Neurosoft Bioelectronics is leading the way in the development of sophisticated soft implantable electrodes designed to interact with the brain and address severe neurological disorders. In this week's discussion, host Bob Traynor engages in a conversation with CEO Nicolas Vachicouras, delving into the company's pioneering initiatives to create an implantable brain interface device aimed at treating severe tinnitus.
The technology employs ultra-thin, flexible electrodes capable of both recording brain activity and delivering personalized electrical stimulation patterns, guided by AI algorithms. The overarching objective is to regulate hyperactive networks associated with conditions such as tinnitus through a closed-loop system. Human trials have substantiated the safety and effectiveness of these electrodes in recording brain activity. Neurosoft's strategic roadmap includes the launch of a product for epilepsy and the initiation of a specialized feasibility study for treating severe tinnitus.
With a minimally invasive implantation procedure, this technology holds the potential to offer long-term relief for individuals grappling with chronic tinnitus. Neurosoft envisions introducing new treatment options within 4-5 years, pending further development and regulatory approval.
More information on the technology can be found on the company's website: neurosoft-bio.com/index
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TIMESTAMPS
00:00 Introduction
2:30 - Unmet need for treating debilitating chronic tinnitus
6:21 - Neurosoft’s implantable brain interface technology
7:30 - Using electrical stimulation to re-regulate pathological brain networks
10:00 - Benefits of soft implantable electrodes
11:52 - AI and machine learning allow personalized stimulation patterns
14:15 - Minimally invasive approach to electrode implantation
15:08 - Brain stimulation for tinnitus - placement
Initial human trials showing safe brain activity recording
16:25 - Neuroethics and brain implant technology
19:16 - Tinnitus treatment feasibility study and next steps