HealthTech Israel Podcast

Yotam Drechsler & Yaron Segal PhD, BrainQ

October 19, 2021 Chen Sirkis Season 2 Episode 2
Yotam Drechsler & Yaron Segal PhD, BrainQ
HealthTech Israel Podcast
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HealthTech Israel Podcast
Yotam Drechsler & Yaron Segal PhD, BrainQ
Oct 19, 2021 Season 2 Episode 2
Chen Sirkis

In this episode we are talking to Yotam Drechsler and Dr. Yaron Segal from BrainQ.
Yotam is the CEO of the company and Yaron is the investor, founder and Chief Innovation Officer.

This is the story of a personal quest to help a loved one that morphed into a game-changing solution making a significant impact on the neurorecovery of stroke victims.

BrainQ’s investigational cloud-based technology aims to reduce disability and promote neurorecovery for stroke victims. Using a Brain Computer Interface-based approach, the company’s frequency-tuned low intensity electromagnetic field therapy is designed to operate based on biological insights retrieved from brainwaves using explanatory machine learning tools. These insights are aimed at imitating the natural processes of neural network synchronization and promoting recovery processes. The system is designed to allow for scalable and decentralized care via a portable, non-invasive wearable device that is cloud-connected with integrated telemedicine tools that enable remotely monitored sessions through an app.



Show Notes

In this episode we are talking to Yotam Drechsler and Dr. Yaron Segal from BrainQ.
Yotam is the CEO of the company and Yaron is the investor, founder and Chief Innovation Officer.

This is the story of a personal quest to help a loved one that morphed into a game-changing solution making a significant impact on the neurorecovery of stroke victims.

BrainQ’s investigational cloud-based technology aims to reduce disability and promote neurorecovery for stroke victims. Using a Brain Computer Interface-based approach, the company’s frequency-tuned low intensity electromagnetic field therapy is designed to operate based on biological insights retrieved from brainwaves using explanatory machine learning tools. These insights are aimed at imitating the natural processes of neural network synchronization and promoting recovery processes. The system is designed to allow for scalable and decentralized care via a portable, non-invasive wearable device that is cloud-connected with integrated telemedicine tools that enable remotely monitored sessions through an app.