3.0 T Siemens MAGNETOM Vida

The 3.0 T Siemens MAGNETOM Vida is a research-dedicated state-of-the-art magnetic resonance imaging (MRI) scanner. It will provide whole-body imaging capabilities, with dedicated coils for neuro, spine, cardiac, abdominal, musculoskeletal imaging. Our scanner will be a 70 cm wide-bore system, allowing for more comfort for our subjects

The Subjects

Human imaging across the full range of body regions, sequences, providing morphological and functional imaging capabilities

The capabilities

Beyond the established anatomical MRI scans that one has come to expect from modern-day MRI scanners, our facilities will also allow for detailed quantitative imaging protocols such as relaxometry, microstructural imaging, MR elastography, functional MRI, and many more.

MRI-compatible equipment

To facilitate a broad range of research applications on our Siemens Vida, we have a variety of equipment that can be used to interact with the participant. When you discuss your project ideas with us, please ensure that you mention any requirements for equipment to us.

In-room viewing device

Our in-room viewing device (also known as a TV) can be used for visual stimulation during functional MRI (fMRI) scanning, or to help calm anxious participants by showing them a video throughout the scanning session. The device is typically placed at the far end of the scanner bore, with the participant viewing this via a mirror place above their eyes. This comes as part of our partnership with Nordic NeuroLab, and full details on the device can be found here.

Functional MRI response devices

We have response devices to record active responses from participants during an fMRI scan. Whether it is to record a timed response or a choice, Nordic NeuroLab’s response grip devices provide real-time feedback for response visualisation and recording.

MR elastography

We will have MR elastography (MRE) equipment and imaging protocols to obtain estimates of mechanical properties such as stiffness, viscosity, or shear stiffness. We are set up to acquire MRE data in the liver, through application of the mechanical waves onto the participant’s stomach.

Peripheral pulse unit

Our peripheral pulse unit (PPU) can monitor the cardiac cycle through blood flow in the finger to help trigger imaging sequences according to the cardiac cycle.