The primary aim of agricultural biotechnology is to maximize the synthesis of a product deemed desirable and to reduce the level of undesirable products.
Most studies on microbial metabolic engineering focus on only a single objective to maximize the synthesis rate of the desired metabolite [ 4, 16].
This in silico modeling approach provides a mean to design an optimal metabolic network to maximize the synthesis of any product of interest.
It has been shown that in adult subjects a dose of approximately 15 20 grams of protein (or 7.5 grams of essential amino acids) is sufficient to maximize the synthesis of muscle proteins [ 23].
The current study uses multi-objective optimization approaches to deal with the following issues; What is the minimum set of enzymes in a given microorganism that should be modulated to maximize the synthesis flux ratios of the desired end products, simultaneously?
Solar gasification has the benefits of maximizing the yield of synthesis gas from gasification of biomass and other carbonaceous feed stock and storing solar energy in chemical form.
Box Behnken design (BBD) and response surface methodology (RS M were adopted to optimize the synthesis condition for maximizing the photoluminescence quantum yield (PLQY).
This study aims at improving the efficiency of FT synthesis by maximizing the liquid productivities and selectivity, as well as maximizing the syngas conversion and minimizing the methane formation.
Thus, the optimum methanol concentration is a compromise between minimizing lipase deactivation and maximizing the equilibrium balance towards FAME synthesis.
In the synthesis phase, given the input text, the corresponding state sequence is decided by maximizing the overall duration probability.
