Compelo Medical Devices - Latest industry news and analysis is using cookies

We use them to give you the best experience. If you continue using our website, we'll assume that you are happy to receive all cookies on this website.

ContinueLearn More
Close
Dismiss

Leeds Musculoskeletal Biomedical Research Installs Magnetom Verio From Siemens Healthcare

Scientists at the Leeds Musculoskeletal Biomedical Research Unit (LMBRU), based at Chapel Allerton Hospital, have installed Magnetom Verio from Siemens Healthcare for musculoskeletal research.

Magnetom Verio features a large 70cm bore to enable more flexibility and allow researchers to place patients off centre, providing better quality imaging results. The ability to place hands and wrists at the centre of the Verio provides the researchers with clearer and more in-depth images. The bore also accommodates a greater range of patients and can capture sharper images due to less anxiety-related movement.

Siemens claimed that Verio’s true form magnet and gradient design works to fit the true form of the human body. It provides greater image quality with better fat saturation and also features Tim (Total imaging matrix) technology, designed to increase flexibility, accuracy and speed to make every aspect of imaging more efficient and productive. Tim provides seamless scans of up to 205cm without the need to reposition or change coils.

Philip O’Connor, director of imaging at LMBRU, said: “Patients will undergo around three or four scans during the course of a research project so the scanner has to be comfortable, which was one of the key decision factors in selecting the Siemens Verio. We also needed a large bore system for kinematic imaging. Due to the size of the bore we can put patients off centre; this means we can place joints or extremities in the middle of the scanner without the patient feeling claustrophobic.”

Neil Lincoln, regional sales manager at Siemens Healthcare, said: “The Magnetom Verio provides high quality imaging and flexibility so that scientists at the LMBRU will be able to gain a greater depth of understanding during musculoskeletal research.”