2016 Classic Lectures in Musculoskeletal Imaging: What You Need to Know - A Video CME Teaching Activity

170 $

2016 Classic Lectures in Musculoskeletal Imaging: What You Need to Know - A...

About This CME Teaching Activity
This CME teaching activity is a comprehensive musculoskeletal teaching course focusing on the shoulder, knee, spine, hip, ankle, wrist, hand and foot. Practical lectures from experienced faculty provide up-to-date imaging techniques and protocols along with imaging strategies and advanced applications. This program is designed for physicians who order, perform and interpret musculoskeletal imaging procedures.
Target Audience
This CME teaching activity is primarily intended and designed to educate physicians who supervise and interpret musculoskeletal imaging studies using MRI, CT, Ultrasound, and PET/CT. Thus, it should be particularly helpful for radiologists and orthopedic surgeons. This activity should also be useful for referring physicians who order these studies so that they might gain a greater appreciation of the strengths and limitations of clinically relevant musculoskeletal imaging.
Educational Objectives
At the completion of this CME teaching activity, you should be able to:
  • Design and implement appropriate musculoskeletal imaging protocols and techniques.
  • Utilize a multi-modality approach to diagnose disease processes in the musculoskeletal system.
  • Discuss the clinical application and utility of incorporating advanced imaging techniques to evaluate musculoskeletal disorders.
  • Apply advances in musculoskeletal imaging protocols to accurately assess musculoskeletal trauma.
  • Compare ultrasound imaging of the MSK system with MR image findings.
  • Describe the clinical applications and pitfalls of musculoskeletal PET studies.
  • Differentiate image findings of chronic and acute injury in the musculoskeletal system.
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Radiology After Five: How to Make Night and Weekend Call a Success! - A Video CME Teaching Activity

160 $

Radiology After Five: How to Make Night and Weekend Call a Success! - A Video...

About This CME Teaching Activity
This CME activity is structured to provide important and clinically advanced, relevant information for those physicians and other medical personnel who provide or use radiology services in emergency and critical care locations. State of the art imaging protocols, advanced techniques and diagnostic pitfalls are emphasized so that studies can be performed and interpreted in an optimal and time efficient manner. The carefully selected internationally recognized faculty, share pearls and pitfalls of emergency room and critical care imaging while keeping patient welfare in mind. The need for careful and complete communication between the radiologist and the clinicians will be emphasized along with modern compliance and reimbursement practices.
Target Audience
This CME activity is designed to educate physicians who use, supervise and/or interpret radiology studies and procedures in emergency suites, trauma centers and intensive care units. Thus, this should be particularly helpful for radiologists, intensivists, trauma surgeons, and emergency medicine physicians. It should also be beneficial for those who order imaging studies and wish to better understand current applications of imaging methods and indications.
Educational Objectives
At the completion of this CME teaching activity, you should be able to:
  • Discuss approaches to imaging of the most frequent and serious emergency and critical care problems that occur in their practice.
  • Demonstrate an increased awareness on how best to respond to the wide variety of imaging and interventional situations that occur most often during the evenings and weekends.
  • Implement into their practices protocols for assessing the trauma patient in a time efficient manner.
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2016 Classic Lectures in Sports Medicine Imaging - A Video CME Teaching Activity

190 $

2016 Classic Lectures in Sports Medicine Imaging - A Video CME Teaching Activity

About This CME Teaching Activity
Sports related injuries require timely diagnosis and appropriate management for a quick recovery in all athletes; novice to professional. This program is structured to provide a detailed review of imaging specific injuries with arthroscopic and orthopedic surgery correlation. Faculty has been chosen to provide a well-rounded multidisciplinary review of sports medicine imaging, surgical techniques and treatment options.
Target Audience
This teaching activity is designed to educate radiologists, orthopedic surgeons, sports medicine physicians, and referring physicians who order musculoskeletal MRI studies.
Educational Objectives
At the completion of this CME teaching activity, you should be able to:
  • Incorporate state of the art sequences and protocols for a variety of sports related injury into clinical practice.
  • Assess patients with joint pathology in a non-invasive manner utilizing MRI and ultrasound.
  • Recognize the strengths and limitations of MRI for the management of sports related injuries.
  • Describe the MR appearance of common musculoskeletal pathology and differentiate this pathology from other causes of abnormal signal.
  • Correlate surgical arthroscopic and MR image findings of various sports injuries.
  • Demonstrate an increased knowledge of surgical procedures as they relate to various sports injury and the impact MR imaging has on patient management.
  • Discuss the utility of musculoskeletal ultrasound for diagnosis and direction of treatment of musculoskeletal injuries.
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2016 Internal Derangements of Joints: Advanced and Intensive MR Imaging - A Video CME Teaching Activity

180 $

2016 Internal Derangements of Joints: Advanced and Intensive MR Imaging - A...

About This CME Teaching Activity
This CME activity provides an update of current information on MR Imaging in the assessment of musculoskeletal disorders. Essential anatomy, physiology and pathology are emphasized that explain imaging findings in disorders of the shoulder, elbow, wrist, hand, hip, knee, ankle and foot. MR imaging findings in the assessment of common problems in peripheral joints are compared to those derived from other imaging methods.
Target Audience
The target audience is practicing radiologists, orthopedic surgeons, rheumatologists, podiatrists, and other physicians interested in musculoskeletal disorders.
Educational Objectives
At the completion of this CME teaching activity, you should be able to:
  • Assess MR images in patients with internal derangements of peripheral joints.
  • Articulate the anatomic features fundamental to accurate interpretation of the MR imaging findings in these disorders.
  • Formulate a reasonable differential diagnostic list and be able to identify the most likely diagnosis.
  • Comprehend the pathogenesis and imaging findings associated with common and important disorders that affect all joints.
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Multi-Parametric Prostate MRI and MR-Guided Intervention - A Video CME Teaching Activity

200 $

Multi-Parametric Prostate MRI and MR-Guided Intervention - A Video CME Teaching...

About This CME Teaching Activity
This CME teaching activity is designed to provide a clinical perspective of multi-parametric prostate MRI and MR guided biopsy of the prostate gland. A multidisciplinary faculty discuss the different diagnostic tools and methods used to diagnose and manage prostate cancer. In addition, an in depth discussion on the advantages of multi-parametric MRI reveals the future of this exciting new tool. A review of image guided biopsy procedures compare the advantages and pitfalls of each. The faculty for this series have been chosen for their teaching ability, as well as for their clinical expertise.
Target Audience
This program is designed to educate physicians who diagnose and treat prostate disease: Radiologists, Urologists and Radiation Oncologists, Medical Oncologists and any other physicians that diagnose and treat prostate cancer.
Educational Objectives
At the completion of this CME teaching activity, you should be able to:
  • Discuss the clinical indications and applications of performing prostate MRI.
  • Identify patients who benefit most from prostate MRI.
  • Discuss the advantages of multi-parametric diagnostic MRI for the detection and localization of prostate cancer.
  • Explain how prostate biopsy can be performed under MRI guidance and compare this procedure with other types of prostate biopsy.
  • Describe current and future patient management options for prostate cancer including the emerging role of image guided focal therapy.
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2016 American Society of Functional Neuroradiology - A Video CME Teaching Activity

140 $

2016 American Society of Functional Neuroradiology - A Video CME Teaching...

About This CME Teaching Activity
A broad range of cutting-edge topics in functional neuroradiology is featured throughout this program, including dynamic fMRI and MEG for time-resolved functional brain mapping, diffusion tensor imaging and tractography, advanced diffusion techniques (DKI, NODDI, RSI, etc.) for microstructural tissue modeling, structural and functional connectomics, perfusion, permeability, quantitative susceptibility mapping, and other novel quantitative neuroimaging biomarkers. This activity focuses on the current status of functional and physiologic imaging methodology, current controversies in the field, and promising new techniques. There is emphasis on pediatric neuroimaging including special lectures on the connectome of the developing brain, advanced imaging of neurodevelopmental disorders with a focus on autism and on adolescent cognitive maturation, as well as new techniques for pediatric stroke and pediatric brain tumor imaging.

Material contained in this product was captured during the 2016 ASFNR/ASPNR live meeting.
Target Audience
This CME activity is intended to educate anyone interested in functional neuroimaging including neuroradiologists, neurologists, neurosurgeons, brain mapping scientists, cognitive neuroscientists, physicists, fellows, residents, doctoral and postdoctoral students, engineers and ancillary staff.
Educational Objectives
At the completion of this CME teaching activity, you should be able to:
  • Describe the underlying physical basis of advanced functional and physiological imaging techniques such as BOLD and resting state fMRI, Diffusion-weighted Imaging, Diffusion Tensor Imaging, Dynamic Susceptibility and Dynamic Contrast-enhanced MRI, Arterial Spin Labeling, Susceptibility-weighted Imaging, MR Spectroscopy, and MEG Imaging.
  • Explain the clinical applications and limitations of advanced functional and physiological imaging techniques.
  • Discuss how to effectively integrate functional imaging techniques into clinical practice with awareness of pertinent economic and logistical issues.
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2016 American Society of Pediatric Neuroradiology - A Video CME Teaching Activity

150 $

2016 American Society of Pediatric Neuroradiology - A Video CME Teaching...

About This CME Teaching Activity
This program focuses on optimizing workflow, the latest controversies in imaging hydrocephalus, functional mapping, and gadolinium deposition in pediatrics. Also featured is an in depth analysis into the clinical applications of functional MRI, and functional mapping applications in pediatrics. The program concludes with a neurosurgeon's perspective on advanced imaging techniques.

Material contained in this product was captured during the 2016 ASFNR/ASPNR live meeting.
Target Audience
This CME activity is intended to educate anyone interested in pediatric functional neuroimaging including neuroradiologists, neurologists, neurosurgeons, brain mapping scientists, cognitive neuroscientists, physicists, fellows, residents, doctoral and postdoctoral students, engineers and ancillary staff.
Educational Objectives
At the completion of this CME teaching activity, you should be able to:
  • Describe the underlying physical basis of advanced functional and physiological imaging techniques used in pediatrics.
  • Explain the clinical applications and limitations of advanced functional and physiological imaging techniques.
  • Discuss how to effectively integrate functional imaging techniques into clinical practice with awareness of pertinent economic and logistical issues.
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2016 Clinical Breast Imaging: A Multidisciplinary Approach - A Video CME Teaching Activity

140 $

2016 Clinical Breast Imaging: A Multidisciplinary Approach - A Video CME...

About This CME Teaching Activity
This CME activity provides a comprehensive review of diagnostic breast imaging with pathological and therapeutic correlations. Focus is placed on a systematic approach to breast imaging and interpretation strategies. Technological advances in breast imaging techniques, including tomosynthesis, contrast enhanced mammography, radioisotope seed localization and whole breast ultrasound are discussed. Updates in image guided breast biopsy and surgical intervention completes the program emphasizing the importance of surgical/pathological correlations.
Target Audience
This CME activity is primarily intended and designed to educate diagnostic imaging physicians who perform and interpret breast imaging examinations. The CME activity should also benefit referring physicians who order breast imaging studies.
Educational Objectives
At the completion of this CME teaching activity, you should be able to:
  • Assess the current and future applications of breast imaging.
  • Develop imaging protocols and algorithms to accurately assess breast pathology.
  • Recognize subtle signs of breast carcinoma utilizing multiple imaging modalities.
  • Correlate breast imaging results with pathological and surgical outcomes.
  • Discuss the controversies surrounding breast cancer screening.
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2016 Clinical Ultrasound - A Video CME Teaching Activity

140 $

2016 Clinical Ultrasound - A Video CME Teaching Activity

About This CME Teaching Activity
This CME teaching activity is structured as a practical, clinically focused review of diagnostic ultrasound. A mix of ob-gyn, abdominal, musculoskeletal, pediatric and vascular lectures provide a well rounded review of clinical imaging techniques. A variety of topics are included so subscribers can expand their clinical practices. Tips, protocols, and pitfalls provide balance to the program. Faculty have been selected for their teaching ability, as well as for their expertise.
Target Audience
This CME activity is designed to educate those who order, perform, and interpret clinical ultrasound studies. It should be particularly valuable for diagnostic imaging physicians, ob-gyn physicians, vascular surgeons, and referring physicians who utilize ultrasound to evaluate the clinical status of their patients.
Educational Objectives
At the completion of this CME teaching activity, you should be able to:
  • Expand their clinical protocols for evaluating the vascular system.
  • Discuss the role of ultrasound imaging in the diagnosis and management of breast disease.
  • Utilize ultrasound to assess patients with abdominal and pelvic disorders.
  • Demonstrate an increased knowledge into the applications of Doppler imaging.
  • Apply modern imaging techniques to clinical practice.
  • Incorporate ultrasound imaging techniques to evaluate the musculoskeletal system.
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2016 Computed Tomography - A Video CME Teaching Activity

150 $

2016 Computed Tomography - A Video CME Teaching Activity

About This CME Teaching Activity
This activity is structured to provide a comprehensive review of computed tomography. Tips, techniques, protocols, recent technical enhancements and radiation safety are emphasized throughout the program. A balance of neuro, abdominal, and cardiovascular topics are presented to help you expand your clinical practice.
Target Audience
This CME activity is designed to educate diagnostic imaging physicians who supervise and interpret CT studies. This CME activity should also be useful to referring physicians who order these studies so that they might gain a greater appreciation of the strengths and limitations of clinically relevant CT studies.
Educational Objectives
At the completion of this CME teaching activity, you should be able to:
  • Discuss the utility of CT and CTA in the diagnosis and evaluation of abdominal, neurological, cardiac and thoracic abnormalities.
  • Optimize CT and CTA imaging protocols.
  • More effectively utilize CT angiography in clinical practice.
  • Evaluate abdominal pathology more efficiently utilizing multi-slice CT.
  • Utilize recent technological developments to design protocols that decrease radiation dose while enhancing image quality.
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2016 Computed Tomography - BODY only - A Video CME Teaching Activity

80 $

2016 Computed Tomography - BODY only - A Video CME Teaching Activity

About This CME Teaching Activity
This activity is structured to provide a comprehensive review of computed tomography. Tips, techniques, protocols, recent technical enhancements and radiation safety are emphasized throughout the program. A balance of neuro, abdominal, and cardiovascular topics are presented to help you expand your clinical practice.
Target Audience
This CME activity is designed to educate diagnostic imaging physicians who supervise and interpret CT studies. This CME activity should also be useful to referring physicians who order these studies so that they might gain a greater appreciation of the strengths and limitations of clinically relevant CT studies.
Educational Objectives
At the completion of this CME teaching activity, you should be able to:
  • Discuss the utility of CT and CTA in the diagnosis and evaluation of abdominal, neurological, cardiac and thoracic abnormalities.
  • Optimize CT and CTA imaging protocols.
  • More effectively utilize CT angiography in clinical practice.
  • Evaluate abdominal pathology more efficiently utilizing multi-slice CT.
  • Utilize recent technological developments to design protocols that decrease radiation dose while enhancing image quality.
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