Enteral Nutrition Feeding

This study aims to explore the correlation between gastrointestinal blood flow and the incidence of enteral nutrition intolerance (ENI) and its symptoms in critically ill patients, construct and compare predictive models including blood flow parameters, and evaluate their incremental predictive value.

Aim: We need to FEED (Facilitating Enteral Education for Discharge) project aims to streamline and enhance the discharge process for pediatric patients with enteral nutrition (including G-tubes, J-tubes, GJ-tubes, and NG-tubes) and ultimately create enteral discharge protocol. The aim of the study is to describe the effectiveness of the discharge education program for children with enteral tubes on caregiver knowledge and determine the impact of the program on unplanned ER, Urgent care or clinic visits. By ensuring that all necessary supplies, orders, and follow-up appointments are in place prior to discharge, and by providing comprehensive education and support to parents, the project seeks to improve patient outcomes, reduce healthcare utilization, enhance coordination and communication among healthcare providers.

During the prone position, there may be an increase in intragastric pressure. The investigators focus on a scientific question: Whether reducing enteral nutrition before the prone position will benefit patients with severe mechanically ventilated acute respiratory distress syndrome (ARDS). The experimental group had the enteral nutrition dose reduced before the prone position, while the control group did not have the enteral nutrition dose reduced

The aim of the study to evaluate the effectiveness and patient's outcome after implementing enteral nutrition algorithm designed to achieve optimal enteral nutrition delivery in the pediatric intensive care unit and to evaluate the effect of implementing this protocol on critically ill patient's individual's outcome.

This study aims to address the challenges of enteral nutrition support in critically ill ICU patients with varying gastrointestinal function. We'll use bedside Doppler ultrasound to monitor superior mesenteric artery (SMA) blood flow changes post - feeding, exploring its correlation with Acute Gastrointestinal Injury (AGI) and other hemodynamic indicators. Our goals are to identify the patterns of SMA blood flow changes, establish a predictive model linking SMA blood flow reactivity to AGI risk, and propose individualized enteral nutrition strategies based on intestinal hemodynamics. Through this innovative approach, we hope to enhance the safety of enteral nutrition, reduce AGI incidence, and improve patient outcomes.