Increasing the Success Rate in Organ Transplant Medicine
Optimal Care During Organ Transport With Real-Time Liquid Flow Monitoring and Bubble Detection
The intra-organ flow is the most critical parameter in machine-perfused organ preservation systems. Non-invasive SONOFLOW CO.56 flow-bubble sensors and SONOCHECK ABD bubble detectors play a crucial role in the safe transportation of human organs. They monitor perfusion quality and prevent air embolism, thus minimizing risks and increasing the success rate of transplants.
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Organ Donation Saves Lives
Organ transport devices imitate the human body to provide the donor organ with ideal conditions. Pumps, oxygenator and dialysis unit take over the tasks of the heart, lungs, and kidneys, depending on the organ. Hormones and nutrients can replace the pancreas and intestines. With the help of organ transport devices, it is possible to examine donor organs outside the human body and treat them with medication so that the patient receives a well-functioning transplant. In addition, organ transport devices extend the viability until the organ is transplanted.
Using non-invasive flow meters and air bubble detectors can significantly increase safety during organ transport, as the blood or liquid flow rate is continuously monitored. If there are changes in the flow profile or an air bubble is detected, an alarm can be triggered in the system. In this way, the sensors help to reduce the risks for the donor organs and increase the transplant success rates.
Flow Measurement Ensures Organ Viability
Intelligent sensors, such as the SONOFLOW CO.56 flow-bubble sensors, use ultrasonic transit-time technology to non-invasively monitor the liquid flow in perfusion systems. This enables:
- Real-time monitoring of blood or preservative solution flow during transportation
- Early detection of air bubbles and flow anomalies that may indicate vascular complications
Accurate measurement of the flow rate and detection of air bubbles during the transport of donor livers or kidneys can reduce postoperative complications.
Preventing Life-Threatening Air Embolisms
Air bubble detectors, such as the sensors of the SONOCHECK ABD series, detect bubbles in perfusion tubing by dynamic amplitude monitoring. If an air bubble occurs in the system, a bubble alarm is automatically triggered.
The sensor’s multi-level safety architecture includes automatic self-tests and redundant sensor elements. The ultrasonic sensors provide effective support in preventing air from entering the vasculature.
Hygienic Integration Into Medical Systems
The non-invasive clamp-on sensor technology offers several advantages in sterility-critical environments:
- No media contact due to clamp-on technology
- Dry coupling without lubricant
- Compact design for mobile transport devices
The SONOFLOW CO.56 flow-bubble sensors and the SONOCHECK ABD air bubble detectors can be installed directly on the systems or organ pumps without compromising sterile barriers. The sensors' compact design with small housing and integrated electronics allows them to fit into limited spaces within or on medical devices.
Why are flow meters and air bubble detectors important for organ transport systems
- Real-time monitoring of liquid flows to ensure optimal organ perfusion
- Non-invasive measurement technology to avoid contamination and to guarantee strict hygiene
Benefit from our flow meters and air bubble detectors!
- Air bubble detection to prevent air embolism
- Compact sensor design for comfortable integration in mobile transport boxes
More Information about Ultrasonic Flow Meters
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SONOTEC US Inc.
SONOTEC US Inc.
10 Newton Pl., Ste. 100
Hauppauge, New York 11788