Pioneering the next generation of neural interfaces
Biodegradable neural interfaces designed to personalise treatment for stroke, epilepsy and complex neurological disorders while reducing surgical burden.
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Empowering Neuro Recovery
NEUROBITE Technologies is an innovative spin-out from the University of Glasgow, focused on developing biodegradable, implantable medical devices designed to treat neurological conditions, such as stroke and epilepsy.Â
We are working on cutting-edge technology aimed at stimulating brain regions affected by these conditions, promoting neuroplasticity, and enhancing recovery.
Our approach is designed to reduce the need for multiple surgeries, minimise invasive procedures, and offer a more patient-centered solution for post-stroke rehabilitation and epilepsy monitoring.
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The Challenges in Stroke Recovery and Epilepsy Monitoring
Stroke recovery and epilepsy are both difficult journeys for patients and clinicians. Stroke survivors often face long rehabilitation, repeat procedures and limited options when recovery stalls. People with drug resistant epilepsy may need invasive monitoring to find where seizures start and to guide treatment, which can mean multiple surgeries and time in hospital. Clinicians need safer, less invasive, patient tailored tools that fit into real care pathways and support better long term outcomes.
Million People living with the effects of stroke globally
%
Stroke Survivors Experience Paralysis or Weakness
Billion Cost to the EU Economy
Million People worldwide living with epilepsy
%
People with epilepsy who could be seizure free with the right treatment
Billion – Global annual economic cost of epilepsy
Together, we can improve stroke care and epilepsy monitoring
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Our Solution
Biodegradable Neural Probes
We aim to revolutionise post-stroke treatment and epilespy monitoring by developing a safe and effective implantable biodegradable neural probe. Our technology overcomes the limitations of conventional rigid electronics in existing neural probes by using biodegradable materials. This reduces the risk of foreign body response and chronic glial scarring.
Our Brain Implantable Transient Electronics (BITE) probes simultaneously record and stimulate affected brain regions, promoting new connections and monitoring treatment efficacy tailored to each patient’s specific needs.
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Our VALUE
How we make a Difference
Empowering Patients
- Informed Choices: We help bridge knowledge gaps, empowering patients to make informed decisions about their treatment.
- Reduced Fears: Our technology is designed to be less invasive, addressing common fears associated with implantable devices.
Supporting Clinicians
- Enhanced Treatment: Clinicians can reduce surgeries and scarring, promoting better patient outcomes.
- AI-Enabled Monitoring: Advanced AI technology will help clinicians facilitate improved monitoring and treatment adjustments for patients.
Reducing surgical burden
- Fewer procedures: Our biodegradable probes are designed to avoid removal surgery, helping reduce risk, theatre time and recovery for patients.
- Lower long term device risk: Transient materials aim to minimise chronic foreign body response and scarring, especially where repeat monitoring is needed.
Who Can Benefit from Our Technology?
Patients
For those recovering from stroke and other neurological conditions, our technology offers a more effective, sustainable, and less invasive treatment.
Clinicians
Our solution provides healthcare providers with an innovative tool to improve rehabilitation outcomes, reduce surgeries, and offer personalised treatment plans.
Healthcare Providers
Healthcare providers can improve health economics by using transient neural probes that cut repeat surgeries and help shorten hospital stays.
Meet The Innovators Behind NEUROBITE
Maria Cerezo Sanchez
CEO and Co-FounderÂ
Hadi Heidari
Co-founder and Chief Scientific Advisor
Danial Kiamarsi
Chief Medical Officer
Angel Canal-Alonso
Chief Technology Officer
Ali Mo
Materials Engineer
News & Updates
Reach Out!
Our team is eager to collaborate and make a positive impact in the field of neurology. Feel free to use the contact form below or reach out directly via email or phone. We look forward to hearing from you.