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Adaptation of maize source leaf metabolism to stress related disturbances in carbon,[...]
Results
Transcript profiles of low temperature, low N and low P stressed leaves
Results
Growth response of maize seedlings to low night temperature, low N and low P stress
Effects of low temperature, low N and low P stress on photosynthetic gas exchange
Ion balance of low temperature, low N and low P stressed leaves
Metabolite profiles of low temperature, low N and low P stressed leaves
Transcript profiles of low temperature, low N and low P stressed leaves
Effects of low temperature, low N and low P stress on transcripts of primary C, N and P metabolism of source leaves
Discussion
General impact of low temperature, low N and low P stress on metabolite and transcript profiles
Ion balance of stressed leaves is regulated in a nutrient specific manner
Phosphorus deficiency causes very distinct disturbances in carbon assimilation and energy metabolism
C partitioning is characterized by a shift towards starch under cold and low N stress, but a preference for sucrose under low P stress
Nitrate and amino acid metabolism adjust to demand under low temperature, low N and low P stress
Control of phosphate homeostasis under stress depends on transcriptional regulation of a specific set of genes
Conclusions
Methods
Plant growth
Photosynthetic parameter
Ion content analysis
Microarray analysis
Metabolites
Data analysis
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Competing interests
Authors’ contributions
Acknowledgement
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Aufsatz in einer Zeitschrift
Adaptation of maize source leaf metabolism to stress related disturbances in carbon, nitrogen and phosphorus balance
Entstehung
2013
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