Healthcare is an industry lagging behind in its adoption of technology, so opportunities abound to improve patient outcomes and accessibility to healthcare amid caregiver labor shortages and the rising cost of care in Europe and the U.S. One method is complete data sharing between patients' doctors and care locations (i.e. "A patient's doctors and patients themselves should be able to easily access secure data that is privacy-compliant across care locations." Another lever is to move chronic patients from emergency care, which is extremely expensive, to preventative care, which is more affordable, Bui said. One example is healthcare technology that helps diabetic patients by continuously monitoring their glucose levels, warning them when levels are too high and scheduling doctors' appointments and follow-up when necessary. Other avenues include artificial intelligence (AI)-backed symptom checkers and gamified apps for patient engagement or chatbots providing tools for psychological support, such as cognitive behavioral therapy.

The healthcare industry and national healthcare systems across the world have experienced unprecedented pressure in recent years, especially during the Covid-19 pandemic. Many HealthTech start-ups started investing in healthcare technology in the early 2010s, but the crisis in 2020 inevitably accelerated digital transformation to allow medical professionals to keep seeing patients during the lockdowns. Recent research by Virgin Media Business, examining the use of information technology in healthcare in the UK, found that the benefits of digital transformation in operational areas are already showing. For example, AI is helping to streamline patient triage, enabling doctors to treat urgent cases more rapidly with lifesaving outcomes. But what will be the real impact of information technology in healthcare going forward?

For decades, heart specialists have been implanting insertable cardiac monitors (ICMs) to track sporadic heart arrhythmia. These subcutaneous devices have become the preferred diagnostic tool for prolonged heart rhythm monitoring since they were first developed in 1990. But ICM false alerts have been a problem ever since. Now, however, physicians are using artificial intelligence to reduce the incidence of ICM false positives. Last summer, Medtronic, a global leader in healthcare technology, introduced new AI algorithms to reduce false alerts from irregular or rapid heart rhythms and long pauses between heartbeats.

The artificial intelligence (AI) technologies becoming ever present in modern business and everyday life is also steadily being applied to healthcare. The use of artificial intelligence in healthcare has the potential to assist healthcare providers in many aspects of patient care and administrative processes, helping them improve upon existing solutions and overcome challenges faster. Most AI and healthcare technologies have strong relevance to the healthcare field, but the tactics they support can vary significantly between hospitals and other healthcare organizations. And while some articles on artificial intelligence in healthcare suggest that the use of artificial intelligence in healthcare can perform just as well or better than humans at certain procedures, such as diagnosing disease, it will be a significant number of years before AI in healthcare replaces humans for a broad range of medical tasks. What is artificial intelligence in healthcare, what are the benefits?

A live-stream video of a 76-year-old woman pottering about her kitchen plays on Li Hong's phone. Li is in London, 8,700km from her mother in the Chinese city of Kunming. Li has narrowed the distance between them by installing cameras in her mother's apartment, where she lives alone. The system has built-in microphones and speakers, enabling the pair to discuss the latest readings from the blood pressure monitor of Li's mother, who has a heart condition. "It's like I am back in China with her. The technology is so convenient," says Li.

Covid-19 is impacting nearly all the practices of healthcare professionals. Telemedicine, artificial intelligence (AI), big data, cloud computing, blockchain, internet of things, augmented reality (AR), virtual reality (VR) are changing the healthcare sector for the better. The use of technology has proven beneficial for doctors and physicians to provide better medical services to their patients. Remember the days when a person had to wait for days to get the results of any medical test? Even the doctors had to wait for the reports to diagnose a disease.

Huawei's TECH4ALL initiative aims to ensure nobody is left behind in the digital world by encouraging digital inclusion programmes and empowering technology adoption globally. The project is similar to some of the work happening within academia across Europe, where research projects are focused on harnessing technology for societal good. Professor van Ginneken, Professor of Medical Image Analysis at Radboud University Medical Centre in The Netherlands, is introducing digitized healthcare solutions to developing countries and believes that in ten years' time, all hospital pathology departments will be digitized. When did your work in medical imaging begin? I studied physics and completed a PhD in medical image analysis in 1996, developing computer programs that analyse chest x-rays using artificial intelligence (AI). At the end of the 1990s we wanted to put digital chest x-ray units with AI software in countries where there was a lot of tuberculosis, because it accommodates faster, more widespread screening, without the need to develop images on film.

Nowadays, the healthcare sector is changing at a rapid pace. What once was a conventional industry that worked around many rounds of contact between doctor and patient almost always led to a shallow positive feeling that telemedicine has made the relationship between the doctor-patient real-time and without geographical constraints. A while back, we discussed the healthcare developments that would govern 2018, and now that we are getting ready to start a new year, it is only fitting that we look at where technology is going for the healthcare industry. Let us look at top healthcare trends for 2020 and beyond without further delay. AI is altering our view on the delivery of modern-day Healthcare.

The British Government has today announced it is investing £32million into cutting-edge healthcare technology. They will be formally announced by Science Minister, Amanda Solloway, MP for Derby North, later today at the launch of London Tech Week. It includes funding for six pieces of healthcare technology at the very forefront of medicine and could offer new avenues into treatment and diagnostics for millions. The investments range in size from £3.2 million to £6.1 million and will go to the universities leading the projects. The funding will come via the Engineering and Physical Sciences Research Council (EPSRC).

Healthcare Delivery-Since the turn of the century, we've had a rapid stream of innovations coming up in the healthcare sector. In just 20 years, breakthrough healthcare technologies have shaken the status quo, forever changing how health practitioners provide care for their patients. Let's look back at some of the most notable healthcare technologies of our century: The first draft of the'book of life' was completed in 2003. A work of genius combined with advanced computing solutions. Mapping out the entire human genome has enabled novel diagnostic and treatment regimens that help predict disease even before it occurs.