Sentence examples for modification is effective from inspiring English sources

The results indicate that the optimization of the preparation of colloidal magnetic ferrofluids by surface modification is effective in the design of novel contrast agents for MRI by enabling better or more effective interaction between the coated iron oxide nanoparticles and protons present in their aqueous environment.

Several trials have shown that lifestyle modification is effective in preventing incident type 2 diabetes in high-risk groups (47).

These results also suggest that lifestyle modification is effective in reducing T2D incidence, even with a less intensive intervention.

These findings suggest that, if dietary modification is effective in reducing GERD, substantial opportunities for nonpharmacologic interventions exist for many GERD patients.

This modification is effective to reduce both computation time and memory space when γ o and γ e are larger than substitution cost.

To sum up, most studies investigating the impact of modifying diet along with exercise in individuals with prediabetes, in order to improve glycemic control, support that lifestyle modification is effective in reducing the progression of prediabetes toward T2D.

These findings demonstrated that active modification was effective in reconstituting higher functional pseudoislets, which may be useful for islet transplantation.

This modification was effective only for assaying TASP0410457, resulting in the reduction of the low limit of quantification but did not improve the detection of other five compounds.

Nanostructure construction and surface modification are effective ways to improve the electrochemical performances of electrode materials, especially for the conversion reaction-based materials.

Fourier transformed infrared spectra of NTB-modified Kaolinite suggests that modification was effective on the surface of the Kaolinite clay with the strong presence of inner –OH functional group.

It is demonstrated that Ni PTFE modification was effective in improving non-fouling properties of stainless steel surface, reducing fouling accumulation during thermal processing, and decreasing adhesion strength of foulant on heat exchanger surfaces.