Key result
Nutritional therapy is linked to improved ventricular function in severely malnourished children.
Why the study?
Does nutritional rehabilitation improve ventricular function in severely malnourished children?
Observational
Does nutritional rehabilitation improve ventricular function in severely malnourished children?
p-value: p=0.015
Severe malnutrition in children causes inherent ventricular dysfunction and cardiac muscle wasting that responds to nutritional therapy, highlighting the need for careful fluid management early in treatment.
May support nutritional rehab for ventricular recovery in severe malnutrition; leaves open confirmation by randomized trials before practice change.
The cardiovascular status of severely malnourished children was characterized before, during, and after nutritional rehabilitation. In most children with third-degree malnutrition, cardiac mass was decreased on admission to the hospital and recovered subsequent to nutritional therapy. All children had echocardiographic and Doppler measurements indicative of impaired ventricular function which significantly improved during the course of hospitalization, as evidenced in part by the change in fractional shortening (P = 0.015), mean velocity of circumferential fiber shortening (P = 0.038), and systolic time interval (P = 0.030). We conclude that children with primary third-degree malnutrition not only have cardiac muscle wasting, but also have inherent ventricular dysfunction as the result of severe malnutrition that responds to nutritional therapy. Particular care with fluid administration is imperative in the first week of therapy, when heart function is the most compromised.
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Phornphatkul et al. (1994) conducted an observational in Severe malnutrition (third-degree malnutrition). Nutritional rehabilitation vs. Baseline (before nutritional rehabilitation) was evaluated on Ventricular function (including fractional shortening, mean velocity of circumferential fiber shortening, and systolic time interval) (p=0.015). Nutritional therapy in severely malnourished children significantly improved impaired ventricular function, evidenced by changes in fractional shortening (P=0.015) and systolic time interval (P=0.030).
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