Key result
Quantitative multimodality imaging shows potential to facilitate treatment adaptation and improve care for sarcoma patients.
Why the study?
Due to biological heterogeneity in sarcomas, acquiring a practicable set of imaging features for specific subtypes to assess treatment response remains a challenge.
Does quantitative multimodality imaging improve response assessment and treatment adaptation in sarcoma patients?
Does quantitative multimodality imaging improve response assessment and treatment adaptation in sarcoma patients?
Imaging-based response monitoring has the potential to select sarcoma patients who do not benefit from (neo-)adjuvant treatment and facilitate treatment adaptation.
May inform sarcoma response assessment; leaves open prospective validation before guiding adaptation.
Over the last decades, technological developments in the field of radiology have resulted in a widespread use of imaging for personalising medicine in oncology, including patients with a sarcoma. New scanner hardware, imaging protocols, image reconstruction algorithms, radiotracers, and contrast media, enabled the assessment of the physical and biological properties of tumours associated with response to treatment. In this context, medical imaging has the potential to select sarcoma patients who do not benefit from (neo-)adjuvant treatment and facilitate treatment adaptation. Due to the biological heterogeneity in sarcomas, the challenge at hand is to acquire a practicable set of imaging features for specific sarcoma subtypes, allowing response assessment. This review provides a comprehensive overview of available clinical data on imaging-based response monitoring in sarcoma patients and future research directions. Eventually, it is expected that imaging-based response monitoring will help to achieve successful modification of (neo)adjuvant treatments and improve clinical care for these patients.
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Kalisvaart et al. (2021) conducted a review in Sarcoma. Quantitative multimodality imaging was evaluated. Quantitative multimodality imaging for response assessment in sarcoma patients has the potential to facilitate treatment adaptation and improve clinical care.
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