The phrase 'greater substrate specificity' is correct and usable in written English.
You could use it in a sentence to describe a chemical reaction, such as: "The enzyme had greater substrate specificity than other similar enzymes."
The presence of different possible substrate-binding domains confers the great substrate specificity and selectivity of UGT proteins, together with their broad tissue expression profiles.
As mutational events occurred leading to greater degrees of substrate specificity, the dimeric phosphagen kinases became evolutionary separated such that the substrate specificity could not be interchanged by a small number of mutations.
Apart from the chemicals, the biological treatment is drawing much attention due to its potential advantages over chemical/physical treatments such as greater substrate and reaction specificity, lower energy requirements, lower pollution generation and higher yields of desired products (Misra et al. 2007; Canet et al. 2008).
However, they have a great diversity in substrate specificity.
Of greatest interest is the argument that enzymes catalyzing coupled vectorial processes must undergo large changes in substrate specificity associated with different conformational states.
Moreover, several positively selected amino acids were located in specific regions known to be of great functional significance for the substrate specificity and enzymatic activity of type-A feruloyl esterases and lipases.
This approach outlines a general method of great potential for fine-tuning substrate specificity and tailoring stereoselectivity of recombinant enzymes.
Members of the CYP2C enzyme subfamily exhibit the greatest species differences in expression, substrate specificity, and regulation compared to other CYP subfamilies involved in the metabolism and bioactivation of xenobiotics (Mugford and Kedderis, 1998; Tsao et al., 2001; Waxman and Holloway, 2009).
MARCH proteins display specific, but overlapping substrate specificity [13].
The broad substrate specificity, biochemical stability, and great synergistic effect with xylanase make Ac-Abf51A a potentially interesting enzyme for application in industrial biomass degradation.
