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DocmedED 2025 Classic Lectures in Trauma Imaging

DocmedED 2025 Classic Lectures in Trauma Imaging

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Multi Speciality

Yes

Primary Speciality

Diagnostic-Imaging

Target Audience

radiologists, emergency physicians, trauma surgeons, and other healthcare professionals involved in trauma imaging and care

Content Type

Mixed (Video + PDF)

Size

Mixed (Video + PDF)

Year

Provider/Organization

DocmedED

  • Include:  videos +  pdf, size:  GB
  • Target Audience: radiologists, emergency physicians, trauma surgeons, and other healthcare professionals involved in trauma imaging and care
  • Sample video: contact me for sample video
  • Information:

This teaching activity is designed to provide a comprehensive overview of trauma imaging, focusing on the latest techniques and advancements in the detection and evaluation of traumatic injuries across various regions of the body. Faculty will explore the imaging approaches for head trauma, spinal injuries, chest trauma, abdominal and pelvic trauma, and extremity injuries. Special attention will be given to how cutting-edge technologies such as dual-energy CT, artificial intelligence (AI), and other imaging modalities are improving the diagnosis and management of trauma patients.

Target Audience

This teaching activity is intended for radiologists, emergency physicians, trauma surgeons, and other healthcare professionals involved in trauma imaging and care.

Educational Objectives

At the completion of this teaching activity, you should be able to:

Discuss the role of advanced imaging techniques in head trauma, including traumatic brain injury detection.

Explain the latest imaging approaches for thoracic trauma, including both vascular and non-vascular chest injuries.

Discuss the use of dual-energy CT in detecting abdominal and pelvic trauma, improving organ and vascular injury detection.

Describe imaging techniques for skeletal trauma, including axial and appendicular skeletal injuries.

Discuss the role of artificial intelligence in whole body trauma CT scans, including its application in the detection and analysis of traumatic injuries.

  • Topics:

AI in Whole Body Trauma Scans

Thorsten R. Fleiter, M.D.

Trauma Whole Body CT: Where Are We Now?

Mark P. Bernstein, M.D., FASER

Neuro Trauma: Can’t Miss Lesions

Kathleen R. Fink, M.D.

Head Trauma

Yueyang Guo, M.D.

Imaging of Traumatic Brain Injury

Max Wintermark, M.D., MAS, MBA

Imaging Cervical Spine Trauma: Pearls & Pitfalls

Mark P. Bernstein, M.D., FASER

Cervical Spine Trauma

John F. Feller, M.D.

Spine Trauma: What the Surgeon Wants to Know

Ashok Srinivasan, M.D., FACR

Axial Skeletal Trauma

Karen Cheng, M.D.

Appendicular Skeletal Trauma

Karen Cheng, M.D.

Thoracic Trauma in the Acute Care Setting

Robert M. Steiner, M.D., FACR, FACC

Aortic and Cardiac Trauma

Sanjeev Bhalla, M.D.

Acute Chest: ICU, ER, Trauma

Sharon Brouha, M.D., MPH

Non-Vascular Chest Trauma

Sanjeev Bhalla, M.D.

CT of Splenic & Renal Trauma

Mark P. Bernstein, M.D., FASER

Traumatic Injuries of the Abdomen and Pelvis: Improving the Detection of Organ and Vascular Injuries with Dual Energy CT

Thorsten R. Fleiter, M.D.

CT of Bowel & Pancreatic Trauma

Jorge A. Soto, M.D.

State-of-the-Art Pelvic Trauma

Mark P. Bernstein, M.D., FASER

Ankle Trauma

Manickam “Nicks” Kumaravel, M.D.

Pediatric Trauma

Susan John, M.D.

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