Anti-Stomal Prolapse Device

Stomal prolapse, a complication of ileostomies and colostomies, occurs when the bowel protrudes abnormally through a stoma due to factors such as increased abdominal pressure or weakened fascia. Current treatments include manual reduction using compression techniques, applying a desiccant such as sugar or salt, and surgical interventions such as resection and revision. However, these methods fail to prevent recurrence. Assistive devices, including ostomy support belts, have been explored but lack sufficient development for widespread clinical use. This study investigates the mechanical properties and sterilization methods of the NoLapse device, a novel approach to preventing prolapse recurrence. Holistic testing has involved steam and electron-beam sterilization, shelf life studies, mechanical performance evaluations, and simulated use assessments to ensure the device maintains structural integrity under physiological conditions. Preliminary findings suggest that the
NoLapse device withstands expected forces and offers potential as a non-invasive, durable solution for stomal prolapse management. Further studies are required to validate long-term efficacy, comply with FDA feedback and regulations, and optimize design for clinical
application.