Ultrasound is becoming more common in the evaluation of musculoskeletal injuries and pain, and knee ultrasound is now very commonly requested. The goal of this presentation is to teach some of the ways ultrasound can be used and provide you with the benefit of an expert’s experience. The use of a split screen to show the side-by-side ultrasound with the transducer placement gives an added benefit.

In this presentation you will learn:

• Basic anatomy and appearance of the knee
• Exam technique, transducer

This complete tutorial for shoulder ultrasound will include the rotator cuff as well as the tendons and structures around it. The use of split screen allows a clear view of the transducer orientation on the patient’s shoulder alongside the resulting image. Dr. Levine also includes tips and tricks to help with easier patient and transducer positioning for best results.

In this course, you will learn:

• Basic anatomy and appearances of the shoulder
• Exam technique, transducer placement, and orientation
• How to position a patient

This lecture will provide learners with the basics of contrast-enhanced ultrasound (CEUS) to assist in the preparation and acquisition of liver imaging. Additionally, discuss the foundational principles of liver CEUS imaging and review cases, including the liver imaging reporting and data systems (LIRADS).

In this course, you will learn:

• Understand basics of CEUS imaging
• Discuss CEUS tips and tricks, examination preparation, and imaging acquisition and artifacts
• Learn liver imaging analysis and characterization
• Review the liver imaging reporting and data systems (LIRADS) and provide case examples

Ultrasound scanning of the musculoskeletal anatomy is growing in demand in both radiology clinics and private offices due the popularity of sports and fitness, and bolstered by improvements in ultrasonic spatial resolution in recent years. This course is designed to teach the experienced sonographer the basics of getting started in MSK ultrasound scanning, focusing on the most common anatomy.

This presentation covers the fundamentals for scanning the appendix. It includes a review of the normal anatomy, sonographic anatomy, and pathology. Tips and tricks as well as scanning strategies will also be discussed.

During the course, we will discuss how Alphenix can assist in diagnosis, planning, and treatment during advanced radiologic procedures.

The objective of this course is to educate learners on the history and treatment of advanced radiologic procedures as well as the clinical applications utilized by Canon Medical’s Alphenix vascular system. Students will also be educated on Canon’s Advanced 3D applications and how they contribute to the realm of advanced planning and treatment.