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To mark work World Diabetes Day, I’ve decided to champion some of the hottest technologies on the market right now. Marrying purpose with design, i...
Cardiovascular disease is the number one cause of death globally, accounting for 17.9 million mortalities each year. To battle these ugly death-toll statistics, more companies are emerging with innovative, life-saving treatments across the globe.
To mark work World Diabetes Day, I’ve decided to champion some of the hottest technologies on the market right now. Marrying purpose with design, it’s these four that are standing out in an increasingly saturated market:
Cardiovascular disease is the number one cause of death globally, accounting for 17.9 million mortalities each year. To battle these ugly death-toll statistics, more companies are emerging with innovative, life-saving treatments across the globe.
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This World Stroke Day I wanted to help raise awareness about a few medical device companies who are doing amazing things to help diagnose and treat this life-threatening condition.
Now more than ever, medical imaging is dependent on an underlying digital infrastructure. While there's a clear medical benefit, cyber security is an rising concern throughout the industry.
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It’s respiratory care week, so I’ve decided to travel back in time a discover how treatment has evolved. The bible, Ancient Greece, owl’s blood and iron lungs - it’s been quite a journey.
I’m championing three emerging companies whose technology has led their ambition, rather than R&D budgets, mergers and acquisitions.
Who are the most innovative companies in ophthalmology?” This simple question got an amazing response on LinkedIn with over 30 companies being recommended to me. Here are 5 growing companies who could change the future of the industry.
Guest author and medical professional, Rachel Conway, gives insight into the impact that AI is having to diagnose and treat cancer.
James Pickering, our Business Consultant specialising in ophthalmology, recently asked the question: “Who's the most innovative company in ophthalmology?”
We travelled to London to meet with one of the most innovative ultrasound device manufacturers in the world. They’re tearing up the imaging space right now, bringing the world’s first handheld whole-body ultrasound device to market.
Opioid addiction and misuse - including prescription pain relievers, heroin, and synthetic opioids such as fentanyl – has been escalating for decades, with 11.4m people misusing the drugs in the US alone.
The orthopaedic medical device field is expected to become the third largest provider of Medtech sales by 2020.
Last week Butterfly iQ, manufacturers of an innovative whole-body ultrasound device, were announced as one of nine iOS developers to receive one of Apple’s design awards.
Artificial Intelligence is a new technology and, for the most part, one of its biggest challenges is just working out how it will be applied. Where it can be used best, most cost-effectively and easiest to gain the best results.
It’s difficult to measure the impact of any technology on the orthopaedics sector. That’s because the term covers such a wide range of different procedures, products and areas of the human body.
Writing for Nursing Times.net, Jacqui Fletcher referred to wound care as a ‘significant burden’ for the UK’s NHS, with the cost of treating wounds calculated at well over £5 billion per year, and rising.
Medical imaging generates around 90% of all healthcare data and is a fundamental part of healthcare. In all its forms, imaging produces phenomenal amounts of data; there are an incomprehensible number of images stored on hospital servers around the w
Infection is a huge problem in hospitals. To try and mitigate that, instruments have to be sterilised regularly to stop the transmission of disease and infections like MRSA.
Everyone with access to the dentist will go at one point in their life. It’s also likely that a large proportion of that number will receive some sort of treatment.
The College of Optometrists called AI “the new buzzword in ophthalmology” and over the last 12 months it has been hitting headlines on a regular basis.
The dental market is in transition. As we move progressively toward more digital solutions, the ability to 3d print implants and other dental products and devices has become more and more important.
AI and VR dominated technological headlines in 2018 and the excitement around both shows no sign of abating this year.
The ‘implant files’ have been published. Following research conducted by over 250 journalists from 59 media organisations across 36 countries, reports of ‘adverse incidents’ stemming from implanted medical devices have hit the headlines.
I don’t want to immediately lose half of my readership by delving into deep, inaccessible science so please bear with me here, but on this occasion it’s necessary:
It’s not often that med tech makes front page news, but it has today - with Apple’s announcement yesterday that they’re including an FDA approved ECG scanner in the Series 4, their latest smartwatch.
As medical care continues to move toward being preventative and personalised, we’re seeing treatments move toward the patient and point of care (PoC) on an ever more regular basis.
Firstly, let’s define what Obstructive Sleep Apnea (OSA) is. It’s a significant public health challenge and is estimated to affect 4% of men and 2% of women worldwide.
As a specialist in the surgical robotics sector, it might not seem like the best idea to be talking about its limitations. But every day I’m speaking to candidates and clients who are running into these objections to utilising a robotic solution.
People are always looking for a way to look good and will pay a premium for it. That means the aesthetic industry is big business. It’s also why the aesthetic market is such a hub for innovation.
