Problem Solved
Endoscopic procedures often require precise manipulation of internal tissues, which can be challenging due to limited access and visibility. Traditional methods may involve cumbersome tools or require multiple steps, increasing the risk of complications and prolonging procedure times.
Core Features
This invention introduces an endoscopic medical device designed to improve procedures on internal mucosa, such as the esophagus or colon. It features a notched traction wire and a self-locking knot, allowing for secure and adjustable tissue manipulation. The device includes a series of radially spaced notches on the wire and a closed-loop fixation system, enabling controlled traction and dissection.
Inventive Step
The unique aspect of this invention is the integration of a notched traction wire with a self-locking knot, which acts as a pulley system. This design allows for precise and progressive traction, lifting the mucosa towards a second anchoring point. The notches prevent backward movement, ensuring stability and control, which is not available in existing solutions.
Benefits
The device simplifies endoscopic procedures by reducing the number of tools required and enhancing control over tissue manipulation. It minimizes the risk of tissue damage and shortens procedure times, potentially leading to better patient outcomes and reduced healthcare costs.
Broader Impact
This invention could revolutionize endoscopic procedures, making them safer and more efficient. It holds promise for improving patient care in gastroenterology and could be adapted for other medical fields, contributing to advancements in minimally invasive surgery.