The phrase "an effective reactivity" is not correct in standard written English.
It may be intended to describe a type of responsiveness that is effective, but the construction is awkward and unclear.
Example: "The team developed an effective reactivity to changes in market demand, allowing them to adapt quickly."
Alternatives: "an effective response" or "a responsive approach".
They were found to exhibit an effective photocatalytic reactivity for the liquid-phase degradation of 2-propanol diluted in water at 295 K under visible light (λ>450 nm) irradiation.
Furthermore, due to significant variations in the effective reactivity from test to test, a correction factor proportional to the initial flame speed is applied when determining the area efficiency.
Furthermore PEG-PPG-PEG serves the multi-functional role of inhibiting crystal formation within the oxidant layer, and reducing the effective reactivity of the oxidant.
This chemical design provides anhydride groups for effective reactivity of the macromers with amines and other nucleophiles, copolymerized NiPAAm for temperature responsiveness and lipophilic stearate domains for increased hydrogel stability.
Thus, regulating monomer reactivity is an effective way to tune hyperbranched topology, backbone composition and physical properties.
The results show that MA is an effective method to improve the reactivity of the VT for geopolymer preparation.
This indicates that it's an effective approach to decrease the reactivity of amino groups in triamine by introducing tert-butyl into its ortho-position and HBPIs can be prepared conveniently through the method of 'A2+based based on the principle of unequal reactivity of functional groups.
Although a 10 mol % loading of both precatalysts proved to be competent for this dehydrocoupling at ambient temperature, the magnesium-mediated process provided superior reactivity and an effective stoichiometric conversion into N, N-diethyl-4,4,5,5-tetramethyl-1,3,2-dioxaborolan-2-amine.
Although the primary coordination environment around the metal has not been changed, this design demonstrates an effective approach to introducing new reactivity into an existing metalloenzyme without relying on preexisting activity and demonstrating the substantial effects that the surrounding protein structure can have on the activity of the "same" metal site.
In addition to the development of an effective therapy aimed at preventing cross-reactivity in at-risk patients (e.g., those found to have teratoma), future investigations aimed at developing novel immunotherapies specific to anti-NMDAR IgG may provide benefit for those 25% of patients with poor response to current therapy.
