Sentence examples for be relevant to improving from inspiring English sources

Interventions to improve reciprocal learning among clinic members may lead to improved care of patients with chronic disease and may be relevant to improving overall clinic performance.

Although the scoring system can be used for pre-procedural estimation of the probability of RAS, the indications for renal artery intervention in asymptomatic patients still need to be established for the prediction model to be relevant to improving clinical outcomes.

The pilot group intervention seemed to be relevant to improve knowledge about the illness and the sense of self-management of the participants.

In non-small cell lung adenocarcinomas, the predicted prognosis of early-stage tumors influences the decision of whether to perform adjuvant therapy [ 46], so these improvements in prognostic prediction for early-stage tumors are relevant to improving patient care.

For the first time, a pharmaceutical company has acknowledged that all its medicines are relevant to improving healthcare in developing countries.

Clarification of these details is relevant to improving uptake of such schemes and retention of lay-workers within them.

Opinion leaders were more effective than feedback of information and didactic educational meetings, but these findings were relevant to improving the quality of maternity care in general, and were not specific to infection control.

Although this is a small observational study, we think that it is relevant to improving AF screening during hospital stays by using Holter monitoring in order to prevent thromboembolic events in this high-risk population.

This suggests that providing culturally appropriate health services and access for all Aboriginal inmates to cultural events and cultural connections while in custody are relevant to improving Aboriginal inmates' health and wellbeing.

All of them are relevant to improve current therapy of Parkinson's disease (PD).

These observations are relevant to improve the modelling and simulation of microbeam resonators integrated to micro-electromechanical systems (MEMS).