Health Europa – Introducing a Novel Brain Activity Monitor

Nov 20, 2018

 

Neurosteer has developed a three-electrode neurological monitor that provides multiple brain activity biomarkers.


Neurosteer has the mission to improve the quality of brain disorder care by creating meaningful and easy-to-use brain activity measures that provide immediate neurofeedback as well as general brain activity assessment. The company produces high-level brain activity biomarkers in real time which enable treatment improvement by affordable and continuous monitoring of neural activity.

The mobile monitor can be used next to a hospital bed or at home and provides assessment and monitoring, with real-time alerts.

The Activity of the Brain

Automatic and accurate brain monitoring is key for optimised treatment both in the clinic and at home. For example, in the Intensive Care Unit (ICU), it can help prevent secondary trauma due to epilepsy or oedema, and in the operating room, it can reduce post-operative cognitive decline. Similarly, monitoring of home-care patients can indicate drug compliance and effectiveness, and provide a general indication of neural activity without the presence of a neurologist.

The current focus of Neurosteer is neurodegenerative diseases and mood disorders, as well as various forms of epilepsy, and the main effort is devoted to assisting with drug development and neurostimulation optimisation. For clinical trials and preventive medicine, Neurosteer can provide affordable patient screening and monitoring as well as quantification of the response to neurological and psychiatric drugs.

The system uses proprietary, real-time algorithms which run on the cloud and produce biomarkers that can be read using any web interface. The biomarkers are associated with various forms of cognitive load, emotional states, stress, pain, abnormal (epileptic) activity, disorders of consciousness, sleep stages and level of anaesthesia. Importantly, the biomarkers do not require electroencephalography (EEG) expert interpretation, thereby saving time and reducing costs. Objective statistics, trends and historical data are available for a single patient or a group of patients. The historical data can be easily integrated with other analytics tools used for better trial management.

About Neurosteer

Neurosteer’s core technology was developed at Tel Aviv University, Israel, by co-founder and CEO Nathan Intrator. Intrator received a PhD in applied mathematics from Brown University, US, and is a professor (on leave) of computer science and neuroscience at Tel Aviv University. He studied the signal-processing capabilities of sonar animals and developed signal-processing methods for brain activity interpretation and brain-computer interfaces, most notably for extensive information extraction from a single EEG channel. Neurosteer commercialises this technology to provide mobile brain analysis with medical and wellness applications.

Neurosteer has already helped a number of patients and their families – specifically, assisting caregivers in their assessment and providing a clear response to physical and other stimulation. In addition, the system is being used for assessment of Parkinson’s disease and frontotemporal dementia (FTD) patients. Moreover, the system provides indication of the response to transcranial direct current stimulation (tDCS) and deep brain stimulation (DBS).


MORE INFO

19 Dec, 2023
Neurosteer Inc. announces the publication of our groundbreaking paper in Frontiers in Neurology detailing a revolutionary approach to Parkinson's disease detection and differentiation using our pocket-sized hdrEEG™ system and a rapid 15-minute auditory assessment.disorders.
01 Sep, 2023
Neurosteer founder and CEO, Nathan Intrator PhD, has been invited to be a main speaker at the ApplySci AI + Deep Tech + NeuroTech conference at MIT later this month.
20 Jun, 2023
In “This Is What Music Does to Your Brain,” Yael Hallak of Haaretz writes that new research is exploring how to use music to bring people closer and even to diagnose cognitive decline in the elderly.
03 Nov, 2022
Neurosteer Inc. announces FDA clearance of its Neurosteer® single-channel EEG brain monitoring platform. The clearance allows Neurosteer’s unobtrusive multi-purpose system to be used in a broad range of clinical settings, including the ICU, a doctor’s office, and pharma drug trials.
By Neurosteer 23 Oct, 2022
Neurosteer participated in Peter Gabriel’s event at the Fotografiska Museum in NYC, demonstrating the effect of music and meditation on the brain using real-time graphics by displaying brain activity as it related to the intensity of focus, relaxation, and emotion.
By Times of Israel 26 Aug, 2022
A Tel Aviv University PhD student, Neta Maimon, came up with a 15-minute test that supports early detection of cognitive decline. The test uses musical cues in conjunction with Neurosteer’s EEG brain monitoring system to track brain function as elderly people listen to music.
By Roche & Startup Nation Central 14 Jul, 2022
Neurosteer was the winner of the Roche for a Better Future: Alzheimer’s Innovation Challenge , launched by Roche and Start-Up Nation Central with the vision of early detection and enhanced digital health support for Alzheimer’s disease patients and their caregivers.
By Neurosteer 15 Dec, 2019
Neurosteer received the “Brain Health Company of the Year” award from Tradex News . It has been a great year for us, most notably in improving our product for early screening of Alzheimer’s, Parkinson’s and fronto-temporal dementia.
By Neurosteer 19 Nov, 2019
Following recent fMRI studies on the effect of music on the brain, Israeli TV Channel 13 interviewed Neta Maimon , a PhD student in music cognition at Tel Aviv University and a researcher at Neurosteer. Using Neurosteer sensing technology on a group of brain-monitored study participants, emotional and cognitive responses to songs were clearly visible. 
By Neurosteer 03 Nov, 2019
Neurosteer monitored two runners, in real time, during the NYC marathon on Nov 3rd. Prof. Steven Laureys, a key figure in the European Human Brain Project, was behind this initiative, which created significant interest in sports and other brain monitoring in extreme physical conditions. The article in DeMorgen describes it (in Dutch; use Google Translate). The full event was streamed live on Facebook . When going over the recording, one can see that Steven was meditating during much of the run (a well-known method to reduce oxygen consumption). 
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