Sentence examples for benefit from the designed from inspiring English sources

One possible method of improvement is a better definition of patients who are most susceptible to benefit from the designed treatment.

In our attempt to benefit from the designed Cox proportional hazards model we found that patients with abnormal ALT and high viral load before transplantation were 8.28 and 4.22 times, respectively, more likely to develop recurrence while patients with IL28B genotype CT and TT were 3.35 and 1.36 times, respectively, more likely to develop recurrence.

The study shows that the patients benefited from using the designed diabetes diary as an aid in controlling their diabetes in terms of both HbA1c and OOR measurements.

The present survey shows that further efforts should be made to ensure that all women in particular those wishing to conceive can benefit from the solutions designed to reduce post-surgical adhesions and their complications.

Corporations headquartered in the U.S. that offshore most of their manufacturing operations do not benefit from the system designed to promote domestic production in the way that companies with actual U.S. manufacturing operations do.

Members can import new models or reuse (clone and modify) existing models to benefit from the design principle of service composability.

However doing so during the planning stage is preferred, so that contributors can benefit from the Design Summit discussion and the elected Project Team Leads (PTLs) can include those features into their cycle roadmap.

We use a case study in the Birris watershed of Costa Rica where upstream farmers and downstream hydropower might jointly benefit from the design of a mechanism to foster the provision of soil regulation services (SRS).

Tissue engineering applications could therefore benefit from the design of multifunctional biomaterials, assuring simultaneously the scaffold function, as well as the release of antibiotics, growth factors, and other bioactive molecules, in order to prevent infections and therefore to accelerate optimal tissue regeneration.

Moreover, this work opens new perspectives for NBs refractory to conventional therapies that may benefit from the design of novel therapeutic RNAi-based approaches for multiple gene targets.

Ethanol productivity would benefit from the design of stable S. cerevisiae strains that would co-consume xylose and arabinose, since both sugars are present in lignocellulosic feedstock.