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Cellnovo Launches World First Mobile-Connected Diabetes Mangmnt System
Cellnovo's diabetes management system comprises an insulin pump that connects wirelessly to an intuitive 'app-based' touch-screen handset. The handset features an integral blood glucose monitor, an activity monitor and a mobile (GSM) data connection to a comprehensive web-based clinical management system.
Cellnovo patients will be able to track and manage their diabetes; securely sharing all clinical information through the web so that they, their doctors, nurses and family members can ensure sustained and effective diabetic control.
Principal Investigator of the Cellnovo usability trial, and world-leading authority on insulin pump therapy, Professor John Pickup of King's College London School of Medicine, remarked, "This clinical trial is not just the world's first with a mobile-connected insulin infusion system, it is also the first clinical trial in which the care team and patients can simultaneously observe and evaluate patient data in real-time, anywhere in the world."
Co-trialist, Dr Mark Evans of Addenbrookes Hospital in Cambridge, commented, "This technology represents a entirely new model for the management of diabetes and one that could be of direct and long-term financial benefit to the NHS. The effective management of diabetes requires masses of information. The more information we have, and the more rapidly we have it, the better job we can do of using our resources efficiently to prevent the devastating long-term complications of diabetes. The Cellnovo system is the world's first both to automate and deliver instantly the information we need - a task achieved through the thoughtful and thorough integration of consumer technology, such as wireless and cellular, with medical sensor and precision pump technologies."
Co-trialist, Professor Stephen Greene of the University of Dundee added, "The Cellnovo system provides us immediate access to the clinical status of all our patients on a single screen. With accurate and current information we can identify and address problems immediately that, otherwise, might go unnoticed for months, contributing to excess cost and potentially tragic patient complications. In this clinical trial we will be the first to explore these new opportunities in diabetes patient management and hope to uncover new ways to improve and extend care, optimise workflow and drive cost efficiencies."
William F. McKeon, Cellnovo Chief Executive Officer added, "The launch of the Cellnovo system marks a new era in medicine where mobile connectivity is routinely embedded in medical devices. We draw upon the convenience of mobile technology in so many aspects of our lives: email, photos, social networking and banking. It is now time that our most precious asset, our health, benefits from the real-time information flow that is made possible with an in-built mobile connection. We are moving into an era where our doctors will routinely detect health issues over the web, before they worsen; and where patients and family members have the peace of mind that dangerous and costly emergencies can be avoided as early signs are immediately spotted."
"The Cellnovo usability trial will be conducted in ten of the leading diabetes centers across the UK and will involve 100 patients, both adults and children. Such scale is unprecedented for a trial of insulin infusion technology and its usability." concluded Dr Reman McDonagh, Director of Clinical and Physician Relations for Cellnovo.
Type 1 diabetes is routinely managed with pump technology throughout much of Europe and North America where 20-25% of patients gain benefit from therapy that mimics the body's normal production of insulin. Yet the UK lags behind, with 96% of patients having to rely on multiple daily injections. By introducing a unique system that uses cellular data and touch screen technology, Cellnovo aims to eliminate the barriers to adoption of insulin pump therapy; simplifying and reducing the workload for doctors and nurses, while also improving the quality of insight and diabetes management achieved by patients.
Type 1 diabetes affects 250,000 UK patients for whom the prospect of poor diabetic control can lead to blindness, nerve damage and death. Caring for diabetes accounts for 10% of the NHS budget, a significant proportion of which is focused on type 1, a growing challenge that affects 4% more UK patients each year. Type 1 diabetes can only be managed by the daily or constant administration of insulin, replacing the role of the pancreas that for these patients has become incapable of producing insulin, which is vital for the metabolism of carbohydrates.
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