John Hopkins’ Computed Body Tomography: The Cutting Edge 2015 (Videos)

Computed Body Tomography: Unraveling the Frontiers of Medical Imaging

Computed Body Tomography (CT), a transformative diagnostic tool, has emerged as a cornerstone of modern medical imaging, enabling unparalleled visualization of the human body. Johns Hopkins’ Computed Body Tomography conference is a visionary platform, providing a comprehensive exploration of this cutting-edge technology.

In-Depth Exploration of Advancements and Applications

This immersive educational experience delves into the intricacies of CT technology and its diverse applications. Led by renowned experts in the field, participants delve into:

• State-of-the-Art Technology and Software: Uncover the latest innovations in CT equipment and software, empowering practitioners with enhanced image acquisition and interpretation capabilities.
• Helical, Thoracic, and Cardiac CT: Master the principles and applications of helical CT in various anatomical regions, including the thorax and heart, for accurate diagnosis and treatment planning.
• CT Angiography (CTA): Explore the vital role of CTA in non-invasive vascular imaging, empowering physicians to evaluate arterial and venous anatomy with exceptional precision.
• CT Imaging of the Gastrointestinal Tract, Liver, Spleen, and Kidneys: Delve into the intricacies of CT imaging in the digestive system and abdominal organs, providing valuable insights into their structure and function.
• Virtual Colonoscopy and Imaging of the Oncologic Patient: Discover the cutting-edge techniques of virtual colonoscopy, offering a minimally invasive alternative to traditional colonoscopy, and learn the essential principles of imaging in cancer patients.

Targeted Audience and Learning Objectives

This activity is meticulously designed for radiologists and radiologic technologists, providing a tailored curriculum that aligns with their professional needs. Participants emerge with a profound understanding of:

• Advanced CT protocols and protocol design optimization.
• The pivotal role of multiplanar and three-dimensional imaging in CT analysis and interpretation.
• Common pitfalls and diagnostic pearls in CT imaging to enhance accuracy and avoid missed diagnoses.
• Comprehensive knowledge of CT in detecting and characterizing incidentalomas.
• In-depth understanding of CT imaging in renal tumor characterization.

Radiation Dose Management and Patient Safety

Balancing diagnostic accuracy with patient safety is paramount. This conference addresses the critical issue of radiation dose management in CT, empowering participants with evidence-based strategies to minimize exposure while maintaining image quality.

Pediatric and Adult Lung Imaging

Experts guide participants through the nuances of CT imaging in both pediatric and adult patients with lung conditions. This comprehensive exploration covers:

• Pediatric lung imaging advancements for precise diagnosis and tailored treatment.
• Congenital lung lesions in adults, unraveling the complexities of anatomical abnormalities.
• Imaging of congenital heart disease in adults, providing comprehensive insights into its diagnosis and management.
• Advanced CT techniques in chronic obstructive pulmonary disease (COPD), enabling detailed assessment and personalized care.
• Essential elements of lung cancer screening programs, empowering participants with the knowledge to implement effective early detection strategies.

CT Enterography and Bowel Imaging

This conference delves into the intricacies of CT enterography and bowel imaging, providing attendees with:

• Comprehensive understanding of CT enterography in 2015, including indications, techniques, and diagnostic capabilities.
• In-depth analysis of CT in bowel obstruction, enabling accurate localization and characterization of blockages.
• Advanced imaging techniques for pancreatic cysts, unraveling the complexities of their nature and implications.

Dual Energy CT: Unveiling New Diagnostic Horizons

Dual Energy CT, a transformative technology, is revolutionizing abdominal imaging. Participants explore its advanced applications, including:

• Pattern recognition and differential diagnosis of the “misty mesentery,” enhancing diagnostic confidence in complex abdominal cases.
• Comprehensive imaging of thoracoabdominal trauma, providing vital insights into the extent and severity of injuries.
• Pattern recognition and differential diagnosis of cystic hepatic and renal masses, empowering practitioners with accurate and timely diagnoses.

CT Imaging of the Acute Abdomen and Beyond

This conference addresses the critical role of CT imaging in acute abdomen and various abdominal organs. Participants gain invaluable knowledge on:

• Advanced CT techniques in the acute abdomen, empowering rapid and accurate diagnosis of gastrointestinal pathologies.
• Comprehensive CT evaluation of pulmonary embolism, providing detailed visualization of blood clots in the lungs.
• In-depth analysis of CT in pancreatic masses beyond adenocarcinoma, expanding diagnostic capabilities and personalized treatment planning.
• Comprehensive CT evaluation of pancreatitis, enabling accurate characterization and timely management of this complex condition.
• Advanced CT techniques in evaluating primary liver masses, providing insights into their nature and treatment options.
• Detailed assessment of parenchymal liver disease with CT imaging, empowering accurate diagnosis and disease monitoring.

Faculty Expertise and Accreditation

The Johns Hopkins University School of Medicine, a renowned institution of medical education, is accredited by the Accreditation Council for Continuing Medical Education (ACCME), ensuring the highest standards of educational content and delivery.

Led by a distinguished faculty of experts in CT imaging, this conference offers a wealth of knowledge and insights. Key faculty members include:

• Elliot K. Fishman, MD, FACR: Professor of Radiology and Radiological Science, Director of Diagnostic Imaging and Body CT, Johns Hopkins Medicine.
• Karen M. Horton, MD: Professor of Radiology and Radiological Science, Director of Residency Program, Johns Hopkins Medicine.
• Siva Raman, MD: Assistant Professor of Radiology and Radiological Science, Johns Hopkins Medicine.
• Michael P. Federle, MD: Professor of Radiology, Associate Chair of Education, Stanford University.
• Alec J. Megibow, MD, MPH, FACR: Professor of Radiology, NYU School of Medicine, Director of Outpatient Imaging Services, New York University.
• Ella A. Kazerooni, MD: Professor of Radiology, Associate Chair for Clinical Affairs, University of Michigan.