Ascensia Diabetes Care today announced the availability of the CONTOUR®NEXT ONE blood glucose monitoring system (BGMS) in the United Kingdom, one of the next steps in the evolution of self-monitoring of blood glucose. As part of the system, the CONTOUR®NEXT ONE meter and CONTOUR®DIABETES app seamlessly connect, which makes capturing blood glucose results effortless for people with diabetes. The system enables patterns and trends to be revealed that can help people understand their diabetes, and may help to improve diabetes management.
The system features an easy-to-use wireless-enabled smart meter that links to a smart mobile device via Bluetooth® connectivity. The CONTOUR®NEXT ONE meter gives immediate feedback and also seamlessly connects to the CONTOUR®DIABETES app, which collects, stores and analyses patient blood glucose results received from the meter. The app combines these results with other data recorded by the user, to provide detailed information about their condition that can help them understand how their everyday lives may impact their blood glucose readings, including alerts for critical high or critical low readings. Through the app, meter users can also share with their healthcare professional the reports of their blood glucose results and patterns, either in advance or on the day of their appointment, helping to create more informed discussions.
To view the multimedia release go to:
http://www.multivu.com/players/uk/7954951-contour-next-one-bgms-ascensia/
Hunova, the first robotic gym for the rehabilitation and functional motor sense evaluation of lower limbs and trunk, has been officially launched in Genoa, Italy. The first 30 robots will be available from June in Europe and the USA. The technology was developed and patented at the IIT laboratories and has been launched on the market thanks to a 10 million euro investment from entrepreneur Sergio Dompè.
Hunova is a programmable robotic medical device that allows professionals in the geriatrics, neurology and sport rehabilitation field to cure and predict many neurological and orthopedic conditions. There are two main competitive advantages of this technology: Hunova is able to collect a significant amount of data on biomechanics, constantly monitoring the patient’s progress. Secondly, it provides direct support to the patient through a guiding robotic system, offering a wide range of rehabilitation protocols in the form of video games. It consists of two electromechanical platforms equipped with sensors, characterized by two degrees of freedom (feet and seat level). The device integrates the force sensors to adjust the interaction with the patient and a wireless sensor, which is placed on the patient’s trunk, allowing the physiotherapist to check the movement of the torso.
To view the multimedia release go to:
https://www.multivu.com/players/uk/8108951-iit-movendo-launch-robot-hunova/
https://exodraft-heatrecovery.com/about-heat-recovery/uk-heat-recovery-ihrs-funding/
Visit https://exodraft-heatrecovery.com
Did you know that your company can receive up to 50% government funding when installing an industrial heat recovery system?
The program is called IHRS – or Industrial Heat Recovery Scheme – and within the program, a total of £18 million are available for funding.
Of the £18 million, £6 million are earmarked for concept and design and £12 million are earmarked for installation, commissioning and monitoring.
A heat recovery project can receive funding at any stage – even at the consultant and analysis stage – all the way through to the final turn-key delivery.
Funding applications are graded on a 0-to-10 scale. The higher the score, the greater the funding potential.
In order to be eligible for funding, the heat recovery system must be installed on an existing installation.
The project as a whole is graded based on energy benefit, kilowatt savings as well as environmental, economic and social impact and must achieve a minimum score of 5.
It is a requirement that the recovered energy is used within the confines of the business.
