ABSTRACT
Background & objectives: Ocular hypertelorism constitutes an important component of many clinical syndromes. It is typically recommended to use inter-pupillary distance (IPD) for objective evaluation of ocular hypo/hypertelorism. Barring infancy, there is a scarcity of data on this anthropometric parameter relating to the ocular apparatus. This study aims to study auxological dynamics of IPD in children of Indian origin. Methods: A total of 3622 ( 2239 males and, 1383 females) normal, healthy Indian children of North-western origin, aged one month to 14 yr comprised the sample for this study. Inner and outer-canthal distance were measured using standardized anthropometric techniques. None of the children who participated in this study had craniofacial dysmorphism or any body deformity. Mean (standard deviation SD) and percentiles were calculated for IPD in male and female subjects at different age levels. Results: IPD increased from 4.68±0.21 to 6.19±0.36 cm in males and from 4.59±0.26 to 6.08±0.25 cm in females between one month and 14 yr of age. Boys in general, possessed larger IPD than girls, however, the gender differences became significant (P?0.05) at 10, 11, 16-18 and 22-24 months, respectively, and five and 10 yr of age, respectively. Interpretation & conclusions: The results of this study suggest that the patients having IPD less than the 3rd percentile should be treated as cases of hypotelorism while, those exceeding 97th percentile as cases of hypertelorism. The use of percentile grids presented for IPD may be used to detect ocular hypotelorism and hypertelorism in male and female children to corroborate diagnosis of different syndromes
ABSTRACT
BACKGROUND: Atopic dermatitis is a chronic, relapsing disorder associated with significant morbidity. Growth retardation is known to occur in children affected with atopic dermatitis. However, there is not enough Indian data for this disorder. AIMS: We conducted a longitudinal study to look for the effect of atopic dermatitis on growth attainment of Indian preschool children. METHODS: The growth patterns of 62 children, aged 3-5 years and suffering from atopic dermatitis were studied in terms of body weight, height and head circumference. Sixty-eight normal healthy children matched for age, sex and socioeconomic status were taken as controls. Every child was followed up at intervals of three months following a mixed longitudinal study design for the duration of one year. Severity of the disease was determined by the scoring atopic dermatitis (SCORAD) index. RESULTS: Growth velocities were lower in patients than in controls. Mean changes in body weight of patients of both sexes showed close similarity to controls. Mean values for height and head circumference were found to be significantly lower in girls than in the girls of the control group at majority of the age levels. In contrast, in boys, these values for the patients remained comparable or higher than in the boys of the control group at some of the ages. Girls had comparatively more severe disease than boys and they had lower values than boys for all the growth parameters assessed. CONCLUSION: Growth retardation was observed among children with a more severe form of the disease. Height of the affected children was compromised mostly, though a tendency for catch-up growth was observed. Severe forms of atopic dermatitis may impair a child's linear growth temporarily.