February 04, 2022
AI ‘Fingerprinting’ Fights Back Against Hard-to-Detect Cancers
Read MoreWhen it comes to cancer treatment, even the smallest amount of leftover tissue can lead to recurrence. Reveal combines an AI engine that provides real-time tissue diagnostics, sophisticated optical techniques, and an intuitive probe that can be manipulated easily during surgery. We give world-class surgeons the ability to confidently identify previously undetected cancerous tissue in vivo, giving patients a greater chance at a healthier life.
Surgeons are often faced with critical decisions in real-time. With little margin for error, greater tumor cell identification and precise excision are key – remove too little tissue and risk fatal recurrences or remove too much and cause profound neurological damage. Learn more about how Reveal’s technology is tackling this problem.
Our future flagship product for neurosurgery. Our intraoperative platform brings the diagnostic capability of Raman Spectroscopy and the power of AI to the hands of surgeons.
We aim to allow surgeons to make in vivo, real-time measurements of brain tissue and identify the presence of invasive cancer cells, at the sub-millimeter scale. Investigational studies have shown Raman-based classifiers can reveal invasive cancer past the boundary of MRI with high accuracy, sensitivity, and specificity. We are developing our product to harness this precision for the moments it’s needed most. Learn more on our Technology Page.
*Currently for investigational use only
Reveal Surgical is very proud to announce we are now ISO 13485 certified!
ISO 13485 is the internally recognized gold standard for quality in the medical device industry. Certification to this standard demonstrates that we take quality very seriously and that we have a system in place to ensure it. Not only do we comply with best practices, and with regulatory requirements, but we are now in the best possible position to ensure continuous improvement.
With your help, we can continue to discover new methods of tissue characterization, together changing the landscape of medicine.
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