At MBR Health, pain and injury care begins with identifying the correct structural, inflammatory or mechanical driver behind the symptom. Treatment is not selected first — the correct medical pathway involves diagnosis first, using high-fidelity imaging, specialist interpretation and precision image-guided precision.
Persistent pain is often complex. Symptoms may arise from joints, discs, nerves, tendons, ligaments, muscles, previous surgery or overlapping pain generators. Our pain & injury pathway is designed to define the clinical question, identify the source and guide treatment with anatomical precision.
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Advanced imaging and targeted treatment pathways for disc, facet, ligament, nerve and post-traumatic spinal pain.
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Image-led assessment & targeted treatment for cartilage loss, inflammation, mechanical joint pain & degeneration.
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High-resolution imaging and precision-guided treatment pathways for tendon, ligament and soft-tissue injury.
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Specialist imaging & pathways for unexplained neuropathic symptoms, nerve irritation, entrapment & radicular pain.
In pain medicine, millimetres matter. A treatment placed near the problem is not the same as a treatment placed at the source. Our model combines imaging-led diagnosis with precision-guided intervention, so treatment is directed to the structure most likely to be driving the pain.
SPECTRAL CT CHEST Persistent pain is rarely solved by treating the symptom alone. The same pain pattern can come from different structures — and different structures require different treatments. Advanced imaging provides the anatomical clarity needed to choose the right pathway.
We bring screening, diagnosis, and clinical insight together in one centre.
Our 3T MRI, Spectral CT, and advanced ultrasound detect what standard scans often miss.
Every scan is protocolled and reviewed by sub-specialist radiologists.
We use validated protocols designed to support long-term health outcomes.
Your results are explained clearly, with guidance on next steps and long-term monitoring.
The best scan for back pain depends on what we’re trying to find. A 3T MRI gives detailed information about discs, nerves and soft tissues. CT, or Spectral CT, is more useful when we need a closer look at the bones, joints or changes from injury or surgery.
The best scan depends on the clinical question. NerveVIEW MRI and 3T MRI are often the most useful tools for nerve pain, radiculopathy, focal neuritis and structural correlation of neuropathic symptoms. Ultrasound can help in selected superficial nerve problems.
MRI may help assess causes of trigeminal neuralgia or trigeminal neuropathy, including vascular contact, nerve compression, inflammation, tumour, demyelination or post-surgical change. A routine brain MRI may not always be enough. In many cases, dedicated high-resolution imaging through the trigeminal nerve, skull base and posterior fossa is needed to properly assess the nerve pathway.
Yes. MRI can show cartilage loss, subchondral bone change, synovitis, marrow oedema, tendon pathology and other joint findings relevant to osteoarthritis and persistent joint pain.
Yes, while these treatments are still evolving, there are now several publications demonstrating full non-surgical healing of ACL using PRP. Please refer to our Publication page to read more.
