OBJECTIVE: The aim of this pilot study was to assess whether long standing asthma affects growth in prepubertal Egyptian children before initiation of long-term corticosteroid therapy. METHODS: Children with asthma were divided into two groups according to asthma severity, moderate (n=24) and severe (n=14) and were compared for their physical and skeletal growth with a control group (n=15) using standard deviation score (SDS) and one-way ANOVA (analysis of variance) test. RESULTS: No statistically significant differences were found between various growth parameters (weight, height, BMI, upper segment lower segment ratio, and skin fold thickness in asthmatic and normal children, although a positive correlation was found between the age at which the asthma presented and the height in all asthmatic children, r= 0.288, p= 0.036. The bone age standard deviation scores (SDS) were 0.97 mean, -0.165 and -0.572 for controls, moderate and severe asthmatics respectively (P< 0.05), and significant inter group difference between the 2 asthmatic groups (moderate and severe) and the controls was found. CONCLUSION: The authors conclude that there was no significant major effect of asthma per se on growth parameters in children, but that skeletal maturation was influenced by long standing asthma.
OBJECTIVE: The aim of this pilot study was to assess whether long standing asthma affects growth in prepubertal Egyptian children before initiation of long-term corticosteroid therapy. METHODS:Children with asthma were divided into two groups according to asthma severity, moderate (n=24) and severe (n=14) and were compared for their physical and skeletal growth with a control group (n=15) using standard deviation score (SDS) and one-way ANOVA (analysis of variance) test. RESULTS: No statistically significant differences were found between various growth parameters (weight, height, BMI, upper segment lower segment ratio, and skin fold thickness in asthmatic and normal children, although a positive correlation was found between the age at which the asthma presented and the height in all asthmatic children, r= 0.288, p= 0.036. The bone age standard deviation scores (SDS) were 0.97 mean, -0.165 and -0.572 for controls, moderate and severe asthmatics respectively (P< 0.05), and significant inter group difference between the 2 asthmatic groups (moderate and severe) and the controls was found. CONCLUSION: The authors conclude that there was no significant major effect of asthma per se on growth parameters in children, but that skeletal maturation was influenced by long standing asthma.