Key result
An implantable wireless system for remote hemodynamic monitoring achieved 0.44 mmHg pressure resolution and 0.24 mm diameter resolution in an in-vitro experimental setup.
Population
An in-vitro experimental setup emulating arterial blood flow and an 8.5 cm tissue phantom
Design
In-vitro experimental bioengineering study
Authors
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Device enables continuous PAP/CSA monitoring; hypothesis-generating for HF management pending prospective safety and outcome trials.
A novel implantable wireless sensor accurately measures pulmonary artery pressure and diameter in an in-vitro model, demonstrating potential for continuous remote hemodynamic monitoring in heart failure.
Besirli et al. (2023) studied Heart Failure. Implantable wireless system for remote hemodynamic monitoring was evaluated on In-vitro system performance (pressure and diameter resolution). An implantable wireless system for remote hemodynamic monitoring achieved 0.44 mmHg pressure resolution and 0.24 mm diameter resolution in an in-vitro experimental setup.
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