Description
The MIC-KEY Low Profile Gastric-Jejunal Tube (GJ-Tube) by Avanos is a specialized medical device designed for patients requiring long-term enteral nutrition and gastric decompression. Its low-profile design offers comfort and discretion, sitting close to the skin to reduce the risk of accidental removal.
Key Features
- Dual Access Ports: Provides a jejunal port for feeding and medication delivery directly into the small intestine, and a gastric port for stomach decompression.
- Retention Mechanism: Secured with an internal, inflatable balloon and an external bolster that rests above the skin.
- Extension Set Compatibility: Requires a MIC-KEY extension set for port access, with detachable sets for comfort.
- Anti-Reflux Valves: One-way valves in each port to prevent backflow.
- Radiopaque Stripe: Allows for visualization under imaging.
Material and Sterility
Crafted from medical-grade silicone, the tube is latex-free and sterile, intended for single use. It is compatible with feeding pumps and suitable for bolus, intermittent, or continuous feeding.
Specifications
- Available Sizes: French sizes range from 16 Fr to 22 Fr, with various stoma and jejunal lengths.
- Balloon Volume: Pediatric and adult options with specific fill volumes.
- Port Connectors: Available with ENFit or non-ENFit connectors.
- Distal Tip: Designed for atraumatic insertion.
Intended Use
The tube provides essential access for enteral feeding and medication administration in both pediatric and adult patients. Placement requires professional guidance and should not be replaced at home.
Care and Maintenance
Routine care includes cleaning the stoma site, regular flushing to prevent blockages, and checking balloon volume. Only MIC-KEY extension sets should be used to ensure compatibility.
Packaging
Each unit is packaged with extension sets and syringes for balloon management, with dimensions approximately 32 x 24 x 6 cm and a weight of 0.572 kg.
This device is intended for prescription use only and should be managed by a healthcare professional to ensure optimal performance and safety.