Titre :
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Operational evaluation of high-throughput community-based mass prophylaxis using just-in-time training. (2007)
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Auteurs :
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James-D SPITZER ;
Jonathan DUCKART ;
Nathaniel HUPERT ;
. WEI XIONG ;
Weill Medical College. Cornell University. New York. NY. USA
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Type de document :
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Article
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Dans :
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Public health reports (vol. 122, n° 5, 2007)
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Pagination :
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584-591
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Langues:
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Anglais
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Mots-clés :
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Evaluation
;
Communauté
;
Prévention santé
;
Efficacité
;
Amérique
;
Amérique du Nord
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Résumé :
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[BDSP. Notice produite par INIST-CNRS WRR0xuvq. Diffusion soumise à autorisation]. Community-based mass prophylaxis is a core public health operational competency, but staffing needs may overwhelm the local trained health workforce. Just-in-time (JIT) training of emergency staff and computer modeling of workforce requirements represent two complementary approaches to address this logistical problem. Multnomah County, Oregon, conducted a high-throughput point of dispensing (POD) exercise to test JIT training and computer modeling to validate POD staffing estimates. The POD had 84% non-health-care worker staff and processed 500 patients per hour. Post-exercise modeling replicated observed staff utilization levels and queue formation, including development and amelioration of a large medical evaluation queue caused by lengthy processing times and understaffing in the first half-hour of the exercise. The exercise confirmed the feasibility of using JIT training for high-throughput antibiotic dispensing clinics staffed largely by nonmedical professionals. Patient processing times varied over the course of the exercise, with important implications for both staff reallocation and future POD modeling efforts. Overall underutilization of staff revealed the opportunity for greater efficiencies and even higher future throughputs.
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