Imaging & Diagnostics

The traditional reliance on static anatomical snapshots for diagnosing respiratory conditions has often left a critical void in understanding how the lungs actually perform their primary task of gas exchange. Ronan Smith’s recent recognition with the 2025 Physics in Medicine & Biology Early Career

The integration of next-generation sequencing into routine clinical practice represents a major leap forward for oncology, moving beyond invasive tissue extraction toward highly sensitive liquid biopsy techniques that monitor circulating tumor DNA in the bloodstream. The oncNGS project, reaching

Chronic liver disease currently affects millions of individuals globally, yet the diagnostic journey remains fraught with fragmented procedures that often delay critical interventions and treatment. The introduction of the Mindray Hepatus Series marks a definitive shift toward an integrated

The landscape of vascular medicine underwent a radical shift when clinical researchers introduced a molecular imaging technique capable of mapping every thrombus in the human body simultaneously. For decades, medical professionals relied on fragmented snapshots provided by disparate imaging

The medical community is currently witnessing a transformative shift in molecular imaging through the development of a portable positron emission tomography system that eliminates the need for massive, lead-shielded facilities. Traditionally, obtaining high-resolution metabolic data required

The diagnostic landscape for pulmonary disorders has reached a critical juncture where traditional imaging modalities often fail to capture the physiological nuances of gas exchange and regional blood flow required for precision medicine. While computed tomography remains the gold standard for