Sentence examples for implementation to be successful from inspiring English sources

However, research has also revealed not only pitfalls to be aware of but also success factors to be met in order for an EHR implementation to be successful [ 14, 16- 20], i.e. that the clinicians must obtain positive clinical benefits [ 14, 15, 21] as a result of an EHR implementation and joint ownership [ 4, 5, 22- 24] of the decisions made during the development process.

For implementation to be successful, nurses were found to be key in providing education, perioperative care, and postoperative evaluation, as well as cost containment.

For implementation to be successful, they must set a clear and uniform standard for all troops, regardless of sexual orientation.

These results highlight once more the need to effectively control harvest effort in non-protected areas for reserve implementation to be successful [8], [27], [51].

Support, awareness and ownership at all levels are needed for dissemination and implementation to be successful.

12 14 For implementation to be successful and ensure quality of care, staff 15 and organisations 16 17 must be ready to change and adopt innovation.

These findings suggest that if implementation is to be successful, all the players need to be included.

If implementation is to be successful, policy makers need to engage providers in the process of policy development by acknowledging and entering into the contexts of the providers.

These findings suggest that AMC roll-out is promising but requires careful implementation strategies to be successful against the African HIV epidemic.

Hartzler et al., articulate the need for a broad range of stakeholders including providers, ancillary personnel, administrators, information technology (IT) staff, institutional leadership and patients if genomic medicine implementation is to be successful.

Although the implementation has proven to be successful in terms of executing scenario bundles, two bottlenecks need further attention: (i) devising stable algorithms for large deformations in physical interaction simulation and (ii) incorporation of already existing algorithms for simulation of low-level human motion control.