A new era for vestibular pathologies.

The Bionic\VEST-2* system is based on years of learning, research and development. Vestibular implant technology is opening a new window to the brain.

Physicians may use the system to treat previously untreated vestibular pathologies. Follow us on X, which is the primary place where you can connect with us, join the discussion and stay up to date with our progress.

The first clinical trial in humans with chronic electrical stimulation of the otolith organ in patients with bilateral vestibular dysfunction and deafness was carried out by the European Consortium under the auspices of the European Commission (Bionic\Vest), using the first device for cochlear and otolith stimulations designed by Las Palmas University Engineer Dept.

*For investigational use only.

Treating the untreatable

There is not a vestibular restoration treatment.

The different treatment options for vestibular disorders currently available on the vestibular market are considered symptomatic, as they can help reduce the symptoms of a vestibular disorder, but they cannot restore the vestibular function. The four main therapies currently available are:

In severe cases, these treatments are not effective enough thus the patient remains without useful treatment.

Ground-breaking results were obtained in the first clinical trial in humans. This was a first and essential validation step that laid the foundation for this new treatment.

Clinical efficacy

Over the past 3 years, the first human clinical study of vestibular otolith implant technology has demonstrated the benefit of this technology for the treatment of bilateral vestibular disorders.

The Bionic\VEST implant obtained spectacular results and showed that the successful restoration of vestibular function through electrical stimulation of the otolith organ could become a clinical reality. Where there was no solution for these people before, balance improvement and even restoration is feasible.

75% reduction in the risk of falling.

Publications

During the development of the otolith vestibular implant, a number of publications have been published in high-impact scientific journals. These publications are open access and you can find them through the following links.

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