OBJECTIVE: To examine the pattern of growth faltering in preschool children, using World Health Organization (WHO) growth standards 2006 from the available datasets of first and third National Family Health Survey (NFHS 1 and 3). DESIGN: Data-analysis of two large-scale cross-sectional surveys done at a gap of 15 years. SETTING: General community. SUBJECTS: Preschool children included in NFHS 1 (n = 37,768) and NFHS 3 (n = 41,306). MAIN OUTCOME MEASURES: Weight for age Z-scores (WAZ), height for age Z scores (HAZ) and weight for height Z scores (WHZ) based on WHO growth standards for the first four years of life. RESULTS: Mean WAZ score at 0 month during first and third surveys were -1.15 (n=268) and -0.76 (n=184), respectively. Of the total growth faltering in weight for age Z (WAZ) score by the end of third year, 55% and 44% of the growth faltering was already present at birth for the first and third survey, respectively. There was no change in weight for height Z (WHZ) score for the first three years during both the surveys. CONCLUSIONS: A good part of the total growth faltering in India has already taken place at birth. Much of the growth faltering in early life can be attributed to faltering in HAZ scores or stunting. Understanding the causal role of stunting and its prevention as well as improving birth weight appears to be the key for better efficacy of public health programs in preventing under-5 malnutrition in India.
OBJECTIVE: To examine the pattern of growth faltering in preschool children, using World Health Organization (WHO) growth standards 2006 from the available datasets of first and third National Family Health Survey (NFHS 1 and 3). DESIGN: Data-analysis of two large-scale cross-sectional surveys done at a gap of 15 years. SETTING: General community. SUBJECTS: Preschool children included in NFHS 1 (n = 37,768) and NFHS 3 (n = 41,306). MAIN OUTCOME MEASURES: Weight for age Z-scores (WAZ), height for age Z scores (HAZ) and weight for height Z scores (WHZ) based on WHO growth standards for the first four years of life. RESULTS: Mean WAZ score at 0 month during first and third surveys were -1.15 (n=268) and -0.76 (n=184), respectively. Of the total growth faltering in weight for age Z (WAZ) score by the end of third year, 55% and 44% of the growth faltering was already present at birth for the first and third survey, respectively. There was no change in weight for height Z (WHZ) score for the first three years during both the surveys. CONCLUSIONS: A good part of the total growth faltering in India has already taken place at birth. Much of the growth faltering in early life can be attributed to faltering in HAZ scores or stunting. Understanding the causal role of stunting and its prevention as well as improving birth weight appears to be the key for better efficacy of public health programs in preventing under-5 malnutrition in India.
Authors: Swaroop Kumar Sahu; S Ganesh Kumar; B Vishnu Bhat; K C Premarajan; Sonali Sarkar; Gautam Roy; Nitin Joseph Journal: J Nat Sci Biol Med Date: 2015 Jan-Jun
Authors: K V Radhakrishna; R Hemalatha; J J Babu Geddam; P Ajey Kumar; N Balakrishna; Veena Shatrugna Journal: PLoS One Date: 2013-05-30 Impact factor: 3.240