Health in the Digital Society and the Digital society for health – New EU initiative
Estonia holds the Presidency of the Council of the European Union from July to December 2017. Its main focus is related to the Digital Society and the free movement of data in the European Union, as the fifth freedom of the European Union.
Today, healthcare systems are transformed by digital technologies, and most of the European policy makers have defined strategies to implement digital health solutions, even if some barriers are still to be overcome.
The Ministry of Social Affairs of Estonia, supported by the European Connected Health Alliance (ECHAlliance), is thus launching the present Digital Health Society (DHS) Declaration, as a call for actions on ‘Health in the Digital Society and the Digital society for health’.
Because a holistic view is needed, this document has integrated input from all the stakeholdersinterested in the development of digital health, sharing a vision, between citizens and patients, policy makers, health professionals and healthcare services managers, scientists, companies, startups, insurers and mutual funds, investors, etc. about the strategies and actions to achieve the digital transformation of healthcare systems. Continue reading “Health in the Digital Society and the Digital society for health – New EU initiative”
Smart prosthetic leg equipped with sensors will alert users to wear & tear
Traditional leg prosthetics depend on soft limb tissue to function and can be painful to wear, resulting in awkward walking motion and possible skin infection.
To overcome these limitations, the US Office of Naval Research (ONR) is partnering with Walter Reed National Military Medical Center, the Naval Research Laboratory and several universities to develop MOIP (Monitoring OsseoIntegrated Prostheses).
“MOIP not only can improve quality of life, but also usher in the next generation of prosthetic limbs,” said Dr Liming Salvino, a program officer in ONR’s Warfighter Performance Department.
According to ONR, leg prosthetics most commonly fit amputees’ residual limbs via a socket that encloses the limb. Because the socket exerts pressure on the limb’s soft tissue, pain and chafing, sores and blisters, and infection can occur. Amputees often have their socket prosthetics adjusted, which is inconvenient and costly. Consequently, many amputees give up prosthetics for wheelchairs. Continue reading “Smart prosthetic leg equipped with sensors will alert users to wear & tear”
A smart baby bottle by nfant uses sensors to measure a baby’s tongue strength while feeding. Data is sent to a caregiver’s phone and stored in the cloud. Tongue movements determine whether a baby in the NICU has the strength to switch from tube to bottle or breastfeeding. Continue reading “Smart Bottle Uses Sensors to Monitor Infant Swallowing”
Virtual reality is no longer just about video gaming; it holds promise as nothing short of revolutionary for just about every other industry, as well.
Since 2012, there has been an incredible explosion of interest and hype around mass market virtual reality (VR) thanks to head mounted display (HMD) products in development like the Oculus Rift, HTC Vive, Gear VR and Google Cardboard.
The technology has advanced to the point where very high-quality VR experiences are possible at reasonable price points, and should be widely available to consumers within a year. There are a few industries that have been making use of VR technology for decades, and healthcare is one of them. The number of virtual reality-related research articles in the Pubmed database have increased over the last 10 years from 204 publications in 2004 to 720 publications in 2014.
However, there are still a fairly modest number of technology companies translating this research into practical VR applications. The field seems to be dominated by academic research and development, with some private industry collaboration. Most companies today are working on the same kinds of applications that clinicians have used since at least the early 1990s. There are probably many companies in early development and operating in stealth mode in this space, so it will be interesting to see what surfaces over the next 12 months.
The industry is poised for disruption, and a shift toward patient-centric and individualized healthcare is already underway. The history and current state of virtual reality in healthcare is outlined in detail in the following sections.
Virtual Simulations For Medical Training And Education
Virtual simulation technology has come a long way since the Sensorama Simulator from 1962. Over the past couple of decades, virtual reality and simulation technology has been implemented in healthcare training and education. Surgery simulators have been invaluable for physician training, and hospitals have paid large sums of money for this specialized equipment. We should be glad, as I can’t imagine anyone wanting to volunteer to be a surgeon’s “first.”Read more
As our devices get smarter, they also are at risk of more sophisticated cyber security attacks.
Yes, that car connected to the internet makes tracking trips and monitoring teen drivers easier, but it also means killing the motor with a few keystrokes is no longer science fiction. Continue reading “The Smarter Medical Devices Become, the Higher the Need for Even Smarter Cyber Security”
About 200 years ago a French physician rolled a sheet of paper into a cylinder and held it up to the chest of a patient. The creation was crude and simple, but it worked. Rene Laenneac could better hear his patient’s heartbeat, and the stethoscope was born. Continue reading “FDA-Approved Digital Stethoscope Shows Potential of Technology to Reinvent Healthcare”
This work presents an important step forward towards increasing the independence of people with severe motor disabilities, by using brain-computer interfaces (BCI) to harness the power of the Internet of Things. We demonstrate how the concept of shared control —which interprets the user’s commands in context— empowers users to perform rather complex tasks without a high workload. Continue reading ““Think to navigate: A BCI Telepresence Robot for People With Severe Motor Disabilities” – Robert Leeb, CNP-EPFL”
The healthcare business is in an upheaval of sorts. The disorder is driven by the arrival of the Internet itself, the ‘wearable’ Internet of Things (IoT) and the wider freedom and accessibility of information. In some instances we can see individuals using ‘devices’ from fitness & blood pressure monitors to blood analysis kits and onwards to start taking their healthcare into their own hands. But extensive and extended medical self-diagnosis is of course not necessarily a good idea. Continue reading “Healthcare IoT Could Change Approach of Health Management”
Health-care professionals have long felt that wireless devices and sensor networks could be used as aids in caring for elderly patients, especially those suffering from various forms of dementia. As Baby Boomers age, the impacts and costs of dementia on public health are likely to grow significantly. Continue reading “$10 Million Clinical Trial to Use IoT for Improving Dementia Patient Treatments”
By linking patients in Africa with doctors in the UK, mobile-enabled healthcare is being delivered across the network.
In many developing countries, including in parts of Africa and Asia, connection infrastructure has not followed the same path as in the West. Western countries began with fixed networks and followed with mobile networks later, developing economies have skipped this phases and gone straight to mobile. Continue reading “Mobile-Enabled Healthcare Links Patients in Africa to Doctors in UK”