A diagnostic test can detect a stroke within 15 minutes
CategoriesSustainable News

A diagnostic test can detect a stroke within 15 minutes

Spotted: The World Stroke Organization’s Global Fact Sheet 2022 revealed that the absolute number of cases of stroke increased “substantially” between 1990 and 2019. And with that growth, a correspondingly high financial cost is borne by health services. Seeking a way to reduce the mortality rate for large vessel occlusions (LVOs) – the most common kind of stroke – Cambridge, England-based startup Upfront Diagnostics has created a rapidly deployed, mobile, and highly accurate stroke detection kit.  

The company discovered new blood biomarkers that are able to detect strokes, and with that knowledge, built the LVOne. The handheld device uses a single drop of blood from a finger prick to diagnose an acute ischaemic stroke caused by LVO and is designed for use on the go in an ambulance on the way to a hospital A&E. Paramedics administering the test receive results in 15 minutes or less. 

With LVOs responsible for up to 96 per cent of stroke deaths, the ability to identify an occurrence en route to the hospital relieves some of the burden on the receiving care team and allows the patient to access time-sensitive treatment as quickly as possible. Upfront Diagnostics highlights that for every 15 minutes of earlier treatment, there is a cost-saving of over $60,000 (around €53,500) per patient. Multiply that efficiency by the millions of cases of strokes worldwide and the potential reduction in financial burden for health services is enormous.  

Upfront Diagnostics validated the accuracy of its technology by testing 270 patients at the Royal Victoria Infirmary Hospital in Newcastle, UK. After closing a round of seed funding that raised £1.6 million (around €1.9 million), the company plans to scale up the availability of its technology as well as continue research and development (R&D) in order to identify additional types of strokes and refine the system’s overall precision.   

From assistive robots to rehabilitation robotic gloves, Springwise’s archive contains a range of innovative projects focused on improving the health of stroke patients.

Written By: Keely Khoury

Reference

A robotic glove helps rehabilitate stroke patients
CategoriesSustainable News

A robotic glove helps rehabilitate stroke patients

Spotted: Strokes are the world’s third-leading cause of death and disability combined, and costs more than $721 billion (around €658 billion) annually. The World Stroke Organization reports that the global burden of disability-adjusted life-years lost “increased substantially” from 1990 to 2019 and calls for ‘urgent measures’ to improve post-stroke health outcomes. One method making it easier for providers to see patients sooner is telehealth, which, when combined with robotics technology, brings a range of new methods of care into the home. 

The LifeGlov robotic glove brings grip strength and hand mobility rehabilitation services directly to the patient. Created and built by Scottish healthtech company Bioliberty, the LifeGlov reduces travel and wait times for patients while supporting personalisation in care from providers.

The glove is connected to a digital therapy platform to provide exercises tailored to each individual’s capability and strength at the time most convenient for them, and the platform also reminds patients to use their weaker hand and arm in everyday tasks. Healthcare professionals use the platform to monitor rehabilitation programme effectiveness and make quick adjustments to exercises when needed based on a patient’s ability. 

Having recently raised £2.2 million (around €2.5 million) in investment, Bioliberty plans to build rehabilitation clinics for a 2024 North America launch. Longer term development will focus on expanding the glove’s capability and the supporting technology in order to provide rehabilitation for other limbs and parts of the body.  

Springwise has spotted other technology being used to assist stroke patients, including an inflatable glove and an assistive robot.

Written By: Keely Khoury

Reference