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Imaging plays a key role in monitoring response to treatment (Table 2).
PET is an ideal non-invasive imaging tool to use for monitoring response to therapy.
Its usefulness in monitoring response to the treatment is well-known.
However, viral loads are important for monitoring response once therapy has begun.
Further, additional 18F FDG PET might help guiding biopsy early in the diagnostic evaluation, and monitoring response to therapy.
Especially for monitoring response to therapy, it is likely that quantitative assessment of [18F]FDG uptake will become the standard.
The development of molecular biomarkers will be key for patient stratification, and for monitoring response and resistance to therapy.
The combination of CT and PET for monitoring response offers a number of unique possibilities in spite of the technical difficulties associated with CT-based attenuation correction.
It is important in monitoring response and detecting recurrence, demonstrating complications of the disease itself and of treatment, determining feasibility of uterus-preserving surgery, and planning radiotherapy.
Metabolic tumor volume assessment using positron-emission tomography [PET] may be of interest for both target volume definition in radiotherapy and monitoring response to therapy.
[18F]fluoro-2-deoxy-D-glucose ([18F]FDG) positron emission tomography (PET) is a valuable tool for monitoring response to therapy in oncology.
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