In this paper we report on the optimization of gellan gum production using a statistical approach.
The optimization of the extraction procedure has been carried out using a statistical approach, based on a factorial design.
An optimization procedure of ternary isocratic mobile phase composition in the HPLC method using a statistical prediction model and visualization technique is described.
In this study, a statistical optimization strategy using three-dimensional response surface methodology for the enantioseparation of dinotefuran and its metabolite UF was developed by a novel supercritical fluid chromatography/tandem mass spectrometry (SFC MS/MS) technique.
Optimization of ethanol production from wheat straw enzymatic hydrolyzate was studied using sequential statistical optimization process.
Using the statistical optimization, the maximum uptake capacity was found to be 205.656 mg/g.
Using this statistical optimization method, the hydrogen production from glucose was increased from 2248.5 to 4165.9 ml H2/l.
Using this statistical optimization method, the enantioselective conversion ratio increased from 75.2% to 96.0%, while the enantiomerically excess increased from 84.2% entiomeric excess (e.e). to 96.7% e.e.e
Medium components and culture conditions for alkaline protease production were optimized using statistical optimization.
Bayesian estimator is a commonly used statistical optimization technique for finite element model updating.
