Introduction: Skin fold thickness is a measure of adiposity and is a validated method of assessing malnutrition in older children. The present study was undertaken to see the role of skin fold thickness measurement in neonates as an index of foetal nutritional assessment and to compare between CAN (Clinical Assessment of Nutrition) score and other anthropometric indicators in foetal malnutrition (FM). Methods: A prospective observational study was conducted in postnatal ward of Universal College of Medical Sciences-Teaching Hospital for a duration of six months. Three hundred seventy term newborns were assessed by CAN score and anthropometry recorded. The CAN score was determined and those with scores 25 was classified as having foetal malnutrition. Skin fold thickness using the Slim Guide skin fold caliper was taken at the triceps, biceps, sub scapular, supra iliac and quadriceps locations for each neonate. Two readings were taken at every site and the mean was recorded. All the skin fold thickness measurements were correlated with the CAN score and statistical comparisons were made. Results: Incidence of FM was 18.38. The mean (SD) for sum of all skin-fold thickness at all sites for males and females were 4.3 ± 1.61 and 4.18 ± 0.72 mm respectively. All the skin-fold thickness measurements correlated significantly with the CAN score, but the sum of the five had the best correlation. The mean (SD) of anthropometric data of babies and sum of all comparing foetal malnutrition versus without foetal malnutrition using nutritional status CAN score was statistically significant (p-value 0.001). Conclusions: The sum of all five skin-fold measurements might be a useful screening tool for FM in view of its objectivity, convenience and simplicity, but it is not sufficiently sensitive or specific to replace the CAN score in the identification of FM in neonates.
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