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MRI DISCOGRAPHY vs INVASIVE DISCOGRAPHY FOR LOCALISATION OF DISCOGENIC BACK PAIN

MRI Discography, also known as MRI Disc Spectroscopy, is an emerging non-invasive MRI technique which allows spectroscopic analysis of the biochemical composition of intervertebral discs using advanced MRI techniques and specialised software. Studies have demonstrated a high correlation between non invasive MRI Disc Spectroscopy and conventional Invasive Provocative Discography. MRI Disc Spectroscopy allows spectral analysis

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EOS IN TOTAL HIP AND KNEE REPLACEMENT

EOS IN TOTAL HIP AND KNEE REPLACEMENT EOS scanning is a sophisticated low dose imaging technology that uses dual X-Ray tubes to scan the spine, lower limbs or the full body in a natural upright resting position to create detailed, high resolution 2D and 3D images that allow accurate measurement of a wide range of

Read More »

BACK PAIN – IMAGING AND IMAGING-GUIDED INTERVENTION

Lower back pain is one of the most common clinical presentations in general practice and emergency departments around the world, and around 80% of us will experience issues with back pain requiring management in our lifetimes. Degenerative disc disease is so common with advancing age that from a radiological perspective it can almost be viewed

Read More »

IMAGING-GUIDED MANAGEMENT OF SHOULDER PAIN

Shoulder pain requiring some form of management affects around a quarter of Australians in their lifetime, making it one of the most common and debilitating musculoskeletal complaints. The range of underlying pathology is vast, but from a primary care perspective, identifying or excluding some key treatable acute pathologies is an important first step in diagnosis

Read More »

MRI AI IMAGE ENHANCEMENT – A 3T GAME-CHANGER

Over almost two decades working in private clinical radiology with a focus on musculoskeletal imaging, I’ve seen an astounding progressive evolution in imaging technology. Until recently, advances in image quality have largely been a reflection of the steady evolution of engineering technology such as the emergence of high magnetic field strength MRI and its widespread

Read More »

MRI DISCOGRAPHY vs INVASIVE DISCOGRAPHY FOR LOCALISATION OF DISCOGENIC BACK PAIN

MRI Discography, also known as MRI Disc Spectroscopy, is an emerging non-invasive MRI technique which allows spectroscopic analysis of the biochemical composition of intervertebral discs using advanced MRI techniques and specialised software. Studies have demonstrated a high correlation between non invasive MRI Disc Spectroscopy and conventional Invasive Provocative Discography. MRI Disc Spectroscopy allows spectral analysis

Read More »

EOS IN TOTAL HIP AND KNEE REPLACEMENT

EOS IN TOTAL HIP AND KNEE REPLACEMENT EOS scanning is a sophisticated low dose imaging technology that uses dual X-Ray tubes to scan the spine, lower limbs or the full body in a natural upright resting position to create detailed, high resolution 2D and 3D images that allow accurate measurement of a wide range of

Read More »

BACK PAIN – IMAGING AND IMAGING-GUIDED INTERVENTION

Lower back pain is one of the most common clinical presentations in general practice and emergency departments around the world, and around 80% of us will experience issues with back pain requiring management in our lifetimes. Degenerative disc disease is so common with advancing age that from a radiological perspective it can almost be viewed

Read More »

IMAGING-GUIDED MANAGEMENT OF SHOULDER PAIN

Shoulder pain requiring some form of management affects around a quarter of Australians in their lifetime, making it one of the most common and debilitating musculoskeletal complaints. The range of underlying pathology is vast, but from a primary care perspective, identifying or excluding some key treatable acute pathologies is an important first step in diagnosis

Read More »

MRI AI IMAGE ENHANCEMENT – A 3T GAME-CHANGER

Over almost two decades working in private clinical radiology with a focus on musculoskeletal imaging, I’ve seen an astounding progressive evolution in imaging technology. Until recently, advances in image quality have largely been a reflection of the steady evolution of engineering technology such as the emergence of high magnetic field strength MRI and its widespread

Read More »
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