New physiological bench test reproducing nocturnal breathing pattern of patients with sleep disordered breathing | PLOS ONE
Oscillations in Collapsible Tubes | Research by Robert J. Whittaker
Biomechanics of Upper Airway Collapse | Airway Lab // Joint Department of Biomedical Engineering // Marquette & the Medical College of Wisconsin
Physics and physiology (Chapter 3) - Core Topics in Airway Management
Intrinsic Determinants of Upper Airway Collapsibility | Encyclopedia MDPI
The Starling resistor model of upper airway in obstructive sleep apnea.... | Download Scientific Diagram
Solved QUESTION 3 In a Starling resistor model for flow in a | Chegg.com
Medical Therapy for Obstructive Sleep Apnea | Ento Key
Research on the flow of water in flexible tubes could make irrigation technology more sustainable and cost-effective
New blood-pressure related measure predicts health outcomes in patients in intensive care
Cardiopulmonary Interactions | Anesthesia Key
Pathophysiology of Obstructive Sleep Apnea | Neupsy Key
Lung microdialysis during cardiothoracic surgery
Figure 1 from The pathogenesis of obstructive sleep apnea. | Semantic Scholar
Cerebral venous steal equation for intracranial segmental perfusion pressure predicts and quantifies reversible intracranial to extracranial flow diversion | Scientific Reports
Pulmonary Circulation | Thoracic Key
Partial Aortic Occlusion and Cerebral Venous Steal | Stroke
Pulmonary Circulation | Thoracic Key
Recanalization, reperfusion, and recirculation in stroke - John H Zhang, Andre Obenaus, David S Liebeskind, Jiping Tang, Richard Hartman, William J Pearce, 2017
Starling Resistor - YouTube
Self-excited oscillations of collapsible tubes conveying fluids
Effect of External Positive and Negative Pressure on Venous Flow in an Experimental Model
A Physical Model of the Intracranial System for the Study of the Mechanisms of the Cerebral Blood Flow Autoregulation
The Starling resistor model consists of a tube passing through a sealed... | Download Scientific Diagram
Starling Resistor - YouTube
The classical Starling resistor model often does not predict inspiratory airflow patterns in the human upper airway | Journal of Applied Physiology
