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Midjourney Medical: Can Whole-body Ultrasound Become the Next MRI?

Midjourney Medical recently announced an ambitious whole-body ultrasound platform designed to generate full-body images in approximately 60 seconds. The announcement has generated significant discussion across the medical imaging, artificial intelligence, and longevity communities, with some observers describing the technology as a potential successor to whole-body MRI. While the engineering achievement is undoubtedly impressive, the greater… Read More

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CT Full-body MRI Technology differences

Full Body MRI vs CT Scan for Cancer Screening

Whole-Body MRI and CT (Computed Tomography) are both advanced cross-sectional imaging modalities. While they may appear similar from a patient perspective, they differ fundamentally in mechanism, clinical application, and suitability for preventative screening. Understanding these distinctions is important when considering imaging in asymptomatic individuals. Imaging Mechanism CT scanning uses ionising radiation to generate cross-sectional… Read More

What is a CT Calcium Score?

What is a CT Calcium Score? A CT Calcium Score, also known as CT Coronary Artery Calcium Score, is a non-invasive technique which measures the amount of calcium in the walls of the arteries that supply the heart muscle. The accumulation of calcium results in an increase in the hardness of the artery wall (called… Read More

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Full-body MRI MRI

Whole Body MRI Screening | Breast & Prostate | Cancer Screening

Co-founders, Dr Zane Sherif and Ben Kennedy discuss all things Whole Body MRI including why dedicated imaging is preferred for evaluation of small dense organs such as the prostate.

Full-body MRI MRI

Air vs. MRI: Why the Lungs Are a Blind Spot | Whole Body MRI Cancer Screening

Some full-body scans don’t include dedicated lung imaging. Without specific lung coverage, can it really be called a full-body scan? Join Ben as he explains why MRI struggles to detect lung pathology. Without a dedicated low-dose chest CT, important lung findings could easily be missed on a full-body MRI scan.

Full-body MRI MRI

Why Full-Body MRI Is for Screening, Not Symptoms | Cancer Screening | Arthritis | Sports Injuries

Full-body MRI is designed for early detection in asymptomatic patients, offering a powerful way to screen for potential health issues before symptoms appear. When symptoms like joint pain or arthritis are present, dedicated imaging provides the detailed assessment needed. In this video, Ben Kennedy explains why full-body MRI is best for screening — and how… Read More

Full-body MRI MRI

Pancreatic Cancer Screening & Whole Body MRI

In this video, Co-founder Ben Kennedy explains why our targeted pancreatic imaging approach as apart of our exclusive Whole Body MRI TM protocol provides better sensitivity compared to other full-body MRI providers.

Full-body MRI MRI

Can full-body MRI replace traditional cancer screening?

In this video, our co-founders discuss whether full-body MRI, including our exclusive Whole Body MRI TM protocol can replace traditional screening tests. For more information, see our article “Cancer Screening Tests Full Body MRI Doesn’t Replace“

Full-body MRI MRI

1.5T vs 3T full-body MRI Cancer Screening: Which is Best?

Our internationally-recognised co-founder, Ben Kennedy, explains the which MRI platform, 1.5T or 3T, is best for full-body MRI cancer screening.

Full-body MRI MRI

Why Whole Body MRI has the Best of Both Worlds | Full-body DWIBS Distortion Correction at 3T

We do full-body MRI differently. Underpinning our world-first innovation is our exclusive distortion-free diffusion-weighted imaging (DWIBS) on a 3T MRI platform. This sequence is the key cancer sequence enabling differentiation between benign and cancerous lesions. Join co-founders Ben and Dr Zane as they discuss why this is important for screening confidence.

Full-body MRI MRI

Real or Not Real: The Importance of Anatomical Correlation | Full-body MRI Cancer Screening

Without our exclusive diffusion distortion-correction on 3T, other 3T providers are at an increased risk of false-positives due to anatomical misalignment between routine full-body MRI sequences and DWIBS. Furthermore, enhancement may be misinterpreted as normal (e.g. lymph node) resulting in increased risk of false-negatives.

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