Author: Medgadged

Philips Unveils First Live Tele-Ultrasound System

Philips, in a partnership with Innovative Imaging Technologies, a company out of Montreal, Quebec, Canada, is releasing the first telemedicine system that transmits live ultrasound images during scans performed by a paramedic or nurse to a physician’s smartphone, tablet, or computer. Audio and video are shared as well, allowing physician (Read more...)

ivWatch Detects IV Infiltrations and Extravasations: Interview with Gary Warren, President and CEO

ivWatch is a medical device manufacturer who we met with during CES 2018 in Las Vegas a couple months ago. They have developed of a non-invasive device that aims to establish a new standard of care for peripheral intravenous (IV) monitoring. The FDA-cleared ivWatch  continuously monitors a patient’s IV for the early detection of inf (Read more...)

VitalConnect Introduces an Integrated Patient-Monitoring Platform: Interview with CCO, Bill Brodie

In a world of big data analytics and quantified-selfers, wearable technology companies are uniquely positioned to bring about measurable differences in our everyday lives. While Fitbits and Apple Watches are common on wrists around the U.S., some industry leaders have called their true utility into question. VitalConnect’s unique approac (Read more...)

Instant Wave-Free Ratio for the Assessment of Coronaries: Interview with Andrew Tochterman of Philips

Philips offers a portfolio of advanced image-guided therapy devices, and has developed instant wave-free ratio (iFR), a method to assess if a coronary stenosis is causing myocardial ischemia. If a coronary vessel is partially occluded, it is important to assess the extent to which it is reducing the blood supply to the myocardium, as this [… (Read more...)

Samsung Unveils RS85A, a New Premium General Ultrasound

Samsung received FDA clearance and is unveiling its new RS85A general purpose premium ultrasound system. It features the company’s technologies such as MV-Flow, which lets clinicians see flow through micro vascularized structures and help diagnose cancer in many cases, and S-Shearwave Imaging (shown above), a shearwave elastography technique (Read more...)

Tooth Sensor Measures Intake of Sugar, Salt, Alcohol

Having an accurate record of food and alcohol intake is important for managing a number of diseases including diabetes, various cardiovascular conditions, and alcoholism. Currently, not much practical technology is available to do this aside from smartphone apps, and apps tend to be tedious and require constant vigilance of making sure to input all (Read more...)

Rendering Brain Tissue Transparent with OPTIclear to Unlock Secrets of Alzheimer’s and Parkinson’s

Researchers from Imperial College London and The University of Hong Kong have published results in Nature Communications of a revolutionary process that renders human brain tissue transparent and allows the complex network of neurons to be mapped. This technique of clearing alters brain tissue’s optical properties without impacting the cell s (Read more...)

Nanofiber Dressings Speed Up Healing of Serious Wounds

Researchers at Harvard University have come up with two new wound dressings that promote healing without relying on growth factors, cells, or even artificial scaffolds. Instead, natural proteins that are found in soy and human fetus cells are made to speed up the body’s natural healing processes, including performing tricks that only fetal ti (Read more...)

Partial Wave Spectroscopy Spots Cells Turning to Cancer

Detecting cancer in the body usually happens when the disease is already well underway to being mortally dangerous. Although there’s a myriad of cancers and ways to detect them, diagnostic tests typically look for biomarkers produced by tumors. And the bigger the tumor, the more biomarkers it releases, so the bigger it is the easier [… (Read more...)

Cardiomyocyte Molds to Improve Cardiac Cell Therapy

Researchers at Michigan Tech and Harvard Medical School have developed a new way to create cardiomyocytes from induced pluripotent stem cells (iPSCs), for improved cardiac cell therapy. The team developed a culture mold that mimics the physiological conditions under which cardiomyocytes grow. When the team tested the molds, they found that the cell (Read more...)