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mRNA level of six rice YABBY genes is up-regulated or down-regulated by OsHox32, suggesting that OsHox32 may regulate the architecture of plant type and leaf development by controlling the expression of YABBY genes in rice.
The expression of YABBY genes is up-regulated or down-regulated by OsHox32, suggesting that OsHox32 may regulate the architecture of plant type and leaf development by controlling the expression of YABBY genes in rice.
The result showed that the expression of OsYABBY1, OsYABBY2 and OsYABBY6 were significantly up-regulated, whereas OsYABBY3, OsYABBY4 and OsYABBY5 were significantly down-regulated in OsHox32-OV plants (Fig. 8a f), suggesting that OsHox32 may regulate the architecture of plant type and leaf by controlling the expression of YABBY genes in rice.
Recent studies showed that SPL family genes regulate the architecture of rice plants.
Taken together the previous studies and our results, we proposed that OsHox32 might regulate the architecture of plant type and leaf development by controlling the expression of YABBY genes in rice.
Thus, Cavβ subunits differentially regulate the architecture of the Cav1.2 clusters.
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However, OsHox32 also regulates the architecture of plant type and the photosynthetic capacity in rice except the regulation of the morphological architecture of the rice leaf.
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