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Using the lyophilized D. alata extract (see Plant material and extraction), an aqueous extract was freshly prepared in distillated/deionizated water before oral administration.
The P. reticulata aqueous extract, to be administered via gavage in rats, was prepared daily using the previous lyophilized extract (see plant material and extraction) dissolved in deionized water.
Three independent variables, including extraction temperature (°C), ratio of water to raw material, and extraction time (h), which significantly affected the yield of polysaccharides, were investigated.
Effects of various variables, such as applied power, ratio of solvent to material, and extraction time on the yield by two different technologies were investigated.
Four independent variables (ethanol concentration, pH value, ratio of liquid to material and extraction time) were investigated and the optimal conditions for BAAs were evaluated by means of response surface methodology (RS M.
There are several reasons for the discrepancies of my observation and the previous report: (1) the difference among different species was obvious; (2) the antibacterial activities of S. sclarea essential oil were variable with different material and extraction methods; (3) there are differences between strains of the same origin.
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The optimizations of three aspects, coupling between the generator and the environment, energy conversion efficiency through the choice of materials and extraction of electrical energy have been realized.
The optimum extraction conditions were as follows: extraction time, 4.96 h; extraction temperature, 100 °C; ratio of water to raw material, 60; and extraction frequency, 1.
The key parameters considered for the UPAE included solvent type, temperature, ultrasonic power, solvent to material ratio and extraction time.
The optimum conditions were as follows: extraction temperature, 90.8 °C; ratio of water to raw material, 21.3 1; and extraction time 4.8 h.
Firstly, the optimal parameters for extraction of CSPS were obtained by using a central composite design as follows: extraction temperature, 90 °C; extraction time, 250 min; ratio of water to raw material, 29; and extraction times, two times.
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material and information
material and equipment
material and stimulation
material and everything
material and size
material and energy
material and scale
material and guidance
material and wax
material and thickness
material and Location
material and metaphor
material and spirit
material and comedy
material and technique
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