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- W2000741969 abstract "Clarification of the metabolic mechanisms underlying multi-stress responses in plants will allow further optimisation of crop breeding and cultivation to obtain high yields in an increasingly variable environment. Using NMR metabolomic techniques, we examined the metabolic responses of maize plants grown under different conditions: soil drought, soil salinity, heat and multiple concurrent stresses. A detailed time-course metabolic profile was also performed on maize plants sampled 1, 3 and 7 days after initiation of soil drought and heat stress. The metabolic profile of maize plants subjected to soil drought was more similar to plants exposed to salt stress than to heat-stressed plants. Drought-stressed maize plants subjected to salt or heat stress showed distinct integrated metabolic profiles compared with those exposed to either stressor individually. These differences show the considerable metabolic plasticity of maize in response to different growth conditions. Moreover, glucose, fructose, malate, citrate, proline, alanine, aspartate, asparagine, threonine and one unknown compound fluctuated obviously between maize plants grown in controlled growth cabinet and a natural regime. These changes were associated with the TCA cycle and core nitrogen metabolism, and could be related to their multiple functions during plant growth. The evident stress-induced trajectory of metabolic changes in maize indicated that the primary metabolic responses to soil drought, heat and combined drought and heat stresses occurred in a time-dependent manner. Plasticity at the metabolic level may allow maize plants to acclimatise their metabolic ranges in response to changing environmental conditions." @default.
- W2000741969 created "2016-06-24" @default.
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- W2000741969 date "2015-01-26" @default.
- W2000741969 modified "2023-09-27" @default.
- W2000741969 title "Metabolic response of maize plants to multi-factorial abiotic stresses" @default.
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- W2000741969 cites W1967258464 @default.
- W2000741969 cites W1968154415 @default.
- W2000741969 cites W1974359729 @default.
- W2000741969 cites W1974795551 @default.
- W2000741969 cites W1979976980 @default.
- W2000741969 cites W1982724915 @default.
- W2000741969 cites W1983143793 @default.
- W2000741969 cites W1986748457 @default.
- W2000741969 cites W1995360494 @default.
- W2000741969 cites W1995500353 @default.
- W2000741969 cites W1997301339 @default.
- W2000741969 cites W1999948884 @default.
- W2000741969 cites W2000208854 @default.
- W2000741969 cites W2000908473 @default.
- W2000741969 cites W2017048203 @default.
- W2000741969 cites W2017155228 @default.
- W2000741969 cites W2019560867 @default.
- W2000741969 cites W2021482850 @default.
- W2000741969 cites W2030625477 @default.
- W2000741969 cites W2031111429 @default.
- W2000741969 cites W2032559111 @default.
- W2000741969 cites W2040131326 @default.
- W2000741969 cites W2044243244 @default.
- W2000741969 cites W2046198791 @default.
- W2000741969 cites W2049469558 @default.
- W2000741969 cites W2053210214 @default.
- W2000741969 cites W2055023599 @default.
- W2000741969 cites W2055797152 @default.
- W2000741969 cites W2056841147 @default.
- W2000741969 cites W2058370062 @default.
- W2000741969 cites W2058539798 @default.
- W2000741969 cites W2063085053 @default.
- W2000741969 cites W2064078903 @default.
- W2000741969 cites W2072851298 @default.
- W2000741969 cites W2080958721 @default.
- W2000741969 cites W2085587146 @default.
- W2000741969 cites W2097432483 @default.
- W2000741969 cites W2097616658 @default.
- W2000741969 cites W2099524720 @default.
- W2000741969 cites W2101364071 @default.
- W2000741969 cites W2101814492 @default.
- W2000741969 cites W2102633756 @default.
- W2000741969 cites W2102751714 @default.
- W2000741969 cites W2102843125 @default.
- W2000741969 cites W2109734607 @default.
- W2000741969 cites W2119995692 @default.
- W2000741969 cites W2121552028 @default.
- W2000741969 cites W2122239627 @default.
- W2000741969 cites W2124816068 @default.
- W2000741969 cites W2128354328 @default.
- W2000741969 cites W2129325648 @default.
- W2000741969 cites W2133542178 @default.
- W2000741969 cites W2134859642 @default.
- W2000741969 cites W2135572188 @default.
- W2000741969 cites W2135684970 @default.
- W2000741969 cites W2139328007 @default.
- W2000741969 cites W2139780027 @default.
- W2000741969 cites W2140026214 @default.
- W2000741969 cites W2141102916 @default.
- W2000741969 cites W2144682162 @default.
- W2000741969 cites W2147962989 @default.
- W2000741969 cites W2150339767 @default.
- W2000741969 cites W2151386399 @default.
- W2000741969 cites W2154397036 @default.
- W2000741969 cites W2155758352 @default.
- W2000741969 cites W2157236929 @default.
- W2000741969 cites W2159993385 @default.
- W2000741969 cites W2160424695 @default.
- W2000741969 cites W2160515311 @default.
- W2000741969 cites W2161100705 @default.
- W2000741969 cites W2168023061 @default.
- W2000741969 cites W2170532189 @default.
- W2000741969 cites W2171350245 @default.
- W2000741969 cites W2171724922 @default.
- W2000741969 cites W2313660139 @default.
- W2000741969 cites W2469290650 @default.
- W2000741969 cites W4249164705 @default.
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- W2000741969 doi "https://doi.org/10.1111/plb.12305" @default.
- W2000741969 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/25622534" @default.
- W2000741969 hasPublicationYear "2015" @default.
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