Part 1: Chemical Biology Aspect -- Chapter 1: PET Radiotracers for Tumor Imaging (Ming Rong Zhang) -- Chapter 2. Theranostic tracers for pathway-activated systems in oncology (Lan V. Pham, Jerry L. Bryant, David Yang, and Richard J. Ford) -- Chapter 3. Optimization of Aseptic Production in PET Radiopharmaceuticals for Compliance to the Most Current GMP (Chih-Hao K. Kao) - Part 2: Engineering and Instrumentation Aspect -- Chapter 4. OpenPET enabling PET imaging during radiotherapy (Taiga Yamaya and Hideaki Tashima) -- Chapter 5. High Resolution PET/CT development (Wai-Hoi Wong, and Yuxuan Zhang) -- Part 3: Social Aspect -- Chapter 6. Ethics, Regulations and Clinical Development of Precision Medicine: Activating with molecular imaging (Chieko Kurihara, and Tomio Inoue) -- Chapter 7. Optical Imaging: How far can we go (Wenbin Ma, Sara Herrera-Rodriguez, and Hector Martinez-Valdez) -- Part 4: Clinic Aspect -- Chapter 8. Applications of UIH High Resolution PET/CT in Zhongshan Hospital (Jun Zhou, Hongcheng Shi) -- Chapter 9. Clinical evaluation of focused high-resolution breast PET (Kanae Kawai Miyake, Yuji Nakamoto) -- Chapter 10. Recent Developments with Large-bore PET/CT (Tomohiro Kaneta, Tomio Inoue) -- Chapter 11. Copper-labeled radiopharmaceuticals in oncology (Hiroaki Kurihara) -- Chapter 12. PET radiopharmaceuticals in oncology beyond FDG (Shao-Li Song, Pan-Li Li, Gang Huang) -- Chapter 13. Molecular Imaging in Oncology: Challenges and Opportunities in 21st Century (Ya-Ming Li, Ya-Ming Li, David J. Yang, and Xue-Na Li) -- Chapter 14. Visualization of Apoptosis: Annexin V imaging (Skye Hsin-Hsien Yeh, Fan-Lin Kong, Ming-Hsien Lin).

This comprehensive volume covers radiopharmaceuticals developed for pathway-directed systems in imaging and theranostic applications. We now are at the cutting edge of providing personalized treatment with increased use in oncology of these new radiopharmaceuticals. Trends in high-resolution instrumentation development, quality assurance systems and regulatory compliance for radiopharmaceuticals, clinical evaluation of radiopharmaceuticals, and benefits and pitfalls of the current clinical FDG PET are discussed. Radiopharmaceuticals are used for diagnosis of diseases of the central nervous and cardiovascular systems and for staging, restaging, and treatment planning for cancers. Nuclear biomarkers allow precise measurement of molecular pathways on a whole-body image upon administration of functional radiolabeled agents, and nuclear imaging agents have potential use in patient selection, pharmacokinetic, dosage-finding, and proof-of-concept studies. Nuclear imaging agents and hybrid instrumentation also provide sensitive and specific answers for differential responsiveness in therapeutic outcome. This book serves as a reference for moving the discovery and development of radiopharmaceuticals from the workbench to clinical applications. It thus benefits not only clinicians but also translational research scientists—molecular biologists, chemists, imaging scientists, pharmaceutical developers, physicists, and support staff.

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