The juice yield was optimized further in a new experimental template, made by using the statistical steepest ascent optimization method.
HPLC analysis showed galactose at the retention time of 2.29.The maximum EPS yield was optimized for the media components like glucose (20 g/L), yeast extract (25 g/L) and ammonium sulphate (2 g/L) using Central Composite Design and Response Surface Methodology (RS M.
Yield was optimized by increasing temperature.
Variable combinations for high EPS TEAC and yield were optimized through a desirability function test.
The extraction yields were optimized by varying the solvent concentration, ultrasonic frequency, temperature and time of ultrasonic treatment.
Generally, yields were optimized in the 40% depletion and 40 mm in 7 days in the 2U C and 2U FYM treatment.
In order to achieve the maximum yield, the process was optimized by response surface methodology (RSM) based on a five-level and four independent variables such as: dosage of enzyme; hexanol/dihydrocaffeic acid mole ratio; temperature and reaction time.
Hence the yield of CNFs was optimized for a given sulfur concentration.
In Ganoderma sp. rckk-02, laccase yield from was optimized by CCD-RS Mwith wheat bran substrate and the presence of Cu2+ ions under SSF (Sharma et al. 2015).
The effects of plasma exposure time, monomer concentration, crosslinker chemistry, crosslinker concentration and photoinitiator concentration on grafting yield were investigated and the process was optimized for highest grafting yield.
