More and more, health technologies originally viewed as futuristic have become reality. Photograph: Carmen Murillo\/Getty Images\/iStockphoto <\/p>\n
Last year, it was reported that supercomputer IBM Watson diagnosed a rare form of leukaemia in a patient at a University of Tokyo-affiliated hospital whose case had baffled her medical team. <\/p>\n
The cloud-based, artificial intelligence-powered supercomputer is capable of cross-referencing and analysing data from tens of millions of oncology papers from research institutes all over the world. From vast volumes of data, it can instantly pull out the information it needs, much faster than humans can. <\/p>\n
The University of Tokyo reported that the 60-year-old Japanese woman was correctly diagnosed in just 10 minutes by Watson, after her genetic data was cross-referenced with the computers own database. <\/p>\n
More and more, health technologies originally viewed as futuristic like virtual avatars and chatbots have become reality. These technologies use artificial intelligence (AI) to mimic conversation with people, interact on the internet and perform other tasks that would normally require human intelligence. <\/p>\n
One example of this is Sensely, a mobile triage smartphone app currently being trialled by the National Health Service (NHS) in the United Kingdom. <\/p>\n
Olivia, Senselys artificially intelligent virtual nurse, guides patients naturally through their personal healthcare needs on demand 24\/7, 365 days a year. The blue-eyed, dewy skinned young woman in blue NHS scrubs, gathers information by listening to the patient and asking questions, similar to a person-to-person interaction with a clinician. <\/p>\n
Sensely was developed by a Californian start-up, but as Richard Corbridge, chief executive of eHealth Ireland points out, theres no need to go to California to see examples of how AI is revolutionising healthcare. Five out of the top 10 start-ups in Dublin last year were in the digital health arena, he says. <\/p>\n
Corbridge will be speaking at this weeks Dublin Technology Summit 2017 (February 15th to 16th) on the topic of Health Reality, Not Science Fi. <\/p>\n
Things are moving so fast that technologies we would have regarded as sci-fi last year, will become a reality this year. Over the last couple of years, Ireland has made some really big strides in digital healthcare, he says. <\/p>\n
We are still the last first world country not to have a national electronic health record (EHR) in place, yet we are way ahead in other areas, like DNA genome sequencing. <\/p>\n
The eHealth Epilepsy Lighthouse Project has developed the infrastructure to sequence the genome (figure out the order of DNA nucleotides in a complete set of genes) in patients and to record this information for clinicians to use in the delivery of care. The significance of sequencing the genome is that it can be used by healthcare systems across the world to predict what will happen to an individual patients health. <\/p>\n
Corbridge remarks: Take a patient with epilepsy who has had an epileptic seizure every day for 20 years at least. By taking a sample of that patients DNA, we can sequence the genome and enter the information into his\/her EHR. <\/p>\n
The multidisciplinary team can then use this data to change or adapt the patients care plan. Within a week of one patient on the project changing his diet, he went a full day without having a fit for the first time in 20 years. <\/p>\n
Over the past few weeks, every maternity hospital in Ireland has been visited by teams from eHealth Ireland to identify where the gaps are in their digital health capabilities and to close them. <\/p>\n
Going forward, every newborn baby in hospital will have three devices in their cot, monitoring respiration, temperature and heart rate. All of this information is automatically transferred to the babys EHR. <\/p>\n
Instead of constantly checking these levels in individual patients, each nurse has a tablet PC where they can see the vital information on all the babies in their care at their fingertips, including requests for tests and scans and results. Within the next two years, every hospital in Ireland will have this technology. Its an amazing leap for Ireland in a short space of time, says Corbridge. <\/p>\n
With an increased emphasis on getting patients to self-manage their health where possible, rapid advances are being made in smartphone and wearable devices. Another eHealth project is an app for patients with bipolar disorder which uses a chatbot to engage with the user, monitor their mood and try to keep them on the right track. With the patients consent, the app can contact their carer or GP if it feels they need support. <\/p>\n
Dublin-based start-up TickerFit enables health professionals to prescribe, educate and monitor a heart patients recovery from a distance through a wearable device. Founder Avril Coleman is another of the speakers at this weeks summit which brings global leaders in innovation, technology and business together to shape the future of global trends and technologies. The two-day summit will host 10,000 members of the tech community at the Convention Centre Dublin this Thursday and Friday. <\/p>\n
Fabian Bolin, cofounder of War on Cancer, will be talking about waroncancer.com, an online storytelling community to help people deal with the mental challenges that come with a cancer diagnosis. <\/p>\n
Musics new role in healthcare and the evolving world of HealthTunes will be explored in a session entitled When Medicine Rocks, with the panel discussing the possibility of a time when music, given its undeniable influence on our emotions, could be prescribed along with conventional medicines. <\/p>\n
To learn more visit dublintechsummit.com. <\/p>\n
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The artificial intelligence revolutionising healthcare - Irish Times<\/a><\/p>\n","protected":false},"excerpt":{"rendered":" More and more, health technologies originally viewed as futuristic have become reality. Photograph: Carmen Murillo\/Getty Images\/iStockphoto Last year, it was reported that supercomputer IBM Watson diagnosed a rare form of leukaemia in a patient at a University of Tokyo-affiliated hospital whose case had baffled her medical team. Continue reading