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Comparative transcriptome profiling provides insights into the molecular and physiological functions along the proximal-distal axis of the A. deserti leaf, and demonstrates broad conservation of leaf development and function across monocotyledonous plants.
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Exposure of strawberry plants to 42°C for 8 h resulted in mild wilting and leaf curling, while NaHS root pretreatment prior to stress exposure exhibited obvious mitigating effect, as evidenced by the conservation of plant leaf turgor and structure.
Our results have important implications for management and conservation of big-leaf mahogany populations, and may apply to other threatened wind-dispersed Meliaceae trees.
Additionally, a focus on the transcriptomics of the A. deserti juvenile leaf confirms evolutionary conservation of monocotyledonous leaf physiology and development along the proximal-distal axis.
For a plant with a given nitrogen supply, however, there is a tradeoff between leaf-protein concentration and total leaf area, by conservation of matter.
All of these were found to be significantly upregulated in either cotyledon or leaf in this experiment suggesting conservation of function of this transcription factor in soybean leaf senescence.
Photosynthesis of leaf canopies.
Adaxial surface of leaf.
Growth of leaf lamina, leaf sheath, panicle and root was also compared.
The quantification of leaf decomposition comprised measurements of community-level and species-specific leaf decomposition rates.
The computer program compares the leaf snapshot to a library of leaf images.
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