Introduction to Musculoskeletal Ultrasound
Ultrasound imaging of the musculoskeletal system is a rapidly growing specialty. Technologic advances and portability of systems are making ultrasound a valuable and cost effective tool for the diagnosis and treatment of joint abnormalities. Presentations of proper scanning techniques with a group demonstration of scanning, a review of the pathology encountered followed by personal hands-on instruction in scanning will make this an effective learning experience. During the hands-on workshop, attendees will be provided with an opportunity to learn proper imaging techniques for the shoulder, wrist, knee and ankle. Learning will be facilitated through an interactive and practical format with the direct supervision of our knowledgeable and experienced faculty. A presentation on reimbursement for MSK US will also be provided during Friday’s reception. This workshop is for radiologists, sports medicine physicians, orthopedic physicians as well as sonographers, athletic trainers, fellows, residents and others interested in improving their skills in musculoskeletal ultrasound imaging.

Stereotactic Breast Biopsy Training
Stereotactic breast biopsy is used to obtain pathologic information from mammographic areas of suspicion. When a mass, microcalcifications, or area of abnormal tissue change exist; stereotactic breast biopsy offers a minimally invasive alternative to open surgical biopsy often before a mass develops. This course offers the attendee the opportunity to learn the basics, as well as the tricks of the trade, from an experienced technologist with multi-vendor competence. MTMI and our instructors are excited and willing to share this knowledge to help bridge the gaps in training so that intelligent performance becomes your daily mode of operation. Supervised simulation and hands-on training with phantoms, live-models, and biopsy devices make this course refreshingly unique. Critical thinking becomes possible once attendees develop an understanding of why and how these procedures are done rather than “this is how we have always done it”. In addition to covering quality assurance and patient documentation, the two and a half day course reviews the ACR accreditation requirements and fulfills the credits required for accreditation.

A Review of CT Imaging for Physicists
With the significant improvements in the technology of computed tomography scanning in recent years and the proliferation of these units, there has been a growing mandate from insurance companies and governmental agencies to require accreditation to ensure quality exams with limited radiation dose. This has posed a challenge to medical physicists to become knowledgeable about this technology and the accreditation procedures for these units. This seminar will provide an opportunity for an in depth review of this technology in an interactive forum with time for discussion of important aspects of CT scanner operation, testing and QC. Participants are invited to bring their questions and concerns about supporting these units for an exchange with other attendees and the faculty. This seminar will provide 15 hours of continuing education credit to fulfill this requirement by the ACR for qualified medical physicists supporting accredited facilities.

Mastering Digital Radiography
Techniques and Positioning in Your Digital World
Most digital radiography seminars discuss how the equipment works and the physics behind it. This seminar is designed to give technologists practical knowledge to help them use their CR and DR equipment. With over 250 images and 9 videos, the presentation will feel like a "hands-on" workshop. This seminar will confront the universal problems and concerns with digital radiography. You will learn why you should be using 15-20 kVp higher and one third the mAs required for film/screen. Little training exists to provide an understanding of the use of a histogram, magnification modes and the Dose Exposure Index (DEI) number. All will be discussed throughout the seminar. Using film/screen, radiographers once worried about a film being too dark or light, now they need to be concerned about acceptable quantum mottle and over radiating patients. This will lead to a better understanding of how to utilized this new technology to improve the art of radiography and science.

Computed Tomography: Principles, Instrumentation and Image Quality
This seminar will benefit those interested in the physics principles and applications of Computed Tomography along with radiation safety and dose reduction strategies. Image processing, display techniques and QC procedures will also be discussed at length.

CT Applications: Putting CT to Work for You
This seminar will explore the evolution of CT. This historic review will produce insight and perspective to the current clinical applications like CT Angiography, Virtual Imaging, Brain Perfusion and PET/CT. The conclusion of the day includes necessary theory of optimizing reformatted images and recognition of potential artifacts which will help attendees transition from the "everyday" technologist to the "indispensable" technologist.

A Review of MRI
This seminar will offer valuable information to technologists working in MR as well as those who are considering cross-training into this highly technical field. The comprehensive approach of this program allows attendees the opportunity to validate their current knowledge and gain insight to the content specifications for the ARRT’s MRI exam. The overall course objective is to assist imaging professionals to progress to intelligent performance of this specialized diagnostic tool.