Optimization of medium ingredients for the production of mycelial polysaccharides from Phellinus baumii Pilát (PBMP) in submerged culture, preliminary characterization and the evaluation of antioxidant activity in vivo of PBMP were carried out.
The results revealed that development of SMEDDSs with enhanced drug loading capacity and oral delivery potential, required optimization of hydrophilic ingredients, in terms of size of hydrophilic moiety of the surfactant, surfactant-to-cosurfactant mass ratio (Km), and log P of the cosolvent.
Successful optimization of the selected ingredients, led to 100% increase in lactic acid production, i.e. from 18 to 36 g.
The Purpose of this work is the optimization of the rubber ingredients which are the main factors that give flammability to conveyor belts.
Thus, studies on the isolation of active ingredients and optimization of treatment formulation will greatly benefit the broader prospect for Yiqihuoxue formula and other traditional Chinese medical treatment.
This tactic will facilitate more rapid incorporation of bioactive candidates into pesticide chemists' repertoire, exemplified by the optimization of less explored homodrimanes as antifungal ingredients.
The selection of the ingredients and the optimization of compounding procedures has always been a challenging job for polymer scientists and engineers.
Compared with the high cost and uncertain results of genetic engineering, optimization of the medium formulation (including medium ingredients or composition, nutrient limitation, removal of potential toxic inducers) and culture conditions is a more dependable method in regulating the production of ligninolytic enzyme [ 5, 16].
The challenge of producing these ingredients is the economic optimization of the design for the corresponding technical processes.
