Extended
Hospital Stay
Dysphagia Therapy Like No Other
Robust Evidence
Favorable Economics
Seamless Integration
Dysphagia is Common, Costly, and Harmful to Patients
Treating the Root Cause of Dysphagia.
Introducing the first and only treatment using Pharyngeal Electrical Stimulation (PES) to restore swallowing control, facilitate airway protection, and accelerate recovery.
Personalized levels of PES, delivered at the earliest stages after injury, enhance neurorehabilitation and reorganization of swallowing control, while requiring minimal patient participation.

Patient-Tailored Stimulation
Measures Individual Sensory Capacity
Dual-Function Catheter
Feeding Delivery + Stimulation Delivery
Simple & Safe

Adjust the catheter to reflect patient anatomy and then insert. When ready to deliver treatment, connect the catheter to the Base Station.

Follow Base Station on-screen instructions to measure patient sensory capacity and optimize the stimulation level.

Deliver optimized stimulation for 10 minutes once per day. On completion, disconnect the Base Station. Leave the catheter in place.

Repeat for 3-6 days as clinically indicated. On completion of the treatment regimen, remove the catheter or leave in place for feeding for up to 30 days.
Extensive Clinical Evidence
Control Trials
Gaylord Specialty Healthcare First in Nation to Adopt Ground-Breaking Pharyngeal Electrical Stimulation Technology to Treat Patients with Dysphagia
NEWS PROVIDED BY Gaylord Specialty Healthcare 09 May, 2023, 15:45 ET WALLINGFORD, Conn., May 9, 2023 /PRNewswire/ — Gaylord Specialty Healthcare, a nonprofit rehabilitation-focused healthcare system, is proud to announce that it is the first healthcare organization in the nation to use the Phagenyx® Neurostimulation System from Phagenesis, Ltd. to treat dysphagia among stroke patients. Dysphagia – or the difficulty or inability to swallow – affects millions worldwide and is a common diagnosis among adult patients at long-term acute care hospitals, including Gaylord Hospital. Dysphagia following stroke is most often caused by damage to the parts of the brain that control and coordinate…