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The application of exogenous auxin to apples increased cell expansion, suggesting that endogenous auxin concentrations are at least one of the limiting factors controlling fruit size.
BR dependent growth of established leaves is associated with elevated starch levels, higher metabolic flux through the tricarboxylic acid (TCA) cycle, and increased cell expansion and biomass production.
It has previously been shown that spt-11 plants have larger leaf areas due to increased cell number [ 21] and cotyledon size due to increased cell expansion [ 23].
As a general rule it can be stated that a decrease in cell number or an increase in cell elongation can be compensated for by increased cell expansion or decreased cell division, respectively.
SPT has also been shown to mediate vegetative growth repression in response to cool day temperatures [ 22] and spt mutants have larger leaves due to increased cell numbers and an enlarged meristematic region in leaf primordia [ 21] and larger cotyledons due to increased cell expansion [ 23].
smg11 mutant produces small grains due to decreased cell expansion, while overexpression of SMG11 causes large grains as a result of increased cell expansion.
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Our results show that SMG11 promotes grain growth by increasing cell expansion in spikelet hulls.
These results indicate that SMG11 promotes grain growth by increasing cell expansion in spikelet hulls.
The bHLH transcription factors PGL1 and PGL2 have been known to positively regulate grain length by increasing cell expansion in spikelet hulls (Heang and Sassa, 2012a, b).
The bHLH transcription factors PGL1 and PGL2 positively regulate grain length by increasing cell expansion in spikelet hulls (Heang and Sassa, 2012a, b).
The major QTL for grain length and width (GLW7) encodes the transcription factor OsSPL13, which promotes grain growth by increasing cell expansion in spikelet hulls (Si et al., 2016).
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