default.
- W3101669881 cites W2892316516 @default.
- W3101669881 cites W2898440040 @default.