Aplicación de un sistema de análisis de peligros y control de puntos críticos en la nutrición enteral administrada en la unidad de cuidados intensivos
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Archivos
Fecha
2007
Profesor/a Guía
Facultad/escuela
Idioma
es
Título de la revista
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Editor
Sociedad Chilena de Nutrición, Bromatología y Toxicología
Nombre de Curso
Licencia CC
Licencia CC
Resumen
Se aplicó un sistema de Análisis de Peligros y Control de Puntos Críticos (HACCP) en la administración de la nutrición enteral (NE) en la Unidad de Cuidados Intensivos (UCI) de un Hospital de alta complejidad, con la colaboración del personal que trabaja en la UCI, para garantizar la seguridad de la calidad en la preparación, almacenamiento y entrega de la nutrición enteral a pacientes hospitalizados. Se estudiaron los métodos de rutina de preparación de la nutrición enteral, su almacenamiento y entrega a pacientes y se realizó un diagrama de flujo del proceso de administración de la fórmula de NE, luego, se identificaron los peligros y se evaluó su gravedad. Se determinaron los Puntos Críticos de Control (PCC) y se establecieron los criterios de control. La abertura del envase de la Fórmula Enteral (FE) y la introducción del equipo de infusión a la FE constituyen los únicos PCC cuando se manipula una FE lista para colgar. Se monitorearon y se aplicaron límites críticos y medidas correctivas para cada uno de los PCC del proceso. Además, se tomaron muestras para realizar un análisis para medir la calidad microbiológica del producto en cada PCC del proceso y se controló su temperatura ambiental. El análisis estadístico del recuento bacteriano de Aerobios Mesófilos (RAM) y Coliformes totales (CT) al tiempo 0 y 48 horas señala que no existen diferencias estadísticamente significativas en el nivel RAM y CT (p<0,05) en esos tiempos de estudio. La aplicación del sistema HACCP en la manipulación de la FE listas para usar en pacientes hospitalizados en la UCI, demuestra que es un sistema eficaz que permite garantizar en forma efectiva y segura el empleo de NE en pacientes hospitalizados
A Hazard Analysis and Control of Critical Points (HACCP) was applied to enteral nutrition (EN) at the Intensive Care Unit (ICU) in a highly complex Hospital, with the collaboration of personnel working at the ICU to guarantee the certainty of the quality in the preparation, storage and delivery of enteral feeding solutions to hospitalized patients. Routine methods of food preparation, storage and delivery to patients were studied and a flux diagram of the process of the administration of the EN formula was draw; later, hazards were identified and their seriousness was evaluated. Critical Controls Points (CCP) were determined, and control criteria were established. The opening of the EN container and the introduction of infusion equipment are the only Critical Control Points (CCP) when a ready-to-hang EN preparation is manipulated. Critical limits and correction measures were monitored and applied for each of the CCP of the process. Moreover, samples were taken to analyze and measure the microbiologic quality of the product at each CCP of the process and room temperature was controlled. The statistical analysis of bacteria recount on enteral food shows that there are no statistically significant differences at RMA and TC levels (p< 0.05).
A Hazard Analysis and Control of Critical Points (HACCP) was applied to enteral nutrition (EN) at the Intensive Care Unit (ICU) in a highly complex Hospital, with the collaboration of personnel working at the ICU to guarantee the certainty of the quality in the preparation, storage and delivery of enteral feeding solutions to hospitalized patients. Routine methods of food preparation, storage and delivery to patients were studied and a flux diagram of the process of the administration of the EN formula was draw; later, hazards were identified and their seriousness was evaluated. Critical Controls Points (CCP) were determined, and control criteria were established. The opening of the EN container and the introduction of infusion equipment are the only Critical Control Points (CCP) when a ready-to-hang EN preparation is manipulated. Critical limits and correction measures were monitored and applied for each of the CCP of the process. Moreover, samples were taken to analyze and measure the microbiologic quality of the product at each CCP of the process and room temperature was controlled. The statistical analysis of bacteria recount on enteral food shows that there are no statistically significant differences at RMA and TC levels (p< 0.05).
Notas
Indexación: Scielo
Palabras clave
Enteral nutrition, EN formula, Hazard analysis, Control of critical points, Critical limits
Citación
Revista chilena de nutrición, Vol. 34, N° 3, pp. 258-263, 2007.