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Positron emission tomography molecular imaging-based cancer phenotyping.

Chentao JinXiaoyun LuoXiaoyi LiRui ZhouYan ZhongZhoujiao XuChunyi CuiXiaoqing XingHong ZhangMei Tian
Published in: Cancer (2022)
During the past several decades, numerous studies have provided insights into biological characteristics of cancer cells and identified various hallmarks of cancer acquired in the tumorigenic processes. However, it is still challenging to image these distinctive traits of cancer to facilitate the management of patients in clinical settings. The rapidly evolving field of positron emission tomography (PET) imaging has provided opportunities to investigate cancer's biological characteristics in vivo. This article reviews the current status of PET imaging on characterizing hallmarks of cancer and discusses the future directions of PET imaging strategies facilitating in vivo cancer phenotyping.
Keyphrases
  • pet imaging
  • positron emission tomography
  • papillary thyroid
  • computed tomography
  • squamous cell
  • randomized controlled trial
  • lymph node metastasis
  • pet ct
  • high throughput
  • machine learning
  • squamous cell carcinoma