On the southern and eastern slopes of Kilimanjaro the Chaga (Chagga) have long used an effective system of irrigation based on the ridge-and-valley relief of the mountain.
In each window, the starting conformation was chosen from the equilibrium simulation, and a cylindrical restraint was applied to ensure sampling around the path based on the average ridge width within the window (Table S1).
A method based on the wavelet ridges of continuous wavelet transform is proposed for the instantaneous frequency identification of time-varying structures.
Based on the analysis of ridge max, the optimum synthesis conditions were as follows: reaction time 8.7 h, temperature 37.1 °C, enzyme amount 31.7%, and substrate mole ratio 1 2.6; the highest yield obtained was 72.6%.
Based on the analysis of ridge max, the optimum immobilization conditions were as follows: immobilization time 2.3 h, immobilization temperature 13.3 °C, and enzyme/support ratio 0.41 (w/w); the highest lipase activity obtained was 1196 U/mg-protein.
Based on the analysis of ridge max, the optimum synthesis conditions for hexyl laurate were as follows: 45 °C of reaction temperature, substrate molar ratio 1 2 and reaction flow rate 4.5 mL/min.
Based on the analysis of ridge max, the optimum immobilization conditions were as follows: immobilization time 59.1 min, immobilization temperature 10.7 °C, and enzyme/support ratio 0.5 (w/w); the highest specific activity obtained was 18.16 U/mg-protein with activity yield of 34.1%.
The slab etched grating, based on the silicon-on-isolator ridge waveguide, is adopted to narrow the width of reflectivity spectrum.
Based on the analysis result of ridge max, the optimal enzymatic synthesis conditions were predicted as follows: reaction time 6.7 h, temperature 30.6 °C, enzyme amount 34.5%, substrate molar ratio 1 4.3; and the optimal actual yield was 93.2%.
