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Background: The incidence of malnutrition in children admitted to pediatric intensive care unit (PICU), has always been significant. In addition, nutritional status of critically ill children deteriorates further during their PICU stay and may have negative effect on patients` outcome. This study aims to determine the critically ill children, to analyse and document its impact on outcome and to survey current nutritional practices and support in PICU.Methods: This was a prospective observational study done over a period of 10 months on critically ill patients admitted in PICU of department of pediatrics at Baroda medical college and Sir Sayajirao Gaekwad hospital, Vadodara.Results: Total of 350 patients admitted in PICU of S. S. G. hospital, Vadodara were enrolled in the study. Malnutrition was higher in age 6-60-month age group (57%) of patients admitted in PICU, 81% of severe acute malnutrition patients required mechanical ventilation and 19% required HFNC support, there was statistically significant difference in mortality (51.1%) of SAM patients as compared to normal patients.Conclusions: Malnutrition is one of the leading causes of mortality in patients admitted to PICU, with more complications with prolonged ventilator support, longer duration of stay in PICU.
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Background: Almost every indoor patient requires some form of intravenous (IV) fluids and its infusion rate should be proper as recommended for best treatment outcomes. To overcome the same, a simple, quick and easily applicable new method for drip drop rate calculation is proposed, which is user-friendly at bedside and doesn’t require mathematical skills or help.Methods: Author compared this novel innovative method (IM) of IV fluid drip drop rate method for both regular macro and micro drop infusion set against conventional mathematical calculation method (MC) of infusion in various IV fluid indoor orders and assessed for time-to-initiation of treatment (TI) required and its accuracy. Ten resident doctors and ten nursing staff participated to grade both conventional and novel methods by using pre-printed forms of various parameters like time consumption, comfort level, accuracy and applicability in ward and these both methods were scored on a scale of 1 to 10.Results: Conventional method (CM) required 14.23±1.10seconds, while novel method (IM) required average 3.63±0.73seconds for calculation of drop rate. Average grading for conventional method was 3.63±0.49 and for novel method was 7.84±0.6 out of 10.Conclusions: Novel method of IV fluid drip drop rate formula is easy, quick and superior in comparison to conventional method and it doesn’t require any additional instrumental help. It is good alternative to conventional formula for IV drip drop rate calculation in absence of infusion pump.