Publications
Prognostic impact of Remote Dielectric Sensing value following TAVR
ReDS system might be a promising non-invasive tool to predict mortality and readmission following TAVR
Publication Name: Heart and Vessels
Lead Author: Teruhiko Imamura
Year: 2023
Efficacy of remote dielectric sensing (ReDS) in the prevention of heart failure rehospitalizations: a meta-analysis
Seven studies compiled and 985 patients analyzed, found that ReDS monitoring decreases the odds of HF readmission within 1 & 3 months of hospitalization
Publication Name: Journal of Community Hospital Internal Medicine Perspectives
Lead Author: Yasar Sattar
Year: 2021
Patient monitoring across the spectrum of heart failure disease management 10 years after the CHAMPION trial
Reviews ReDS™ technology (and CardioMEMS) for providing accurate, absolute, and actionable congestion measurement and guiding patients management in various settings across the continuum of care
Publication Name: ESC Heart Failure
Lead Author: William T. Abraham
Year: 2021
Validation of remote dielectric sensing (ReDS™) technology for quantification of lung fluid status: Comparison to high resolution chest computed tomography in patients with and without acute heart failure
High correlation between ReDS and CT, the scientific gold standard for lung fluid measurement
Publication Name: International Journal of Cardiology
Lead Author: Offer Amir
Year: 2016
Association between Lung Fluid Levels Estimated by Remote Dielectric Sensing Values and Invasive Hemodynamic Measurements
Good correlation between ReDS™ and PCWP. ReDS can be a helpful tool in estimating intra-cardiac pressures in heart failure patients.
Publication Name: Journal of Clinical Medicine
Lead Author: Teruhiko Imamura
Year: 2022
Relationship Between Noninvasive Assessment of Lung Fluid Volume and Invasively Measured Cardiac Hemodynamics
Lung fluid content, as measured by ReDS™, correlates well with pulmonary arterial wedge pressure (PAWP). The high sensitivity and specificity and especially the high negative predictive value make ReDS a reliable noninvasive tool at the point of care, to rule out elevated PAWP in patients with heart failure and to help with medical management of patients with heart failure.
Publication Name: Journal of the American Heart Association
Lead Author: Nir Uriel
Year: 2018
Early use of remote dielectric sensing after hospitalization to reduce heart failure readmissions
Use of ReDS POC testing at a post-discharge outpatient clinic for optimization of GDMT medications resulted in 79% decrease in 30-day CV readmission rate. Real world data of 220 patients from Mount Sinai hospital.
Publication Name: ESC Heart Failure
Lead Author: Anuradha Lala
Year: 2021
Effect of the Remote Dielectric Sensing Vest on Reducing Heart Failure Admissions
ReDS based treatment at outpatient setting led to a significant reduction in unexpected hospitalization for HF. Real world data from Rochester Regional, NY.
Publication Name: Poster HFSA
Lead Author: Sumon Roy
Year: 2021
Reducing Heart Failure Rehospitalization Utilizing ReDS™ Technology
ReDS technology use post HF hospitalization in the outpatient HF clinic significantly reduced 30-day rehospitalization rate compared to general HF population without use of ReDS technology. Real world data from Einstein hospital, PA.
Publication Name: Abstract and Presentation, HFSA
Lead Author: Donna Moser
Year: 2019
Noninvasive Assessment of Lung Fluid Volume by Remote Dielectric Sensing (ReDS™) Technology to Reduce Rate of Heart Failure Readmissions
The adoption of ReDS™ device into in-hospital management of patients admitted for ADHF was shown to decrease 30-day all-cause readmission rate. Real world data of 416 patients from St. Barnabas, NJ.
Publication Name: Poster and Webinar HFSA
Lead Author: Gary Rogal
Year: 2021
A Novel Therapeutic Strategy: Remote Dielectric Sensing-Guided Management of Pulmonary Congestion
A case study of HF patient received ReDS-guided management from admission to discharge.
Publication Name: Journal of Cardiology Cases
Lead Author: Akira Oshima
Year: 2021
A Novel Approach to Monitoring Pulmonary Congestion in Heart Failure: Initial Animal and Clinical Experiences Using Remote Dielectric Sensing Technology
Early feasibility study in ADHF patients combined with experience from preclinical setting and healthy patients showed that ReDS technology can track changes in lung fluid.
Publication Name: Congest Heart Fail
Lead Author: Offer Amir
Year: 2013
The Use of The ReDS Noninvasive Lung Fluid Monitoring System to Assess Readiness for Discharge In Patients Hospitalized With Acute Heart Failure: A Pilot Study
ReDS testing demonstrated that 32% of HF patients deemed ready for discharge have clinically significant residual lung congestion (ReDS >39%) which was associated with a higher risk of 30-day readmission.
Publication Name: Heart & Lung
Lead Author: Daniel Bensimhon
Year: 2021
Sensible Medical Vest Experience at Rochester Regional Health System
Using ReDS guided management prior to discharge demonstrated a significant reduction in readmission rate in comparison to historical control.
Publication Name: Abstract and Presentation, HFSA
Lead Author: Scott C. Feitell
Year: 2018
Remote dielectric sensing for detecting pulmonary edema in the emergency department
A prospective pilot study assessing the accuracy of ReDS to detect pathologic lung fluid in ED undifferentiated dyspneic patients.
Publication Name: American Journal of Emergency Medicine
Lead Author: Zubaid Rafique,
Year: 2022
Assessing HF in the Emergency Department
Initial data suggesting that ReDS reading in the emergency department predicts 30-day outcome and can be used to identify patients who can be safely discharged versus those who require more intensive treatment.
Publication Name: Abstract and Presentation, HFSA
Lead Author: Christopher Chien
Year: 2019
ReDS across the Continuum of Care: How to initiate your Heart Failure Program
A visiting nurse program, employing ReDS technology and a specifically designed diuretic protocol to assess and treat HF patients, improved the readmission rate of a community hospital.
Publication Name: Abstract and Presentation, HFSA
Lead Author: Daniel Bensimhon
Year: 2018
Geisinger Caring Experience
Utilize ReDS™ technology to assess volume status at the community for reduction in readmission rate.
Publication Name: Presented HFSA
Lead Author: Sanjay Doddamani
Year: 2017
ReDS Monitoring In Conjunction With Multifaceted Team Reduces Readmissions From Skilled Nursing Facilities
Use of ReDS guided management at skilled nurse facilities assisted in reducing all-cause readmission rate. Real world data from Allegheny, PA.
Publication Name: Abstract and Poster HFSA
Lead Author: A Hadi
Year: 2020
Dapagliflozin effects on lung fluid volumes in patients with heart failure and reduced ejection fraction: Results from the DEFINE-HF trial
Astra Zeneca funded trial used ReDS as a biomarker to evaluate Dapagliflozin effect on lung fluid.
Publication Name: Diabetes Obes Metab.
Lead Author: Michael E. Nassif
Year: 2021
Dual Vasopressin Receptor Antagonism to Improve Congestion in Patients With Acute Heart Failure: Design of the AVANTI Trial
Bayer clinical trial used ReDS as a biomarker to evaluate V1a/V2 antagonist effect on lung fluid.
Publication Name: Journal of Cardiac Failure
Lead Author: Steven R.Goldsmith
Year: 2021
A Descriptive Analysis of ReDS Technology Across the Continuum of Care
ReDS technology used across the continuum of care revealed residual, clinically-significant, volume overload in patients at all points of care, (emergency department, discharge, heart failure clinic, primary care and home). 605 patients from Triad Health Network, NC.
Publication Name: Abstract and Presentation, HFSA
Lead Author: Daniel Bensimhon
Year: 2019
Sensible Medical Innovations Lung fluid status monitor allows reducing readmission rate of heart failure patients
A prospective, randomized, controlled, multi-center trial which compared ReDS-guided treatment at home vs. standard of care management.
Publication Name: Presented at HFSA
Lead Author: NA
Year: 2019
Evaluation of remote dielectric sensing (ReDS) technology-guided therapy for decreasing heart failure re-hospitalizations
Multi-center home study with remote ReDS guided management showed reduction in HF readmissions in comparison to pre- and post-study periods.
Publication Name: International Journal of Cardiology
Lead Author: Offer Amir
Year: 2017
Validation of Remote Dielectric Sensing (ReDS) in Monitoring Adult Patients Affected by COVID-19 Pneumonia
A pilot study showing that ReDS can track changes in lung involvement in COVID-19 patients.
Publication Name: Diagnostics
Lead Author: Federico Mei
Year: 2021
Heart Failure Collaboratory Statement on Remote Monitoring and Social Distancing in the Landscape of COVID-19
Guiding principles for HF remote monitoring during and following the COVID-19 crisis, recommended on adoption of remote patient monitoring technologies like ReDS technology, to provide better assessment of HF clinical status while maintaining social distancing.
Publication Name: JACC: Heart Failure
Lead Author: William T. Abraham
Year: 2020
Relationship Between Body Posture and Lung Fluid Volume Assessed Using a Novel Noninvasive Remote Dielectric Sensing System
A proof-of-concept study in healthy volunteers investigating the relationship between body posture and lung fluid by ReDS.
Publication Name: Published
Lead Author: Teruhiko Imamura
Year: 2021