Problems and Solutions in Medical Physics: Nuclear Medicine

In this review of Problems and Solutions in Medical Physics (Nuclear Medicine), the reviewer finds a focused study guide ideal for trainees and practitioners who need targeted practice and worked examples in nuclear medicine. The book's single biggest appeal is its problem-centered approach that consolidates core topics such as radionuclide production, SPECT and PET/CT instrumentation, and internal dosimetry into bite-sized problems with notes and references. For anyone preparing for exams or wanting to deepen practical understanding, this volume offers clear, exam-oriented material to supplement standard textbooks.

Key Features

• Problem-driven format: Presents worked examples and exercises that reinforce practical understanding of nuclear medicine topics and problem solving.
• Comprehensive topic coverage: Includes radioactivity, radionuclide production, radiopharmaceuticals, and radionuclide therapy to support broad study needs.
• Imaging and instrumentation focus: Covers non-imaging detectors, gamma imaging instrumentation, SPECT and PET/CT to clarify device and image formation concepts.
• Dosimetry and protection: Explains internal radiation dosimetry and radiation protection, useful for clinical safety and treatment planning contexts.
• Reference notes: Each chapter supplies notes and references for further reading to guide deeper study alongside primary textbooks.

Who It's For

This book is best for medical physics students, radiology trainees, and biomedical engineers who need targeted practice problems tied to core nuclear medicine concepts. It is particularly useful as a companion to standard textbooks when preparing for exams or clinical physics assessments.

Those seeking an introductory overview without problem practice, or a richly illustrated clinical atlas, should look elsewhere; this volume assumes some prior familiarity with fundamental physics and clinical terms and is strongest as a supplement rather than a standalone primer.

Pros & Cons

Pros

• Consolidates key nuclear medicine concepts into worked problems that build practical competence.
• Balances imaging topics such as SPECT and PET/CT with non-imaging detectors and counters for a broad technical scope.
• Includes chapters on radionuclide therapy and internal dosimetry that are directly relevant to clinical physics practice.

Cons

• Designed as a companion study guide, it may not replace comprehensive textbooks for readers needing detailed theoretical exposition.

Specifications

Title	Problems and Solutions in Medical Physics (Nuclear Medicine)
Series	Series in Medical Physics and Biomedical Engineering
Editors / Authors	Kwan Hoong Ng, Alan Perkins, Chai Hong Yeong
Core topics	Radioactivity, radionuclide production, radiopharmaceuticals, imaging and dosimetry
Coverage	SPECT, PET/CT, gamma imaging, non-imaging detectors, therapy and protection
Includes	Examples, notes, and references for further reading

Our Verdict

Problems and Solutions in Medical Physics (Nuclear Medicine) is a practical, well-focused supplement for students and clinical physicists who want problem-based reinforcement of nuclear medicine concepts. It represents good value as a companion to standard texts because it directs study through worked examples and concise notes, making it especially helpful for exam preparation and applied learning.

Frequently Asked Questions

Is this book suitable for beginners?
The volume assumes some prior exposure to medical physics and is best used as a supplement rather than an introductory textbook.

Does it cover imaging modalities like PET/CT?
Yes, the book includes sections on SPECT and PET/CT instrumentation and imaging techniques.

Are there references for deeper study?
Each chapter provides notes and references to guide further reading alongside core textbooks.