OBJECTIVE: Protein-energy malnutrition (PEM) constitutes an important complication in children submitted to intensive care treatment for respiratory failure (RF). This complication is not usually evaluated in assessment protocols. Nutrition assessment in a Pediatric Intensive Care Unit (PICU) was performed in children with respiratory failure. PATIENTS AND METHODS: A prospective study involving 65 children (1-158 months of age) with RF at admission to the PICU was carried out. The patients studied were divided into four groups according to their etiology: Group I (n = 29) included those with acute bronchial pathology; Group II (n = 17) those with pneumonia: Group III (n = 11) those in the post-operative period following cardiac surgery; and Group IV (n = 8) those patients with multiple-organ dysfunction. All patients in Groups I, II, and III had chronic diseases. Anthropometrical and nutritional evaluation included weight, height and body mass index (w/h2). RESULTS: The weight for age was low (59%). Height deficit was observed in a significantly lower percentage of the patients (13.1%). The body mass index showed values in relationship to the 50th percentile that varied between 83.4 +/- 23.1% and 97.1 +/- 4.7%. In 68.9% of the patients the criteria of global malnutrition were met according to the classification of McLaren and Read. CONCLUSIONS: The data confirm that PEM is frequent in patients with RF in the PICU and emphasize the usefulness of anthropometrical evaluation as an important, simple and non-invasive method of nutritional evaluation. Early and intensive nutritional intervention can reduce or prevent the vicious circle of malnutrition in RF patients hospitalized in the PICU.
OBJECTIVE: Protein-energy malnutrition (PEM) constitutes an important complication in children submitted to intensive care treatment for respiratory failure (RF). This complication is not usually evaluated in assessment protocols. Nutrition assessment in a Pediatric Intensive Care Unit (PICU) was performed in children with respiratory failure. PATIENTS AND METHODS: A prospective study involving 65 children (1-158 months of age) with RF at admission to the PICU was carried out. The patients studied were divided into four groups according to their etiology: Group I (n = 29) included those with acute bronchial pathology; Group II (n = 17) those with pneumonia: Group III (n = 11) those in the post-operative period following cardiac surgery; and Group IV (n = 8) those patients with multiple-organ dysfunction. All patients in Groups I, II, and III had chronic diseases. Anthropometrical and nutritional evaluation included weight, height and body mass index (w/h2). RESULTS: The weight for age was low (59%). Height deficit was observed in a significantly lower percentage of the patients (13.1%). The body mass index showed values in relationship to the 50th percentile that varied between 83.4 +/- 23.1% and 97.1 +/- 4.7%. In 68.9% of the patients the criteria of global malnutrition were met according to the classification of McLaren and Read. CONCLUSIONS: The data confirm that PEM is frequent in patients with RF in the PICU and emphasize the usefulness of anthropometrical evaluation as an important, simple and non-invasive method of nutritional evaluation. Early and intensive nutritional intervention can reduce or prevent the vicious circle of malnutrition in RF patients hospitalized in the PICU.