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You need to enable JavaScript to run this app. NTK DIGITAL * Send Feedback -------------------------------------------------------------------------------- * About us -------------------------------------------------------------------------------- * Edit Profile -------------------------------------------------------------------------------- * Terms of Use -------------------------------------------------------------------------------- * Privacy Policy -------------------------------------------------------------------------------- * Sign Out -------------------------------------------------------------------------------- Oct 19, 2022 ON THE POTENTIAL OF WEARABLE BIOIMPEDANCE FOR LONGITUDINAL FLUID MONITORING IN END-STAGE KIDNEY DISEASE Lucas Lindeboom, Seulki Lee, Fokko Wieringa, Willemijn Groenendaal Nephrol Dial Transplant. 2022 Oct 19; 37(11): 2048-2054 Bioimpedance spectroscopy (BIS) has proven to be a promising non-invasive technique for fluid monitoring in haemodialysis (HD) patients. While current BIS-based monitoring of pre- and post-dialysis fluid status utilizes benchtop devices, designed for intramural use, advancements in micro-electronics have enabled the development of wearable bioimpedance systems. Wearable systems meanwhile can offer a similar frequency range for current injection as commercially available benchtop devices. This opens opportunities for unobtrusive longitudinal fluid status monitoring, including transcellular fluid shifts, with the ultimate goal of improving fluid management, thereby lowering mortality and improving quality of life for HD patients. click or scroll down to continue reading the article ANTHONY R. MATO, MD, MSCE 1.5 CME / MOC EXPERTS ARE REWRITING THE CLL TX SCRIPT Learn about the latest in BTKi, BCL-2i, novel combos, and CAR-T for treating CLL...read more article continues here Ultra-miniaturized wearable devices can also offer simultaneous acquisition of multiple other parameters, including haemodynamic parameters. Combination of wearable BIS and additional longitudinal multiparametric data may aid in the prevention of both haemodynamic instability as well as fluid overload. The opportunity to also acquire data during interdialytic periods using wearable devices likely will give novel pathophysiological insights and the development of smart (predicting) algorithms could contribute to personalizing dialysis schemes and ultimately to autonomous (nocturnal) home dialysis. This review provides an overview of current research regarding wearable bioimpedance, with special attention to applications in end-stage kidney disease patients. Furthermore, we present an outlook on the future use of wearable bioimpedance within dialysis practice. Source: Nephrology Dialysis Transplantation Like 4 Comment Email LinkedIn Twitter -------------------------------------------------------------------------------- ALSO OF INTEREST? DG NEWSROOM Release STUDY FINDS PEOPLE WHO NEED WEARABLE HEALTH DEVICES THE MOST USE THEM THE LEAST American Heart Association Scientific Sessions 2022, Abstract 440 Research Highlights: Age, education and income are associated with less use of wearable health devices among people with and at risk for...learn more Like Comment Share DG NEWSROOM Release CLEERLY UNVEILS WORKFLOW TOOL TO IMPROVE AI-DRIVEN CARDIAC IMAGING ANALYSIS Cleerly announced Monday a new workflow software solution called Proxy that is designed to help improve artificial intelligence (AI)-based plaque analysis by automating the upload of coronary computed tomography angiography (CCTA) scans from local systems...learn more Like Comment Share BMJ OPEN Abstract PERFORMANCE EVALUATION OF HIPEE S2 POINT-OF-CARE TESTING URINE DIPSTICK ANALYSER: A CROSS-SECTIONAL STUDY OBJECTIVE With advances in mobile technology, smartphone-based point-of-care testing (POCT) urinalysis hold great potential for disease screening and health management for clinicians and individual users. The purpose of this study...learn more Like 1 Comment Share DG NEWSROOM Release NEW TECH AIMS TO REDUCE RACIAL DISPARITIES IN BLOOD MEASUREMENTS A team led by a University of Texas at Arlington bioengineering professor and an Austin businessman has published key findings in the British Medical Journal Innovations that illustrate how a...learn more Like Comment Share DG NEWSROOM Release AI MODELS IMPROVE THE ACCURACY OF DIAGNOSING CORONARY ARTERY DISEASE Scientists at Cedars-Sinai Developed AI Models That Improve Images of the Heart, Better Diagnose Coronary Artery Disease and Predict Heart Attacks Several recent discoveries show that the accuracy of diagnosing...learn more Like Comment Share -------------------------------------------------------------------------------- © 2022 All rights reserved |Edit Profile|Terms of Use|Privacy Policy We use cookies to improve your experience. By using this website, you accept cookies or have set your browser or device to not accept cookies.