Completed Bones, Joints & Muscles Engineering

Intra-Operative Dedicated Breast Magnetic Resonance Scanner

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AI plain-English summary

A new type of breast MRI scanner will let surgeons perform biopsies and tissue removal in a single session, without moving the patient in and out of the machine. Current cylindrical MRI scanners force clinicians to pull the patient out of the magnet to access the breast, making real-time guidance of biopsy needles or ablation tools impossible. This means diagnosis and treatment are often separate appointments, stretching the patient’s journey from detection to therapy over days or weeks. The proposed intra-operative scanner, based on an existing proprietary design, will allow clinicians to guide instruments under live MRI images while the patient remains inside the machine. If successful, this system could compress diagnosis and minimally invasive treatment into one outpatient visit. That would shorten waiting times, reduce the number of hospital visits, and lower healthcare costs. As molecular diagnostics improve and detect more early-stage cancers, demand for precise, image-guided localisation and therapy will grow. This scanner is designed to meet that need directly, offering a practical tool for routine clinical use rather than a fundamental science investigation.

View original technical description
An Intra-Operative Dedicated Breast Magnetic Resonance (MR) Scanner for detection, diagnosis, image-guided lesion biopsy and targeted tissue ablation will be built, based on an existing, novel, proprietary MR scanner. Unlike the conventional, cylindrical MR scanners which do not provide for real-time , interactive guidance of biopsy and therapy devices - since the patient has to be pulled out of the magnet for access by the clinician - the proposed intra-operative system will enable the performance of these critical interventional procedures under real-time image guidance, potentially during a single out-patient session thereby shortening patient's journey from diagnosis to therapy and reducing costs. With the expected development of molecular diagnostics leading to early detection of potential cancers, there will be a major demand for image guided lesion localisation and minimally invasive therapy procedures that could be addressed by our novel, Intra-Operative MR Scanner.

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