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Research Article Open access CC BY 4.0

Thiamine Deficiency in Exclusive Breastfed Infants with Encephalopathy Attending Govind Ballabh Panth Children Hospital Srinagar, India

Junaid Mehraj, Younus Ramzan Khan, Kaiser Ahmad

Asian Journal of Pediatric Research · pp. 16–22 · Published 16 Mar 2023

10.9734/ajpr/2023/v11i4227

Abstract

Introduction: Thiamine deficiency has historically affected countries and populations consuming milled white rice. Thiamine deficiency in infants can have an acute presentation of encephalopathy with shock with severe metabolic acidosis and death sometimes, if not promptly treated with an intravenous dose of thiamine. Aims: To study the biochemical deficiency of thiamine in exclusively breastfed infants presenting with encephalopathy and compare them with age-matched controls and to study their clinical course and short-term outcome (till discharge). Materials and Methods: After dividing infants into four groups based on age in days: (31-60 days; 13 in cases and 8 in controls; 61-90; 4 in cases and 3 in controls; 91-120 days; 2 in cases and none in controls; and >120 days 4 each in cases and controls. This study primarily included the selection of case/control subjects. Two case-control analyses were conducted. In the first one, blood thiamine levels were compared between infants with encephalopathy and without encephalopathy. In the second one, breast milk thiamine levels were compared between infants with encephalopathy and without encephalopathy. Student's independent t-test was used for statistical analysis. Results: Out of 38 infants, 23 had presented with encephalopathy, and 15 were healthy taken as controls. The mean blood levels of thiamine in infants with encephalopathy in cases were 17.29nmol/l with a Standard deviation of 8.86: the levels ranged between 13.47 and 21.13. The mean value of controls was 51.31, with a Standard deviation of 25.52 ranging between 23.25 and 124.7. The P value was <0.001 and was considered statistically significant. The ROC analysis of the data obtained from thiamine levels obtained in the study 'patient's blood compared with the control group. Conclusion: Thiamine deficiency can be clinically and biochemically attributed to the presentation of infants with acute encephalopathy.

Thiamine levels breastfed infants shock encephalopathy metabolic acidosis

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Cited by 3

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Ysphaneendramallimoggala, Monalisa Biswas, Stanly Elstin Anburaj · European Journal of Pediatrics · 2024

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