Total-body PET has come a long way from its first conception to today, with both total-body
and long axial field of view (> 1m) scanners now being commercially available world-wide …

The recent advent of positron emission tomography (PET) scanners that can image the
entire human body opens up intriguing possibilities for cardiovascular research and future …

Tracer kinetic modeling in dynamic PET has the potential to improve the diagnosis,
prognosis, and research of lung diseases. The advent of total-body PET systems with much …

Background Positron emission tomography (PET) scanning is an important diagnostic
imaging technique used in disease diagnosis, therapy planning, treatment monitoring, and …

Objectives Commercialized total-body PET scanners can provide high-quality images due to
its ultra-high sensitivity. We compared the dynamic, regular static, and delayed 18F …

Objective. To investigate the biodistribution and kinetic constants of 68Ga‐DOTATATE in
normal organs through dynamic total‐body positron emission tomography/computed …

Background The prostate‐specific membrane antigen (PSMA) targeted positron‐emitting
tomography (PET) tracers are increasingly used in clinical practice, with novel tracers …

Full quantification of brain PET requires the blood input function (IF), which is traditionally
achieved through an invasive and time-consuming arterial catheter procedure, making it …

Tissue perfusion can be affected by physiology or disease. With the advent of total-body
PET, quantitative measurement of perfusion across the entire body is possible.[11C]-butanol …

Purpose Tumour perfusion is a nutrient-agnostic biomarker for cancer metabolic rate. Use of
tumour perfusion for cancer growth assessment has been limited by complicated image …