In February 20th and 22nd and March 15th 2018 AEGLE is launching a series of webinars with the objective of demonstrating how the final prototype of the AEGLE platform supports the use of big data analytics in healthcare. The tools and analytics that the AEGLE Platform supports can be used for both (clinical) research and clinical practice. The four demos that will take place online through a…
The tech world descended upon Las Vegas this week for the annual Consumer Electronics Show, and plenty of health IT’s biggest players were in attendance. While much of the discussion was on consumer-friendly health tools and novel digital interventions, there were still a handful of products and discussions between executives and entrepreneurs focused on healthcare’s largest roadblocks —…
Blockchain technology can be a potential industry disrupter in healthcare. It is a proven game changer in the business arena. In a recent IBM study, they surveyed 200 healthcare executives, of whom 16% expect to have a commercial blockchain solution sometime in the very near future. So, what is blockchain technology? In a nutshell, the concept is based on a list of records, called blocks, which…
No visit to the doctor’s office is complete without a blood-pressure cuff squeezing your arm and a cold stethoscope placed on your chest. But what if your vital signs could be gathered, without contact, as you sit in the waiting room or the comfort of your own home? Cornell University engineers have demonstrated a method for gathering blood pressure, heart rate and breath rate using a cheap and…
Luke Skywalker’s bionic hand is a step closer to reality for amputees in this galaxy. Researchers at the Georgia Institute of Technology have created an ultrasonic sensor that allows amputees to control each of their prosthetic fingers individually. It provides fine motor hand gestures that aren’t possible with current commercially available devices. The first amputee to use it, a musician…
The Assistance Publique Hôpitaux de Paris (AP-HP) has organized, in partnership with TeraRecon, Vizua, Microsoft and Digital Evolutis, the live broadcast of the first surgery performed in the world with a collaborative platform of mixed reality at the Avicenne Hospital AP-HP, and interacting with remote doctors. Dr. Gregory Thomas, Head of Orthopedic Surgery and Traumatology Hospital Avicenne…
You may know that your surgeon is using the latest minimally invasive technology for your surgery, but how do you know if they’ve mastered it? To help answer that question, researchers at Keck Medicine of USC looked to a custom recording tool similar in concept to a flight recorder on an airplane. When attached to a robotic surgery system during radical prostatectomy procedures, the most common…
The use of deep learning (DL) technology could help radiologists increase the quality of breast cancer screening programs, lower costs, and reduce the variability in the cancer detection process. And the role of DL technology in imaging doesn't stop there. In fact, it is likely that DL computers can be trained to read mammograms as well as radiologists and — in the future — maybe even…
Automation might be the solution for many of the challenges radiologists and clinicians face today. Toshiba Medical, a Canon Group, is currently pushing the boundaries of what automation can accomplish and presenting their project in progress at this year's RSNA. Overwhelming volume of clinical data every day, limited access to relevant clinical information, missed findings and lack of…
GE Healthcare and NVIDIA announced they will deepen their 10-year partnership to bring the most sophisticated artificial intelligence (AI) to GE Healthcare’s 500,000 imaging devices globally and accelerate the speed at which healthcare data can be processed. The scope of the partnership, detailed at the 103rd annual meeting of the Radiological Society of North America (RSNA), includes the…
While there has been a lot of hype — and even fear — about the role deep learning (DL) and artificial intelligence (AI) play in radiology, the reality is that they are both potentially useful technologies that will add value to the specialty in a number of ways. "Deep Learning is not going to replace us," said Paul Chang, MD, of the University of the Chicago School of Medicine,…
During the Annual Meeting of the Radiological Society of North America (RSNA), held in Chicago, USA, Siemens Healthineers presents an innovative MRI application that helps to shorten the time it takes to perform comprehensive diagnostic exams of the knee. At the moment, a standard knee examination could take around 20 minutes. With GOKnee3D, a high-resolution diagnostic 3D knee exam can be…
Royal Philips, a global leader in health technology, announced agreements with 3D Systems and Stratasys, two global leaders in the 3D printing industry, to help progress patient care and improve the clinician experience. Advanced 3D modeling provides radiologists with additional views to help strengthen anatomical knowledge which could enhance clinical impact in reviewing complex,…
Carestream shows imaging analytics software that can improve early detection rates for many conditions as part of its Clinical Collaboration Platform (CCP). This software can calculate liver density from a CT chest or abdomen study to detect a fatty liver; identify emphysema by detecting levels of trapped air in the lungs from a non-contrast CT chest study; and determine levels of coronary…
Scientists are using Artificial Intelligence (AI) to support more effective breast cancer detection. The researchers at Massachusetts Institute of Technology (MIT) Computer Science and Artificial Intelligence Laboratory (CSAIL), Massachusetts General Hospital (MGH), and Harvard Medical School, are using the machine learning system to predict whether breast lesions identified from a biopsy will…
Every day we hear news about Artificial Intelligence (AI) impacting more and more aspects of our lives. Stories about autonomous vehicles would probably top a current list of AI news. With all the excitement coming with these promising AI technologies, we are also starting to understand the limitations. In a recent Las Vegas traffic accident involving an autonomous bus and a truck, the cited…
30 years ago, monitoring in most intensive care environments was via an ECG display with a numeric value for heart rate combined with intermittent manual measurements of blood pressure. Advances in technology have greatly increased monitoring parameters. Eight, for example, are included in the current minimum standards for monitoring under anaesthesia but more than ten further sensors are…
Given the aim to provide ‘affordable care’, the economical organisation of operating theatres is critical. Surgical procedures also contribute as much as 60-70% of hospital revenues. Thus surgical efficiency and flexibility are paramount in surgical departments.
How can newborn babies benefit from sensors with chip technology and what might the future hold for sensor data? Samuel Wehrli, Product Manager for Gas Flow at Sensirion AG in Switzerland explained during our EH interview at the MST Conference held in Dortmund.
When Taiwan-based Adlink acquired Penta, the buyer benefited from 20 year’s experience in design and hardware manufacturing. Today, Adlink provides state-of-the-art computing products such as advanced TCA processor blades and platforms, compact PCI/PlusIO, VPX blades, industrial SBCs, motherboards and chassis, plus embedded flash storage, computer-on-modules, rugged small form factor SBCs &…
A preliminary human study was conducted to validate an advanced wearable sensor which has been developed by the start-up company BioBeat Technologies Ltd, comparing it to the common manometry method. The 2015 guidelines of the European Society of Hypertension on The requirements of the International Protocol (revision 2010) were used to define the difference between the commonly used device and…
Artificial intelligence (AI) has taken centre stage during the Medica Academy sessions. While talks focus on initiatives made in Germany, European Hospital took a look at Spain and spoke with Ignacio Hernández Medrano, a neurologist recently elected as one of the most influential people in healthcare (HC). At just 34 years old, Medrano has already founded two flagship AI projects, one of which…
Artificial Intelligence (AI) has enormous potential to revolutionise the delivery of healthcare, being able to remove the drudgery’ of routine tasks, join up fragmented care records, trigger alerts when abnormal results occur, speed-up the process of identifying clusters of patients by digging deep into electronic health records, and increase efficiency of healthcare staff resources.
Today’s healthcare IT market offers myriads of so-called comprehensive solutions to digitise administrative processes. However, in real life, long and verbose diagnoses and medical findings - and even paper-based documentation - are still widespread.
Intelligent IT solutions are key in meeting today’s and tomorrow’s challenges in healthcare management. Ensuring patients get the attention and individual care they need in time – in light of growing budget constraints and ever-increasing regulations, this is one of the key resource struggles healthcare organisations face today. Healthcare personnel only have as much time on their hands as…
