"a substantially enhanced" is a grammatically correct phrase that can be used in written English.
It is often used to describe something that has been significantly improved or made better. Example: "After conducting extensive research, the team was able to develop a substantially enhanced version of our product, which received high praise from customers."
Furthermore, the aFGF-delivering scaffolds implanted in rat subcutaneous tissue for 2 weeks showed a substantially enhanced invasion of fibroblasts with a homogeneous population.
However, the mixes with 2% of hooked steel fiber displayed a strain hardening load-displacement behavior with a substantially enhanced ductility.
When APP mutant mice were crossed with P301L tau mutants, the double mutants exhibited a substantially enhanced NFT pathology in the limbic system and olfactory cortex compared to the single transgenic P301L tau mice, despite similar levels of tau expression [ 55].
It was found that coating Al NCs with a Cu2O shell substantially enhanced the EQE (Fig. 4a; also see Fig. 2b).
Christie's made the most of the Lyons Demesne motif — house sales traditionally gave furniture and other objects a halo that substantially enhanced their commercial value.
However, it is likely that the ability of leptospires to gain entry to a host is substantially enhanced by the ability of the LigB immunoglobulin-like repeats to bind multiple homeostatic proteins that are abundant in damaged skin undergoing repair.
The finding that the addition of a basic salt substantially enhanced the selective formation of alkenyl boronate 4 encouraged us to study the effect of acidic reaction conditions.
Thus, tumors with a high early enhancement ratio were substantially enhanced in the early phase.
These results indicated that the adhesive nature of a single osteoblast is substantially enhanced on UV-treated TiO2 surfaces, providing the first evidence showing that each individual cell attached to these surfaces is substantially more resistant to exogenous load potentially from blood and fluid flow and mechanical force in the initial stage of in vivo biological environment.
Collectively, these data suggested that ROS production contributes to doxorubicin-mediated senescence of tumor cells, a process that is substantially enhanced by the loss of eIF2αP.
The utility of the α-toxin as a permeabilizing agent has been substantially enhanced through the engineering of gateable pores composed of mutant α-toxin proteins.
