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Rev. chil. enferm. respir ; 37(4): 285-292, dic. 2021. tab
Article in Spanish | LILACS | ID: biblio-1388163

ABSTRACT

INTRODUCCIÓN: El incremento del índice de masa corporal afecta la función pulmonar en el asma. Objetivo: determinar si existen diferencias entre asmáticos con estado nutricional normal, sobrepeso y obesidad en cuanto a alteraciones de la oscilometría de impulso (IOS) y espirometría. MÉTODO: Estudio realizado en niños y adolescentes con asma persistente. Se practicó sucesivamente IOS y Espirometría pre y post- broncodilatador según criterios ATS/ERS/SER. Los pacientes se clasificaron en: eutróficos (AE), con sobrepeso (ASP) y obesos (AO). Se compararon promedios de valores basales y con respuesta broncodilatadora (RB) en espirometría e IOS, con análisis de varianzas ANOVA y test de Tukey post hoc. Se consideró un poder de 80% y error α de 5%. RESULTADOS: Se analizaron 559 pacientes, promedio de edad 9,2 años, 50,9% varones. AE 52,4%, ASP 31,3% y AO 16,3%. Se encontraron diferencias significativas entre AO vs AE (X5, AX, D5-20, VEF1/CVF, FEF25-75/CVF, RB VEF1), y entre ASP vs AE (AX, D5-20, VEF1/CVF). También se encontraron diferencias significativas en varones, no encontradas en las mujeres (X5, D5-20, VEF1/CVF, RB CVF, RB VEF1). CONCLUSIONES: Los niños asmáticos con sobrepeso y obesidad, tienen un mayor compromiso de los índices de función pulmonar medida por espirometría e IOS que los asmáticos con estado nutricional normal. Existen diferencias de género en las alteraciones espirometría e IOS.


INTRODUCTION: Increased body mass index asthma affects lung function in asthma. Objective: to determine if asthmatics with overweight or obesity have alterations in Impulse oscillometry (IOS) and spirometry compared to eutrophic METHOD: Study carried out in children and adolescents with persistent asthma. IOS-Spirometry pre and post bronchodilator were performed successively according to ATS/ERS/SER criteria. The patients were classified as: eutrophic (AE), overweight (ASP) and obese (OA). Baseline and bronchodilator response (BR) averages were compared in spirometry and IOS with ANOVA and Tukey's post hoc analysis of variance. A power of 80% and α error of 5% were considered. RESULTS: 559 patients were analyzed, mean age 9.2 years, 50.9% male. AE 52.4%, ASP 31.3% and OA 16.3%. Significant differences were found between OA vs AE (X5, AX, D5-20, FEV1/FVC, FEF25-75 / FVC, RB FEV1), and between ASP vs AE (AX, D5-20, FEV1/FVC). Significant differences were also found in men, not women (X5, D5-20, FEV1/FVC, BR FVC, BR FEV1). CONCLUSIONS: Asthmatic children with overweight and obesity have a greater compromise of pulmonary function parameters measured by spirometry and IOS than asthmatics with normal nutritional status. There are gender differences in spirometry and IOS alterations.


Subject(s)
Humans , Male , Female , Child, Preschool , Child , Adolescent , Respiratory Function Tests/methods , Asthma/physiopathology , Lung/physiopathology , Obesity/physiopathology , Oscillometry , Spirometry , Vital Capacity , Forced Expiratory Volume , Nutritional Status , Cross-Sectional Studies , Analysis of Variance , Overweight/physiopathology
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