To realize a high substrate loading, substrate feeding at batches is an effective strategy to reduce the of substrate inhibition.
Moreover, reaction temperature, enzyme loading, substrate molar ratio and reaction time were found to affect the enantiomeric excess significantly.
The effects of various reaction conditions, including reaction time, temperature, enzyme loading, substrate molar ratio and water activity, were investigated.
The effects of three important determinants, i.e. enzyme loading, substrate concentration and hydrolysis time on enzymatic efficiency were investigated.
The effects of various reaction conditions, including temperature, enzyme loading, substrate molar ratio of benzyl alcohol to cinnamic acid, and reaction time, are investigated.
The individual and interactive effects of three independent variables (cells loading, substrate concentration, airflow rate) on β-alanine production were investigated.
The glucose yield was expressed as the weight of the glucose released in the supernatant to the 100 g dry matter of the loading substrate.
We extended the classical shear lag model and derived a rigorous analytical solution for the biaxial stress field in a single fragment attached to a uniaxially loaded substrate.
After a buffer wash at 39 °C, 4-MUP substrate was loaded (substrate loading) into the device for generating fluorescent signal via the assay's alkaline phosphatase (AP) detection conjugates.
