Sentence examples for an algorithm for surveillance from inspiring English sources

The principle of a trigger-based surveillance is not new: Klompas et al. developed in 2008 an algorithm for surveillance of VAP, where only patients who met ventilator-change criteria were examined further to see whether they fulfilled the remaining criteria for VAP [8].

The principle of a trigger-based surveillance is not new: Klompas et al. developed in 2008 an algorithm for surveillance of VAP, where only patients who met ventilator-change criteria were examined further to see whether they fulfilled the remaining criteria for VAP [ 8].

We describe the development and implementation of an algorithm for prospective surveillance of patients with acute hepatitis B using electronic medical record data.

The aim of this study was to propose an algorithm for the surveillance of patients after EBL.

A CHD algorithm for surveillance, screening, evaluation, reevaluation, and management of developmental disorder or disability has been constructed to serve as a supplement to the 2006 American Academy of Pediatrics statement on developmental surveillance and screening.

A proposed algorithm for surveillance and prophylaxis of varices is shown in figure 2. At this time there is insufficient evidence to support treating patients without varices or 'pre-primary prophylaxis'.

The authors also plead for the development of an algorithm for the detection, surveillance, monitoring and treatment of HTLV infections, throughout interdisciplinary cooperation between infectious disease specialists, hematologists, dermatologists.

Implementation of the algorithm for surveillance for infectious disease deaths would have resulted in a 91% decrease (131 vs. 1,380) in the number of death records to review.

Implementation of the algorithm for surveillance of infectious disease deaths would have resulted in a 32% decrease (937 vs. 1,380) in the number of death records to review for all causes of death, and a 26% decrease (315 vs. 427) for only natural and undetermined causes of death.

Implementation of the algorithm for surveillance of infectious disease deaths would have reduced by 51% (356 vs. 732) the number of death records to review for deaths from all causes and reduced by 24% the records to review (196 vs. 257) of those deaths categorized as having natural and undetermined causes.

We have also shown that an algorithm for detecting case clusters can be used on longitudinal traveler surveillance data.