Design of Blood Reversal Prevention in IV Therapy

Abstract

A novel approach to prevent blood reversal in IV therapy by utilizing a load cell and Arduino-based system. The proposed system consists of a load cell integrated into the IV line, which continuously monitors the pressure changes within the line. When the pressure exceeds predefined thresholds, suggesting potential blood reversal, the Arduino microcontroller triggers an alarm, notifying the medical staff and halting the infusion. The load cell's sensitive and real-time monitoring capabilities offer a reliable means to detect changes in fluid dynamics within the IV line accurately. The Arduino microcontroller acts as the control unit, analyzing the data from the load cell and taking immediate action to prevent any blood reversal incidents. Additionally, the system can be easily integrated into existing IV setups, making it a practical and cost-effective solution for healthcare facilities. Through rigorous testing and validation, the proposed load cell and Arduino-based system demonstrate promising results in preventing blood reversal incidents during IV therapy. This innovative technology has the potential to enhance patient safety, reduce medical errors, and improve the overall quality of care during IV administration.