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Biograph PET/CT detectors provide excellent performance in applications that require dealing with high activity concentrations, such as myocardial blood flow (MBF) with 82Rb—demonstrating high image quality with sharp definition of ventricular margins with low noise.

OncoFreeze AI provides sharp visualization of small lung nodules using deviceless respiratory motion management. The results show a right hilar lung carcinoma imaged with sharper visualization, as compared to non-gated imaging, due to elimination of respiratory-motion induced blurring. Using FlowMotion AI, the motion correction with OncoFreeze AI was integrated in a single scan.

Biograph mCT with FlowMotion enables targeted respiratory gating for improved stereotactic body radiation therapy (SBRT) planning in a patient with lung cancer, and the 78-cm bore size facilitated patient positioning with dedicated radiation therapy positioning devices. ultraHD•PET with high lesion contrast allows target planning for SBRT for delivering high radiation doses in just a few fractions for enhanced local control and lower toxicity. Incorporation of respiratory gating into FlowMotion acquisition enables the definition of lesion motion for appropriate target definition.

Biograph Vision study shows normal uptake in the brain with excellent delineation of functioning cortex and sharp contrast between cortex and white matter. Additionally, there is a sharp basal ganglial edge definition, especially the sharp margins and distinct separation of the head of the caudate nucleus and putamen.��

This study leverages ultraHD•PET technology and the small LSO isotropic crystal elements with a native 440 x 440 matrix.

Biograph PET/CT detectors provide excellent performance in applications that require dealing with high activity concentrations, such as myocardial blood flow (MBF) with 82Rb—demonstrating high image quality with sharp definition of ventricular margins with low noise.