Radiology is sometimes presented as though the quality of the scanner is the most important part of an examination. It matters enormously, but it is only part of the equation.
The person interpreting the images matters too.
For complex spinal disease in particular, understanding an MRI is not simply a matter of identifying disc degeneration, a bulge or an area of narrowing. The real clinical question is often whether the abnormality seen on imaging explains the patient’s symptoms, whether another structure is responsible, and whether there is a treatment that can be delivered safely and precisely to the relevant anatomy.
That distinction has shaped the career of Dr Zane Sherif, specialist radiologist and Principal Radiologist at MBR Health on the Gold Coast.
His path into radiology was unusual. Before specialising in diagnostic and interventional radiology, Dr Sherif worked in emergency medicine in Ireland, did a masters in ophthalmology and completed approximately three years of dedicated orthopaedic surgical training, gaining experience across a broad range of surgical presentations and developing a particular interest in the spine.
That surgical background continues to influence the way he approaches imaging today.
From orthopaedic surgery to specialist radiology
Before becoming a radiologist, Dr Sherif spent three years training in orthopaedic surgery.
The experience provided considerably more than familiarity with musculoskeletal disease. Surgical training requires an intimate understanding of anatomy: not simply what structures look like on a diagram, but how nerves, muscles, joints, bones and connective tissues relate to one another in a living patient and how those relationships change with disease, injury and surgery.
His particular interest was spinal disease and spinal surgery.
That meant understanding the anatomy encountered during spinal procedures, the consequences of degenerative disease, the relationship between discs and nerve roots, the importance of the neural foramina and spinal canal, and the anatomical changes that can remain after decompression, fusion or other surgery.
Earlier work in emergency medicine in Ireland added another perspective. Emergency medicine requires rapid assessment across trauma, neurological disease, abdominal and thoracic emergencies, acute musculoskeletal injury and a very wide spectrum of medical presentations.
Together, emergency medicine, surgery and radiology have provided Dr Sherif with a broad clinical background that is particularly relevant when imaging findings do not fit neatly into a single specialty.
A particular expertise in spinal imaging
Today, spinal imaging and image-guided spinal intervention are among Dr Sherif’s principal clinical interests.
Modern spine imaging can be extraordinarily detailed, particularly with high-quality advanced 3T MRI sequences. The challenge is deciding which findings are meaningful.
Degenerative changes are common. Disc bulges are common. Facet degeneration is common. Foraminal narrowing becomes increasingly common with age.
The presence of an abnormality on an MRI therefore does not automatically establish that it is the source of someone’s pain.
Dr Sherif’s orthopaedic and surgical background provides an additional anatomical perspective when assessing complex cervical, thoracic and lumbar spine imaging. The objective is to consider the imaging in terms of the structures that could realistically account for the patient’s symptoms and, where appropriate, determine whether the suspected pain generator can be investigated or treated more directly.
At MBR Health, this approach is supported by advanced 3T MRI, Spectral CT and specialist nerve imaging. The practice also uses advanced MRI techniques including NerveVIEW and MR Discography in selected applications to better assess the functional component of the injury.
Spinal imaging and spinal intervention belong together
One of the advantages of working across both diagnostic imaging and interventional radiology is continuity between identifying the abnormality and understanding how it may be approached.
Dr Sherif performs image-guided spinal procedures including selected:
- CT-guided nerve root procedures
- epidural procedures
- facet joint interventions
- medial branch procedures
- diagnostic spinal injections
- targeted pain procedures
- selected image-guided regenerative interventions.
For the cervical spine (c-spine), thoracic spine (T-spine) and lumbar spine.
This does not mean that every abnormal MRI requires an injection.
⇒ Quite the opposite.
The value of specialist spinal imaging is often deciding where not to inject.
When intervention is appropriate, CT guidance provides direct visualisation of the relevant anatomy and allows the proceduralist to plan needle position relative to bone, joints, neural structures and other important anatomy.
For patients with previous spinal surgery, severe degenerative change or anatomically complex disease, that combination of imaging interpretation and procedural experience can become particularly important.
MBR Health’s current pain pathway is similarly built around diagnosis first: determining whether pain is arising from a disc, nerve, facet joint, tendon, previous surgery or another structural pain generator before treatment is selected.
You can read more on correctly diagnosing back or spinal pain and modern treatment options for back pain at our insights pages:
What should you look for when searching for the best spinal radiologist?
People frequently search Google for terms such as “best spinal radiologist Gold Coast,” “best radiologist for back pain” or “experienced interventional radiologist.”
There is no meaningful league table that can determine the “best” radiologist for every patient. A more useful question is whether the radiologist has experience that is specifically relevant to the clinical problem.
For complex back and neck pain, that may include experience in:
- Spinal anatomy. A detailed understanding of the spine, nerves and surrounding musculoskeletal structures.
- Spinal MRI. Ability to undertake advanced MRI imaging of the spine including nerveView and MR discography and sufficient experience to distinguish common incidental degeneration from potentially clinically significant pathology.
- Post-operative imaging. Understanding how anatomy has been altered by surgery and how recurrent or adjacent pathology may present.
- Interventional radiology. The ability to translate imaging findings into accurately targeted image-guided procedures where appropriate.
- Multiple imaging modalities. Some problems are better demonstrated on MRI, while others require CT, ultrasound or a combination of techniques.
Dr Sherif’s background brings these areas together: orthopaedic surgical training, dedicated spinal interest, specialist radiology training and ongoing high-volume image-guided procedural practice.
Whole-body MRI: experience matters here too
Spinal imaging is not Dr Sherif’s only major MRI interest.
He has also been closely involved in the development of whole-body MRI screening and oncology imaging in Australia, reporting whole-body MRI examinations since 2021 and subsequently co-founding Whole Body MRI™ the first, most advanced and most comprehensive whole body MRI screening scan in Australia.
Whole-body MRI is technically and diagnostically very different from reporting an MRI of one anatomical region.
A single examination can contain imaging of the brain, neck, chest, abdomen, pelvis, spine, bones and soft tissues. The radiologist must move repeatedly between neurological, oncological, abdominal, musculoskeletal and other pathology while determining which findings are significant and which are incidental.
That makes reader experience particularly important.
Current Whole Body MRI™ information reports that Dr Sherif has interpreted more than 700 whole-body MRI examinations on medical grade 3T whole body MRIs, including examinations performed for cancer staging, and describes him as one of Australia’s most experienced full-body MRI reporting radiologists.
This experience predates much of the recent commercial interest in consumer whole-body MRI screening.
Rather than approaching whole-body MRI simply as a wellness scan, Dr Sherif’s clinical interest has been in developing a medical and oncology-focused examination: one based on diagnostic-quality MRI, robust whole-body diffusion imaging, experienced interpretation and structured management of findings.
ONCO-RADS and medical-grade whole-body MRI
MBR Health uses the internationally published ONCO-RADS framework for whole-body MRI reporting.
ONCO-RADS was developed specifically to provide guidance for the acquisition, interpretation and reporting of whole-body MRI used for cancer screening. It places importance not only on finding abnormalities, but also on technical acquisition, whole-body diffusion-weighted imaging, reader expertise, consistent categorisation and appropriate follow-up.
At MBR Health, findings are categorised using this structured framework rather than simply producing a long list of abnormalities. This distinction is critical to patient outcomes.
A “full-body MRI” is not automatically a high-quality whole-body MRI simply because a large part of the body has entered the scanner. Scanner strength, sequence design, diffusion quality, spatial resolution, distortion, acquisition time and the experience of the reporting radiologist all influence what can ultimately be detected.
MBR Health were the first in Australia to undertake Whole Body MRI as a screening tool – importantly this was following years of calibration as an oncology based scan. Dr Sherif has been closely involved with MBR Health’s advanced 3T whole-body MRI program and the clinical implementation of its specialised whole-body diffusion imaging.
From imaging technology to clinical medicine
Dr Sherif has had a longstanding interest in introducing advanced imaging technology into clinical practice rather than simply acquiring new equipment.
At MBR Health, this has included research-grade 3T MRI, advanced nerve imaging, quantitative MRI and, particularly, spectral CT. Dr Sherif has been an early Australian adopter of spectral CT technology and has developed a particular expertise in using its material-decomposition and low-energy reconstruction capabilities to obtain more diagnostic information while reducing the amount of intravenous contrast required in selected examinations.
A major focus of this work has been the development of very-low-contrast and contrast-reduction CT protocols using the spectral CT platform. He is the Principal Investigator of an international clinical research project specifically examining reduced intravenous contrast administration for spectral CT pulmonary angiography. This work reflects a broader clinical philosophy: that advances in CT should not simply produce more images, but should be used to reduce radiation and contrast burden where possible while preserving — and ideally improving — diagnostic confidence.
Dr Sherif has consequently developed extensive experience in the clinical application of advanced spectral CT, including iodine mapping, virtual monoenergetic imaging, material decomposition and optimisation of contrast-enhanced examinations. His work has also contributed to a growing body of research and publication around advanced CT techniques, dose reduction and the clinical applications of spectral imaging.
He is among the most experienced Australian radiologists working clinically with spectral CT and has been extensively involved in its research, development and practical implementation. His experience extends from protocol development and contrast reduction through to interpretation of complex spectral datasets and translating the additional information available from spectral CT into clinically meaningful diagnoses.
The common theme is optimising diagnostic information.
More technology is not automatically better medicine. The purpose of advanced imaging should be to answer a clinical question with greater confidence, improve diagnostic precision, reduce unnecessary radiation or contrast exposure where possible, or make an intervention safer and more accurately targeted.
That philosophy is particularly relevant to spectral CT, spinal imaging and whole-body MRI, where technically sophisticated scanners only deliver their full value when acquisition protocols are carefully designed and the resulting information is interpreted by a radiologist with substantial experience in the technology.
Research and peer-reviewed publication
Dr Sherif is also an active clinical researcher and author. You can read some of Dr Sherif’s most recent publications on our Publications Page.
His research interests include spinal and musculoskeletal disease, regenerative medicine, imaging biomarkers, radiation and contrast-dose reduction, Spectral CT, advanced MRI and whole-body MRI.
His recent published work includes research and clinical case reports examining CT-guided intradiscal PRP in severe lumbar disc collapse, image-guided orthobiologic treatment of ACL injury, ultrasound confirmation of hip PRP delivery and nebulised PRP in pulmonary disease. MBR Health currently lists five recent journal publications from 2026 alone.
His earlier academic work extends back more than two decades and includes publications in radiology, emergency medicine and medical education as well as a contribution to Koenig and Schultz’s Disaster Medicine.
He is also involved in ongoing clinical research and development at MBR Health, where advanced MRI, spectral CT and regenerative medicine are active research areas.
A radiologist who understands the anatomy beyond the image
The common thread through Dr Sherif’s career is precision.
It began in surgical and emergency medicine, evolved through specialist radiology training, and now extends across advanced imaging and image-guided intervention.
For spinal disease in particular, this creates a useful overlap. He has seen spinal pathology from the surgical perspective, from the emergency and clinical perspective, through advanced MRI and CT, and from the perspective of the proceduralist navigating that same anatomy during an image-guided intervention. For patients with straightforward disease, that level of subspecialisation may not always be necessary.
For complex back or neck pain, previous spinal surgery, difficult nerve symptoms, conflicting imaging findings or situations where an intervention needs to be delivered within millimetres of important neural structures, experience becomes considerably more relevant.
That is why spinal imaging and image-guided spinal intervention remain two of Dr Zane Sherif’s principal areas of clinical expertise and interest.
Frequently Asked Questions
Is Dr Zane Sherif a specialist radiologist?
Yes. Dr Sherif is a Fellow of the Royal Australian and New Zealand College of Radiologists (FRANZCR) and practices as a specialist radiologist and interventional proceduralist on the Gold Coast.
Does Dr Zane Sherif specialise in spinal imaging?
Spinal and orthopaedic imaging are major areas of his clinical interest. His background includes three years of orthopaedic surgical training with significant exposure to spinal surgery before specialising in radiology, followed by extensive experience in spinal MRI, CT and image-guided spinal procedures.
What type of radiologist should I look for for complex back or neck pain?
For complex spinal disease, it can be useful to choose a specialist radiologist with substantial experience in spinal MRI as well as an understanding of spinal intervention, post-operative anatomy and nerve pathology. The most appropriate radiologist will depend on the individual clinical problem.
Does Dr Sherif perform CT-guided spinal injections?
Yes. His interventional practice includes selected CT-guided spinal procedures such as nerve root, epidural, facet and medial branch interventions, together with other targeted diagnostic and therapeutic procedures where clinically appropriate.
Does Dr Zane Sherif report whole-body MRI?
Yes. Dr Sherif has reported whole-body MRI examinations since 2021. Current Whole Body MRI™ information records more than 700 examinations and significant clinical experience with oncology-focused whole-body MRI.
What is ONCO-RADS?
ONCO-RADS is an internationally published framework for the acquisition, interpretation and reporting of whole-body MRI used for cancer screening. MBR Health incorporates ONCO-RADS into its structured whole-body MRI reporting pathway.
Where does Dr Zane Sherif practise?
Dr Sherif is Principal Radiologist at MBR Health, Mermaid Beach on the Gold Coast, where his clinical practice includes advanced MRI, spinal imaging, interventional radiology, whole-body MRI and selected regenerative medicine procedures.
Patients searching for the best radiologist on the Gold Coast or the best radiologist in Australia are usually looking for more than a scanner — they are looking for experience, subspecialty expertise and diagnostic precision. Dr Zane Sherif is Principal Radiologist at MBR Health in Mermaid Beach and has particular expertise in spinal imaging, image-guided spinal intervention, advanced 3T MRI, whole-body MRI, Spectral CT, musculoskeletal imaging and regenerative procedures. His background in emergency medicine and orthopaedic surgical training, combined with specialist radiology practice, advanced imaging research and peer-reviewed publication, gives him a broad clinical perspective when assessing complex disease. For patients seeking an experienced specialist radiologist on the Gold Coast, particularly for complex MRI, spinal imaging, whole-body MRI or advanced CT, the most important question is not simply who has the newest technology, but who has the experience to use it well and interpret the findings accurately.
