Sentence examples for identified and feedback from inspiring English sources

Soliciting clinical, methodological, and statistical expertise through panels of disease site teams will be critical as meaningful and feasible measures are identified and feedback reports are made available to CoC-accredited cancer programs A new initiative of the NCDB is the Rapid Quality Reporting System (RQRS).

The improvement opportunities we identified and the feedback we received indicate that the assessment was effective and efficient.

These differences were observed and identified, and all feedback was submitted to the WPS to update the Mandarin versions of the two instruments.

Through the modelling of steady-states and dynamic network behaviour, we were able to identify specific genes and feedback loops within the network that are likely key players in cellular decision making, such as the dynamic processes of stem cell maintenance and/or differentiation.

As mentioned previously, here, we present an algorithm to identify the forward and feedback edges with given polarity, by searching and ordering important topological invariants - cycles.

The Issenberg et al. systematic review of simulation identified practice and feedback as key for effective skill development [ 17].

We identified a systematic review of audit and feedback that identified and appraised 85 randomised trial.[ 5] Audit and feedback was used for a wide range of clinical topics and problems.

The resident role involved interacting with a patient in a 2-3 minutencounterer; the supervisor role involved identifying and giving feedback on resident's poor and good communication skills; the observer role involved giving feedback to their colleagues about their feedback and communication skills.

First, two superordinate functions were identified (elicitation and feedback).

Further, we have identified interaction and feedback mechanisms between diagnostic observations (scores) and decisions (criteria to treat) which implicate that errors are not independent.

As a postdoctoral fellow at Columbia University, Dr. Azim has been exploring the neural basis of skilled movement using molecular, electrophysiological, and behavioral approaches in the mouse to identify and characterize feedback pathways that control goal-directed reaching.