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PSY1 mRNA levels, in stressed leaves, underwent to a minimum reduction during the first 2 h to then returned to the initial level at 5 h.
Analyses of stress phenotypes found that late in development, bps1 cotyledons produced necrotic lesions, however neither hydrogen peroxide nor superoxide were abundant as leaves underwent arrest.
Therefore we have determined if the SMS-stimulated leaves underwent a change in cuticular permeability.
The salinized plants showed a reduction in leaf ψW and ψS but remained turgid and the proline content of leaves underwent a salt-responsive increase.
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In order to study the remobilization at the foliar level in response to N limitation applied at the bolting stage (D0), selected mature leaves undergoing senescence during the experiment (called "source leaves") were analysed in detail over 28 days.
In order to understand gene expression changes in rice leaves undergoing a ClsA-induced HR, we performed microarray analysis using the Affymetrix GeneChip rice genome array.
For example, late embryogenesis abundant (LEA) genes that are expressed during seed desiccation are also expressed in leaves undergoing dehydration (Sivamani et al. 2000).
In RC plants, fully recovered leaves contained no detectable PVA RNA, were highly resistant to challenge inoculation with PVA, and had barely detectable steady-state levels of transgene mRNA; transgene-homologous siRNA was not detected, in contrast to leaves undergoing recovery.
Through being sweltered for 6 8 hours at close to human body temperatures, the amino acids and polyphenols in the processed tea leaves undergo chemical changes to give this tea its distinct briskness and mellow taste.
In addition, yellow autofluorescence was specifically observed in leaves undergoing type III necrosis (Fig. 7).
Yellow autofluorescence was clearly observed in a number of cells in leaves undergoing type III necrosis, whereas it was rarely detected in the WT leaves (Fig. 7B).
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