Express SD Biliary Monorail Premounted Stent System
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(Not Necessarily related to the device)Description:
Express SD Biliary Monorail Premounted Stent System by BOSTON SCIENTIFIC CORPORATION
The Express SD Biliary Monorail Premounted Stent System is a cutting-edge healthcare solution conceptualized and developed by the Boston Scientific Corporation. This exceptional medical device is primarily utilized in non-surgical endoscopic procedures. It is designed with the goal of ensuring optimal duct patency by aiding in the treatment of biliary duct obstructions.
The Express SD Biliary Monorail Premounted Stent System showcases unique characteristics and benefits that are significant in medical procedures. First and foremost, its monorail design is explicitly engineered for ease of delivery during ERCP procedures. The system supports a smooth, seamless insertion process and aids in accurate placements, thus minimizing potential tissue injuries and adverse events.
Its balloon-expandable feature provides physicians with control in achieving a consistent and balanced stent expansion. Consequently, it reduces patient discomfort while still maintaining the device's therapeutic effectiveness.
This innovative stent system is available in various stent lengths and diameters, thereby ensuring versatility of use and adherence to patients' unique anatomical needs and health conditions.
In summary, the Express SD Biliary Monorail Premounted Stent System underlines the convergence of innovation, patient comfort, and procedural efficiency with its visionary design and functionality.
Primary Use:
Express SD Biliary Monorail Premounted Stent System
The Express SD Biliary Monorail Premounted Stent System is an advanced endoscopic tool utilized extensively in the healthcare sector. The primary use of this monumental medical device is to ensure the unobstructed flow of bile in patients dealing with biliary obstructions.Functionality
The Express SD Biliary Monorail Premounted Stent System serves as a therapeutic solution for the issues related to the bile duct. The stent system is designed to be inserted into the blocked bile duct, typically upon a guide wire, to restore the proper flow of bile. Its design is maneuverable, allowing access to, and stenting of, intricate anatomical structures.Key Application
This device plays a pivotal role in the treatment of different conditions such as malignant biliary obstructions, where the bile duct becomes blocked by cancerous tumors. This innovative stent system acts as a supportive framework inside the bile duct, thus ensuring the seamless flow of bile and subsequently improving patient comfort levels and quality of life.Summary
In summary, the Express SD Biliary Monorail Premounted Stent System is an invaluable tool in the arsenal of medical practitioners, providing therapeutic treatment to patients suffering from biliary obstructions. Its implementation can bolster the treatment process and improve patient outcomes.How It Works:
Express SD Biliary Monorail Premounted Stent System: Function and Use
The Express SD Biliary Monorail Premounted Stent System is a quintessential piece of medical equipment in the domain of interventional gastroenterology and hepatology, specifically for the treatment of biliary tract diseases. A Brief OverviewThis state-of-the-art system provides a premounted, self-expanding nitinol stent which is pre-loaded on a biliary delivery system. Its primary role is to ensure patency of a constricted bile duct due to obstructions such as gallstones or tumors, thereby proficiently enriching the quality of patient care. The Functionality
Being monorail-designed, the stent system enables over-the-wire deployment, providing increased control and maneuverability within the vessel. The nitinol material and the self-expanding feature ensures flexibility and resistance to kinking, and with its high radial force, it conforms well to the contours of the biliary duct. The Deployment Process
The stent deployment is carried out under endoscopic or fluoroscopic guidance, performed as mentioned below: 1. Catheter advancement through the constricted bile duct with the help of a guidewire. 2. Stent positioning at the affected area. 3. Release of the stent by retracting the sheath, causing it to self-expand and hold the duct open. 4. Confirmation of stent placement is done through a subsequent fluoroscopic imaging. To amplify the precision during stent placement, radiopaque biliary stents are found beneficial, as they are easily visible under fluoroscopy.
Manufacturer:
BOSTON SCIENTIFIC CORPORATION
Status: In Stock
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