Pediatric Imaging; A Core Review (1st Edition)

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Book Description

“Pediatric Imaging: A Core Review, 1st Edition” authored by Steven L. Blumer MD, David M. Biko MD, and Safwan S. Halabi MD provides a comprehensive overview of pediatric imaging practices and diagnostic considerations. Here's a breakdown of what this edition encompasses:

1. Introduction to Pediatric Imaging: The book begins with an introduction to pediatric imaging, covering essential concepts, techniques, and safety considerations specific to imaging children. It discusses the unique challenges and considerations involved in pediatric radiology, including age-specific anatomy, developmental variations, and radiation dose considerations.
2. Radiographic Techniques: Blumer, Biko, and Halabi delve into various radiographic techniques commonly used in pediatric imaging, including X-ray, computed tomography (CT), magnetic resonance imaging (MRI), ultrasound, and nuclear medicine. They discuss the indications, limitations, and potential risks associated with each modality, as well as strategies for optimizing image quality and minimizing radiation exposure in pediatric patients.
3. Anatomical and Pathological Considerations: The text explores age-specific anatomical and pathological considerations relevant to pediatric imaging. It provides a detailed overview of normal pediatric anatomy and variations that may mimic pathological conditions. It also discusses common pediatric pathologies and imaging findings associated with congenital anomalies, developmental disorders, trauma, infections, neoplasms, and other pediatric conditions.
4. Imaging Modalities and Protocols: Blumer, Biko, and Halabi cover imaging protocols and procedures for various pediatric conditions, including guidelines for selecting the most appropriate imaging modality based on clinical presentation and suspected diagnosis. They discuss imaging findings and diagnostic criteria for common pediatric conditions, as well as emerging imaging techniques and technologies that may impact pediatric radiology practice.
5. Quality and Safety: The book emphasizes the importance of quality and safety in pediatric imaging, providing guidelines and best practices for ensuring accurate diagnosis while minimizing risks to pediatric patients. It discusses strategies for reducing radiation dose in pediatric CT and nuclear medicine studies, as well as techniques for optimizing image quality and reducing motion artifacts in pediatric MRI and ultrasound examinations.
6. Case-Based Learning: Throughout the text, readers will find case-based learning exercises and clinical scenarios designed to reinforce key concepts and facilitate diagnostic reasoning in pediatric imaging. These cases cover a wide range of pediatric conditions and imaging findings, allowing readers to apply their knowledge in real-world clinical situations and enhance their diagnostic skills.
7. Comprehensive Review: Blumer, Biko, and Halabi provide a comprehensive review of pediatric imaging principles, practices, and pathology, making this book an essential resource for radiology residents, pediatricians, pediatric radiologists, and other healthcare professionals involved in the care of pediatric patients. Whether used for board exam preparation, daily practice, or continuing education, this edition serves as a valuable reference for understanding and interpreting pediatric imaging studies.