Research

Dymedix Diagnostics continues to elevate the neurophysiological testing field through ongoing innovation and a commitment to clinical excellence. Independent research consistently validates the performance of our advanced physiological sensors, demonstrating their value in diagnosing a wide range of neurological and sleep‑related conditions.

We’re proud to support the clinical community with technology backed by real‑world evidence. Below, you’ll find a selection of our most recent research literature and publications, available for review and download.

Airflow Sensors

Comparison of Polyvinylidene Fluoride (PVDF) Airflow Sensor and Nasal Cannula Pressure Sensor Output During Simulated Breathing With and Without Temperature Change

White Paper; Ryan Diesem – Valley Inspired Products



The Use of Combined Thermal/Pressure Polyvinylidene Fluoride Film Airflow Sensor in Polysomnography

Sleep and Breathing Journal; Meir Kryger, MD, Todd Eiken, RPSGT, Li Qin


A Bench Study of Polyvinylidene Fluoride (PVDF) Film Sensors and Nasal Cannula Pressure Sensors in Various Simulated Breathing Conditions to Identify Apnea and Hypopnea

White Paper;
Ryan Diesem – Valley Inspired Products



Comparison of Respiratory Event Detection by a Polyvinylidene Fluoride Film Airflow Sensor and a Pneumotachograph in Sleep Apnea Patients

CHEST Journal; Richard B. Berry, MD, Gary Koch, Steven Trautz and Mary H. Wagner, MD


Respiratory Effort Sensors

Validation of Polyvinylidene Fluoride Impedance Sensor for Respiratory Event Classification during Polysomnography in Children

Journal of Clinical Sleep Medicine; Anne G. Griffiths, MD; Pallavi P. Patwari, MD; Darius A. Loghmanee, MD, Matthew J. Balog, RSPGT, Irina Trosman, MD, Stephen H. Sheldon, DO



Validation of a Polyvinylidene Fluoride Impedance Sensor for Respiratory Event Classification during Polysomnography


Journal of Clinical Sleep Medicine;
Brian B. Koo, MD, Colin Drummond, PhD, Susan Surovec, BA, Nathan Johnson, MS, Stephanie A. Marvin, Susan Redline, MD, MPH


Movement Sensors

Transcranial Electrical Motor Evoked Potential (TceMEP) Low Threshold Comparison and Patient Movement Analysis: Bipolar vs Linked Quadri-Polar (LQP) Stimulation 

ASNM Annual Meeting, 2021; ERNESTO F. LIMA MD, CNIM, DABNM, DAVID W. MCNEAL, PHD, CNIM, BERNARD A. COHEN, PHD, FASNM, FACNS , JEFFERY E. MASCIOPINTO MD