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Although various factors influence adventitiousroot formation, little is known of the associated regulatory mechanisms.
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Results: Temporal patterns of gene expression were determined in the base, the middle, and needles of cuttings at eight time points during adventitiousroot formation.
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CO aqueous solution treatment was able to ameliorate the ZnPPIX-induced inhibition of adventitiousrooting.
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Conclusions: Structural modifications of adventitiousroots suggest increased contribution of apoplastic bypass to water flow.
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Background: Adventitiousroot formation is an essential physiological process for successful propagation of cuttings in various plant species.