Medical Wireless Sensing Ltd

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Diabetes mellitus (diabetes) is a global epidemic. In 2014, there were 387 million people (8.3% of the world's population) living with diabetes; by 2035 this will have increased by 53% to 592 million. The UK's ageing population and increasing prevalence of obesity unfortunately means that ever greater numbers of the population are likely to be at risk of ...

This project will contribute towards the development of a portable and low-cost system which can detect the occurrence, and monitor the evolution of stroke and its treatment using microwave technology. The impact of stroke incidents is immense: five million people die and another five million are permanently disabled every year due to stroke incidents, an...

We are developing GlucoWise: the first accurate, non-invasive, wireless glucose monitoring system. The device comprises a wearable sensor which can be pressed against the ear lobe or the hand (between the index and thumb fingers), a mobile unit for receiving and displaying the glucose data, and a cloud-based software platform which interfaces with existin...

Magnetic resonance imaging (MRI) is considered the optimal technique for diagnosing health problems related to complex internal systems such as the central nervous system, cardio vascular system, and the brain. However MRI scanners are expensive, averaging about £700-800k (1.5 T) and £1.2M (3T). The demand for higher quality images and the volume of MRI s...

Rising to the Nicholson Challenge. Magnetic resonance imaging (MRI) is the leading technique for diagnostic medicine, biology, and neuroscience. It is the only method capable of measuring brain neural activity, detecting early cancerous cells, imaging nanoscale biological structures, controlling fluid dynamics and functional cardiovascular imaging. The de...

We are developing the first accurate, non-invasive, wireless glucose monitoring system. The system consists of a wearable on-ear sensor, a mobile unit for receiving and displaying the glucose data, and a cloud-based software platform which interfaces with existing electronic health systems to store and provide data access to patients, carers or medical pr...

The aim of this joint TSB project is to develop a new medical imaging prototype based on microwave imaging (MWI). MWI uses low-power, non-ionizing radio frequency microwaves to obtain clinically meaningful images in a way that addresses the patient’s needs for speed, safety and comfort. While there is considerable progress in medical MWI systems under dev...

We are developing the first accurate, non-invasive, wireless glucose monitoring system. The system consists of a wearable on-ear sensor, a mobile unit for receiving and displaying the glucose data, and a cloud-based software platform which interfaces with existing electronic health systems to store and provide data access to patients, carers or medical pr...

TSB is supporting Medical Wireless Sensing Limited by supporting them validate one of their business units by funding the creation of their IP strategy

The recent food scandals involving horsemeat in European beef products and Chinese milk contaminated with melamine highlighted the increased consumer awareness in food purity, the importance of food integrity and the need for frequent analytical tests in the food supply chain. There is an increasing demand for novel monitoring methods that could provide f...

We are developing the first accurate, non-invasive, continuous glucose monitoring system. The system consists of a wearable on-ear sensor, a mobile application for receiving and displaying the glucose data, and a cloud-based software platform which interfaces with existing electronic health systems to store and provide data access to patients, carers or m...