Three significant variables (agitation speed, cultivation time and fish gelatin concentration) were selected for optimization.
Three factors, namely reaction temperature, enzyme amount, and molar ratio of the substrates (VL/Glc), were selected for optimization.
Dextrin, raspberry seed powder, and concentrated mineral medium produced high neomycin yields and were selected for optimization.
By considering all the conditions, forward FEM has been selected for optimization of blank shape and size.
Therefore, four factors viz., substrate concentration, inoculum size, pH and temperature were selected for optimization of rhamnolipid production.
The factors ranked 1 2 were selected for optimization since they are the ones with the greatest effect on the response variable, namely ethanol production.
Two coolant path design parameters of serpentine type for housing and coolant hole location for the rotor are selected for optimization.
Four responses were selected for optimization purposes (area under the peaks, quantity of peaks, analysis time and resolution between the first principal peak and the following one).
Two design variables, namely, the ratio of the groove depth to channel height ratio and the angle of the groove, are selected for optimization.
The metal ions that showed a significant positive influence on spore production were selected for optimization by a central composite design (CCD) experiment and response surface methodology (RS M analysis.
