Clearing a path to better treatment.
About Us
NeuroClear is building a way to identify and treat physical, neurological, and emotional disorders using a new sensing and stimulation technology. Clearer signals lead to increased efficiency,more successful treatment, and to better health.
We are led by an esteemed group of leaders and trusted by our partners.
“Our nerves are constantly sending signals to every part of our bodies. What we need to do is listen to these signals and find a way to stimulate desired areas of indication.”
– Ken Londoner, Chairman and CEO, NeuroClear
We are addressing disease through bioelectronic medicine.
Arthritis
Neck & Back Pain
Resistant Hypertension
Complex Regional Pain Syndrome (CRPS)
Neuralgia
Introducing N-SENSE™
Our technology aims to address technological deficiencies present in the current electroneurogram recording systems through high-speed recording of biomedical signals, the ability to preserve valuable clinical information and optimization of therapy delivery through closed feedback loop.
Our first product focuses on improving safety and efficacy of renal denervation procedures.
Picture shown is for illustration purpose only. Actual product may vary due to product enhancement.
What are ENGs?
Electroneurogram (ENG) recordings are methods used to visualize directly recorded electrical activities of neurons in the central nervous system (brain, spinal cord) and/or the peripheral nervous system (nerves, ganglions). ENGs are usually obtained by placing an electrode directly in the neural tissue.
ENGs consist of small, high frequency, low amplitude signals, which have been proven hard to detect with conventional signal recording systems.
Problem
Inability to assess completion of the procedure – producing suboptimal outcomes
ENG Signal Recording
Targeted Stimulation
Feedback Loop
Difficulties in recording and processing ENG signals
Modern approaches to medical conditions such as resistant hypertension may rely on enhanced nerve signal recording and processing.
Stimulation of specific nerves is a delicate and challenging process.
Nerves are usually grouped in clusters; a targeted response is needed to isolate essential locations for ablations.
Effective medical devices should be able to self-adjust for customized patient treatments.
Closed loop systems provide real-time feedback to adjust energy stimulation during a procedure.