UCSF Radiology Review Comprehensive Imaging 2018 (CME Videos)

UCSF Radiology Review Comprehensive Imaging 2018 (CME Videos)

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Product Details

  • Title: UCSF Radiology Review Comprehensive Imaging
  • OakStone Price: $1095.00.
  • Points to Download: 1100 Points ($110).
  • Format (?): Video Files + PDF Syllabus.
  • File Size: 11.6 GB.
  • Download Link Below.

 


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Description:

UCSF Radiology Review – Comprehensive Imaging

Series Release: July 1, 2018

University of California San Francisco Comprehensive Review (SA-CME)

Gain valuable insight from this comprehensive program hosted by top UCSF radiologists. Lectures are combined with unknown case sessions for a thorough look at radiology fundamentals and terminology, as well as exposure to a cross-section of topical and clinically relevant cases.

An Acclaimed Review of Radiology Fundamentals

The UCSF Radiology Review – Comprehensive Imaging is appropriate for residents, clinical fellows and practicing radiologists interested in updating their working knowledge, by covering all the major radiology subspecialties. The course represents the breadth and depth of experience from each subspecialty while providing a step-by-step process for reaching a differential diagnosis.

This CME program will help you to:

  • Identify imaging fundamentals of each of the radiology sub-specialties and major organ systems
  • Prescribe the appropriate utilization of imaging modalities (CT, MR, US, Mammography, Nuclear Medicine) for different medical conditions
  • Implement the appropriate imaging protocols for routine clinical presentations
  • Recognize indications and markers for interventional procedures, as well as assessment of outcomes
  • Apply classifications of pathophysiological mechanisms underlying human disease to facilitate differential diagnosis
  • Refine imaging criteria to optimize image quality/findings and improve diagnostic interpretation

Gastrointestinal

  • Fluoroscopy – Spencer C. Behr, MD
  • Liver Disease – Thomas A. Hope, MD
  • CT/MR of the Acute Abdomen – Derek Sun, MD
  • Imaging of Colon Cancer – Emily M. Webb, MD
  • Pancreatic Tumors and Mimics – Emily M. Webb, MD
  • Biliary Tract – Benjamin M. Yeh, MD

Genitourinary

  • Non-Tumorous Renal Disease – Priyanka Jha, MBBS
  • Malignant Gynecologic Disease – Michael A. Ohliger, MD, PhD
  • Benign Gynecologic Disease – Liina Poder, MD
  • Bladder, Prostate, Urethra – Ronald J. Zagoria, MD, FACR
  • Renal & Adrenal Masses – Ronald J. Zagoria, MD, FACR

Thoracic, Pulmonary

  • HRCT of the Lung: Findings-Based Approach to Diagnosis – Brett M. Elicker, MD
  • The Lateral Chest Radiograph – Travis S. Henry, MD
  • CT/PET of Mediastinal Tumors – David M. Naeger, MD
  • CT/PET of Pulmonary Nodules – David M. Naeger, MD
  • Lung Cancer Staging – David M. Naeger, MD

Cardiac, Physics, Safety

  • Vascular Diseases of the Thorax – Michael D. Hope, MD
  • Imaging of the Heart: Top 10 Diagnoses – Kimberly G. Kallianos, MD
  • Playing it Safe: What You Need to Know About CT/MR Safety – John T. Mongan, MD, PhD
  • Ultrasound Technical Tips/Artifacts – John T. Mongan, MD, PhD
  • Practical Physics for the Radiologist: CT – Michael A. Ohliger, MD, PhD
  • Practical Physics for the Radiologist: MR – Michael A. Ohliger, MD, PhD
  • IV Contrast Use Update – Ronald J. Zagoria, MD, FACR

Pediatrics

  • Imaging the Pediatric Acute Abdomen: Pearls & Pitfalls – Jesse Courtier, MD
  • Pediatric Scrotal Imaging: The “Ts” – Jesse Courtier, MD
  • The Building Blocks of Pediatric Musculoskeletal Imaging – John D. MacKenzie, MD
  • Important Pediatric Abdominal Masses – Andrew S. Phelps, MD
  • Pediatric Chest Imaging: What Not-to-Miss – Matthew Zapala, MD, PhD
  • Updates in Non-Accidental Trauma – Matthew Zapala, MD, PhD

Nuclear Medicine, Interventional

  • FDG PET Artifacts and Incidentalomas – Spencer C. Behr, MD
  • GI/GU Interventions – Nicholas Fidelman, MD
  • Interventional Oncology – Nicholas Fidelman, MD
  • Interventions in Women’s Imaging – Maureen P. Kohi, MD
  • Portal and Biliary Interventions – Maureen P. Kohi, MD
  • Percutanenous Biopsies – K. Pallav Kolli, MD
  • Vascular Diagnosis and Interventions – K. Pallav Kolli, MD
  • When PET Has Low Sensitivity – David M. Naeger, MD

Utrasound/OB-GYN

  • Most Relevant Fetal Anomalies – Vickie A. Feldstein, MD
  • Key Points in the Second Trimester – Ruth B. Goldstein, MD
  • Genitourinary Ultrasound – Priyanka Jha, MBBS
  • Abdominal Ultrasound – Tara A. Morgan, MD
  • Key Points for Thyroid Imaging and Biopsy – Tara A. Morgan, MD
  • Female Pelvis: Uterus/Adnexa – Liina Poder, MD
  • Key Points in the First Trimester – Liina Poder, MD
  • Vascular Ultrasound – Dorothy J. Shum, MD

Breast

  • Calcifications – Heather I. Greenwood, MD
  • Breast Ultrasound – Jessica H. Hayward, MD
  • Breast MRI – Bonnie N. Joe, MD, PhD
  • Masses and Asymmetries – Bonnie N. Joe, MD, PhD
  • Radiology-Pathology Concordance – Amie Y. Lee, MD

Neuro

  • Brain Tumors – Soonmee Cha, MD
  • Spine Masses – Vinil N. Shah, MD
  • Brain Infections – Jason F. Talbott, MD, PhD
  • Head & Neck Masses – Alina Uzelac, DO
  • Intracranial Hemorrhage – Esther L. Yuh, MD, PhD

Musculoskeletal

  • Metabolic – Robert D. Boutin, MD
  • Tumors & Tumor-like Conditions – Robert D. Boutin, MD
  • Arthritis and Infection – Thomas M. Link, MD, PhD
  • Skeletal Trauma: Extremities – Terry C.P. Lynch, MD
  • Shoulder MRI – Rina Patel, MD
  • Knee MRI – Ramya Srinivasan, MD

Accreditation

This activity was planned and produced in accordance with The Essential Areas, Elements and Policies of The Accreditation Council for Continuing Medical Education (ACCME). The University of California, San Francisco School of Medicine (UCSF) is accredited by the Accreditation Council for Continuing Medical Education (ACCME) to provide continuing medical education for physicians.

 

Series Release: July 1, 2018

Learning Objectives

After viewing this activity, participants will demonstrate the ability to:

  • Identify imaging fundamentals of each of the radiology sub-specialties (organ systems)
  • Prescribe the appropriate utilization of imaging modalities (CT, MR, US, Mammography, Nuc Med) for different medical conditions
  • Implement the appropriate imaging protocols for routine clinical presentations
  • Recognize indications and markers for interventional procedures, as well as assessment of outcomes
  • Apply classifications of pathophysiological mechanisms underlying human disease to facilitate differential diagnosis
  • Refine imaging criteria to optimize image quality/findings and improve diagnostic interpretation

Intended Audience

This comprehensive radiology overview is appropriate for residents, clinical fellows and practicing radiologists interested in updating their working knowledge, of all the major radiology subspecialties.