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Opto Biosystems

Opto Biosystems develops implantable neural devices that measure and disrupt electric fields in the body, providing real-time biomarkers and diagnostic insights for aggressive cancers. Their technology aims to enhance treatment efficacy and patient outcomes by integrating bioelectronic medicine with cancer neuroscience.

Traction 10/10
Cambridge, United Kingdom · HQ
Founded 2022111K+ followers
  • Biotechnology
  • Healthcare Technology
  • Medical Devices
Updated 23 months ago

Funding

Raised to date

$2.3MRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.

Funding rounds are not available yet.

Founders

2 founders

Ben Woodington

Co-Founder

Elise Jenkins

Co-founder

Product

Problem

Aggressive cancers are difficult to treat, with low survival rates and limited improvements from new drugs. Current diagnostic methods lack real-time biomarkers and insights into the electrical activity within tumors, hindering the development of more effective therapies.

Solution

Opto Biosystems is developing implantable neural devices that measure and modulate electric fields in the body to provide real-time biomarkers and diagnostic insights for aggressive cancers. By uniting cancer neuroscience and bioelectronic medicine, their technology aims to enhance treatment efficacy and patient outcomes. The SOMA-1 device combines electrical stimulation with electrical recording, offering a new approach to cancer treatment by capturing previously inaccessible data. This allows for the potential to revolutionize treatment for some of the most aggressive diseases.

Target Audience

The primary target audience includes oncologists, cancer researchers, and medical professionals seeking advanced diagnostic and therapeutic tools for aggressive cancers.

Features

  • Implantable device capable of measuring electric fields within the body.
  • Electrical stimulation capabilities for modulating neural activity in tumors.
  • Real-time biomarkers and diagnostic insights through electrical recording.
  • Minimally invasive neural interfaces for oncology applications.
This profile is AI-generated and may contain inaccuracies.