Large-scale production of bioactive secondary metabolites via traditional agriculture is not efficient. Mostly, strategies related with in vitro culture methods have been studied to improve the
production of these metabolites. With the addition of many biotic
and abiotic agents, several reports demonstrate that an increased
accumulation of secondary metabolite is promoted. However, with
specific elicitor, there are no reports on Digitalis callus cultures in
which improvement in cardenolide production has been achieved.
Under biotic and abiotic stress, the accumulation of ROS and H2O2
activates plant defense mechanisms as a signal (Doke et al., 1994;
Prasad et al., 1994; Foyer et al., 1997).
Large-scale production of bioactive secondary metabolites via traditional agriculture is not efficient. Mostly, strategies related with in vitro culture methods have been studied to improve theproduction of these metabolites. With the addition of many bioticand abiotic agents, several reports demonstrate that an increasedaccumulation of secondary metabolite is promoted. However, withspecific elicitor, there are no reports on Digitalis callus cultures inwhich improvement in cardenolide production has been achieved.Under biotic and abiotic stress, the accumulation of ROS and H2O2activates plant defense mechanisms as a signal (Doke et al., 1994;Prasad et al., 1994; Foyer et al., 1997).
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