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• W2896030904 endingPage "3225" @default.
• W2896030904 startingPage "3225" @default.
• W2896030904 abstract "Drought stress is the major abiotic factor threatening maize (Zea mays L.) yield globally. Therefore, revealing the molecular mechanisms fundamental to drought tolerance in maize becomes imperative. Herein, we conducted a comprehensive comparative analysis of two maize inbred lines contrasting in drought stress tolerance based on their physiological and proteomic responses at the seedling stage. Our observations showed that divergent stress tolerance mechanisms exist between the two inbred-lines at physiological and proteomic levels, with YE8112 being comparatively more tolerant than MO17 owing to its maintenance of higher relative leaf water and proline contents, greater increase in peroxidase (POD) activity, along with decreased level of lipid peroxidation under stressed conditions. Using an iTRAQ (isobaric tags for relative and absolute quantification)-based method, we identified a total of 721 differentially abundant proteins (DAPs). Amongst these, we fished out five essential sets of drought responsive DAPs, including 13 DAPs specific to YE8112, 107 specific DAPs shared between drought-sensitive and drought-tolerant lines after drought treatment (SD_TD), three DAPs of YE8112 also regulated in SD_TD, 84 DAPs unique to MO17, and five overlapping DAPs between the two inbred lines. The most significantly enriched DAPs in YE8112 were associated with the photosynthesis antenna proteins pathway, whilst those in MO17 were related to C5-branched dibasic acid metabolism and RNA transport pathways. The changes in protein abundance were consistent with the observed physiological characterizations of the two inbred lines. Further, quantitative real-time polymerase chain reaction (qRT-PCR) analysis results confirmed the iTRAQ sequencing data. The higher drought tolerance of YE8112 was attributed to: activation of photosynthesis proteins involved in balancing light capture and utilization; enhanced lipid-metabolism; development of abiotic and biotic cross-tolerance mechanisms; increased cellular detoxification capacity; activation of chaperones that stabilize other proteins against drought-induced denaturation; and reduced synthesis of redundant proteins to help save energy to battle drought stress. These findings provide further insights into the molecular signatures underpinning maize drought stress tolerance." @default.
• W2896030904 created "2018-10-26" @default.
• W2896030904 creator A5007348590 @default.
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• W2896030904 creator A5071741497 @default.
• W2896030904 creator A5088685861 @default.
• W2896030904 date "2018-10-18" @default.
• W2896030904 modified "2023-10-05" @default.
• W2896030904 title "Comparative Proteomic and Physiological Analyses of Two Divergent Maize Inbred Lines Provide More Insights into Drought-Stress Tolerance Mechanisms" @default.
• W2896030904 cites W1492253012 @default.
• W2896030904 cites W1521466938 @default.
• W2896030904 cites W1524893958 @default.
• W2896030904 cites W1535812924 @default.
• W2896030904 cites W1700545661 @default.
• W2896030904 cites W1711482514 @default.
• W2896030904 cites W1786712153 @default.
• W2896030904 cites W1858196441 @default.
• W2896030904 cites W1963523097 @default.
• W2896030904 cites W1967260680 @default.
• W2896030904 cites W1971700852 @default.
• W2896030904 cites W1974116356 @default.
• W2896030904 cites W1974436463 @default.
• W2896030904 cites W1975220728 @default.
• W2896030904 cites W1980956868 @default.
• W2896030904 cites W1981219273 @default.
• W2896030904 cites W1982846257 @default.
• W2896030904 cites W1983367528 @default.
• W2896030904 cites W1989127263 @default.
• W2896030904 cites W1989602319 @default.
• W2896030904 cites W1990607995 @default.
• W2896030904 cites W1993611466 @default.
• W2896030904 cites W1994609489 @default.
• W2896030904 cites W1998201739 @default.
• W2896030904 cites W2001435676 @default.
• W2896030904 cites W2001695587 @default.
• W2896030904 cites W2003070753 @default.
• W2896030904 cites W2010908577 @default.
• W2896030904 cites W2011441323 @default.
• W2896030904 cites W2013033579 @default.
• W2896030904 cites W2013953751 @default.
• W2896030904 cites W2015340690 @default.
• W2896030904 cites W2015924285 @default.
• W2896030904 cites W2022908830 @default.
• W2896030904 cites W2027251429 @default.
• W2896030904 cites W2028358339 @default.
• W2896030904 cites W2028551037 @default.
• W2896030904 cites W2028823348 @default.
• W2896030904 cites W2033068109 @default.
• W2896030904 cites W2034294739 @default.
• W2896030904 cites W2034898802 @default.
• W2896030904 cites W2035412505 @default.
• W2896030904 cites W2037199116 @default.
• W2896030904 cites W2037495393 @default.
• W2896030904 cites W2039846871 @default.
• W2896030904 cites W2040666592 @default.
• W2896030904 cites W2041493424 @default.
• W2896030904 cites W2045981849 @default.
• W2896030904 cites W2046483731 @default.
• W2896030904 cites W2046596383 @default.
• W2896030904 cites W2047679643 @default.
• W2896030904 cites W2048666003 @default.
• W2896030904 cites W2049794214 @default.
• W2896030904 cites W2052473215 @default.
• W2896030904 cites W2054836358 @default.
• W2896030904 cites W2055155126 @default.
• W2896030904 cites W2056189298 @default.
• W2896030904 cites W2057043054 @default.
• W2896030904 cites W2066835014 @default.
• W2896030904 cites W2067880396 @default.
• W2896030904 cites W2076093532 @default.
• W2896030904 cites W2077607229 @default.
• W2896030904 cites W2083882065 @default.
• W2896030904 cites W2085098224 @default.
• W2896030904 cites W2087126289 @default.
• W2896030904 cites W2088484938 @default.
• W2896030904 cites W2093568822 @default.
• W2896030904 cites W2098578977 @default.
• W2896030904 cites W2101814858 @default.
• W2896030904 cites W2103017472 @default.
• W2896030904 cites W2103948234 @default.
• W2896030904 cites W2106327574 @default.
• W2896030904 cites W2107277218 @default.
• W2896030904 cites W2107512306 @default.
• W2896030904 cites W2109046892 @default.
• W2896030904 cites W2110989038 @default.
• W2896030904 cites W2115921954 @default.
• W2896030904 cites W2120016245 @default.
• W2896030904 cites W2120117438 @default.
• W2896030904 cites W2123789214 @default.
• W2896030904 cites W2124770413 @default.
• W2896030904 cites W2126386203 @default.
• W2896030904 cites W2126602665 @default.
• W2896030904 cites W2128784627 @default.
• W2896030904 cites W2130785755 @default.
• W2896030904 cites W2140588616 @default.
• W2896030904 cites W2140791476 @default.

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