Developing a Point of Care Diagnostic Device for Continuous Lactate Monitoring During Labour
Turning Diagnostic Ideas into Market-Ready Products
We work with universities and businesses to develop diagnostic technologies, covering the entire development process – from early feasibility through regulatory validation and commercial launch.
One recent case study, working in partnership with the University of Liverpool and their research, partnerships and innovation team in collaboration with Liverpool Women’s Hospital was to develop a point-of-care (POC) wearable medical diagnostic device to give continuous readings of lactate levels in the patient during labour.
The diagnostic device, developed here at Medtechtomarket, consists of a sensor connected to a Bluetooth transmitter, to monitor lactate levels in the patient during labour. The goal of this medical device will be to support end users in deciding when patients require immediate treatment for conditions such as suspected sepsis.
Measuring Fetal Wellbeing During Labour
Lactate can be measured during labour to assess the wellbeing of the fetus and also the Mother. While continuous fetal heart rate monitoring is standard, lactate measurements can provide additional information, especially when the heart rate suggests potential distress. Lactate levels are often elevated during labor and the postpartum period, but they typically remain below 4 mmol/L, according to a study published by Wiley. Continuous lactate monitoring using a POC device during labour can help guide clinical decision-making and potentially improve outcomes for both the mother and baby.
Clinical Trials for Medical Devices
This particular device has seen positive results during preliminary testing, and will now move into the next stage of development in the hope that it will improve patient care in maternity wards across the world.
Outsource Medical Diagnostic Technologies
We have laboratories, production, and warehousing facilities all in one place, meaning we can translate research, develop medical devices, and bring products to market – quickly, cost-effectively, and de-risked.