Image of a Human Imaging Machine

NIF Human Imaging Facility 

The WA NIF node Human Imaging Facility provides in vivo human imaging capabilities, welcoming two state-of-the-art research-dedicated scanners: a digital PET-CT and a 3T MRI system.

Our human imaging systems

These new scanners are the only human imaging systems in WA fully dedicated to research, facilitating high-end in vivo human imaging for the state. They are co-located with our preclinical instruments, offering unique advantages to human participants and researchers, streamlining workflows, and opening the path towards multimodal and co-registered imaging.

brain fibres
Diffusion MRI and fibre tractography allow for estimation of local brain fibre orientations (coloured icons throughout) and for the virtual reconstruction of nerve fibres, respectively, with part of the corticospinal tracts depicted.

3T Magnetic Resonance Imaging (MRI)

Magnetic resonance imaging (MRI) uses applied magnetic fields to non-invasively (and non-destructively) image samples with non-ionising radiation (unlike X-ray based techniques). MRI can rapidly provide excellent in vivo soft-tissue image contrast for qualitative analyses, 3D images for quantitative volumetric measurements, and access to quantitative parameter maps (such MR relaxation, diffusion, flow) related to underlying tissue structure, function, or metabolism. Rapid imaging techniques can also be used to study dynamic processes, such as the cardiac cycle.

Using ultra-short echo time techniques we can provide CT-like images of solid tissues like bone, to completement MRI’s exquisite soft-tissue contrast within the same imaging session.

Unique to the MRI research landscape in WA, the WA NIF node has MR Elastography (MRE) equipment to non-invasively provide estimates of tissue stiffness. MRE has quickly become an invaluable marker of liver fibrosis and nonalcoholic steatohepatitis (NASH), being an ideal imaging biomarker for clinical trials into new drugs to treat these conditions.

NIF - Human CT Image_3
Low dose CT of a human

Human Computed Tomography (CT)

Computed Tomography (CT) is an x-ray-based technique to provide 3D or 4D images of the human anatomy. Image contrast is based the varying densities of tissue, thus providing excellent, sub-millimetre resolution images of bones, heart, lungs, among many other organs.
Amyloid Brain Static PIA
Amyloid Brain Static PIA

Positron Emission Tomography (PET)

Positron Emission Tomography (PET) is a powerful translational research tool that has a direct impact on patient care, in particular in precision medicine and in the growing field of theranostics, and emerging field of medicine combining specific targeted therapy based on specific targeted diagnostic tests

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FAQ

image of the waiting room at the Harry Perkins Institute

Location and contact

Email: [email protected]

Address: WA National Imaging Facility
Level 3, Harry Perkins Institute of Medical Research
QEII Medical Centre campus 
Nedlands WA 6009 

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