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The genomic characterization of sugarcane plants has been achieved by suppressing key genes of the phenylpropanoid pathway; as a result, a new function of phenolic metabolites has been characterized during micropropagation in TIBs. Genes related to cell metabolism and development (10), plant defenses (9), phenylpropanoids (7), methyl jasmonate response (5), ethylene (5), oxidative burst (3) and, auxins...
For the first time both priming and biopriming approaches have been integrated into the sugarcane micropropagation technology by temporary immersion bioreactors (TIBs). Sugarcane micropropagation in CO2-rich TIBs induces a mixotrophic condition adequate for the production of natural phenolic metabolites. Scaling up has been conducted in the C86-56 and C90-317 commercial genotypes. While phenolics...
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