Project Details
Description
This partnership brings together 4 distinct and complementary engineering groups with two clinical specialisms and is supported by two industries, an SME in the medical sensors area and a manufacturer of surgical robots. The group will focus on two principal aims:
1. to devise a microfabricated probe deployable via a standard minimally invasive surgery instrument capable of making intra-operative mechanical measurements on the tissue surface.
2. to establish data modelling methods in order to process the real-time measurement data to produce quantitative assessment of surgical margin as intra-operative feedback to the surgeon.
1. to devise a microfabricated probe deployable via a standard minimally invasive surgery instrument capable of making intra-operative mechanical measurements on the tissue surface.
2. to establish data modelling methods in order to process the real-time measurement data to produce quantitative assessment of surgical margin as intra-operative feedback to the surgeon.
Layman's description
Creating a tool for intraoperative tissue diagnosis in robotic cancer surgery
Acronym | MIRAS |
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Status | Active |
Effective start/end date | 4/04/22 → 1/04/25 |
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