This three-day “How-To” course will provide you with a basic, practical understanding of carotid ultrasound. The physics and instrumentation of carotid scanning, to include the spectral analysis and correlation is covered for obtaining quantitative information. The hemodynamics of the cerebrovascular system are explained as they relate to the Doppler procedure. You will learn to measure Intimal Medial Thickness (IMT) of the inner two layers of the carotid artery and it’s correlation to coronary artery disease. The use of color and the normal versus abnormal characteristics are discussed.
Objectives: At the completion of this course, the learner will be able to:
- Identify the ultrasound appearance of normal carotid anatomy, architecture and flow.
- Use color flow and imaging to evaluate carotid flow.
- Describe the use of ultrasound to characterize carotid arterial disease.
- Perform Doppler calculations in a complete carotid procedure.
- Perform a basic carotid arterial procedure using the correct protocol.
- Describe image-optimization for carotid artery ultrasound exams.
- Identify additional resources for information on carotid arterial ultrasound.
- Measure the intimal medial thickness of the coronary artery.

This conference provides you 100% case-study-driven strategies and best practices to gain a competitive advantage in diagnostic imaging. You learn solutions and best practices to differentiate yourself, improve your referring-physician pipeline, integrate marketing with operations, and improve your patient and physician satisfaction.
The Marketing & Branding Diagnostic Imaging Centers of Excellence conference, August 11-12, 2008, in Chicago equips you with the specific tools you need to overcome the complex challenges of today’s marketplace. You learn from your peers and competitors how to stand out from the crowd!

This three-day course is directed toward the OB Ultrasound examination and sonographic evaluation of the non-gravid pelvis. Fetal measurements and the ultrasound appearance of fetal anomalies are included. AIUM guidelines are applied/followed for Quality Assurance purposes. Case studies are reviewed for common pathologies. Hands-on scanning reinforces the lecture.
Objectives: At the completion of this course, the learner will be able to:
- Successfully complete the OB/GYN ultrasound examinations following correct patient preparation and procedure protocols.
- Identify and display appropriate normal anatomy and orientation in the ultrasound field of view.
- Demonstrate a working knowledge of the importance of quality assurance in ultrasound as described in the AIUM guidelines.
- Understand variations in scanning protocols for demonstration of pathologies in trans-abdominal examinations.
- Be able to develop mapping techniques to approach a variety of scanning situations.
- Be able to identify sources and research reference materials for additional information on OB/GYN ultrasound.

This program will emphasize carotid, peripheral, and abdominal application, and will include individual hands-on instruction along with live demonstrations using the latest in ultrasound equipment.   Physician interpretation sessions include panel discussions and practice cases.  Live scanning of patients with known pathologies is also featured.

Are you one of those mammographers who is responsible for the quality control and documentation? Need some help on the tests, darkroom procedures, and sensitometry? This course is a must for you to learn the multiple pitfalls that can happen in your daily work. Many mammographers perform the tests, but have difficulty with the interpretations and the problem-solving. This will give you a boost to help you feel more confident with the day-to-day operations of your department.
Course Topics:
- Quality Control
- Technologist Responsibilities
- Performing the Eleven Quality Control Tests
- Sensitometry - Reasons and Results
- What Those QC Numbers Mean
- Processor Chemicals
- Processor Set-up
- Replenishment
- Artifacts

Whether you’re a busy physician who needs to sharpen your interpretation skills or you’re trying to document formal training for Vascular Lab Accreditation, this is the course for you.  The course will equip you with the tools and techniques that help you achieve greater confidence and accuracy in your interpretation skills in vascular ultrasound.  It was designed to maximize your time away by focusing on the normal versus abnormal vascular scans in a small group setting that will include lecture, case study presentations and interpretation sessions.  The course topics will include the factors that help you optimize the Doppler examination, review of the artifacts that can affect diagnostic accuracy, characterize and correlate formation, and spectral Doppler and color flow imaging analysis.
Objectives: At the conclusion of this course the participant will be able to:
- Discuss the technical factors that affect the quality of the color Doppler scan
- Identify normal anatomy on a Doppler scan
- Identify Doppler/color artifacts on a scan
- Identify normal waveform characteristics on a Doppler scan
- Recognize abnormal spectral and color Doppler pathology on a Doppler scan
- Characterize plaque formation
- List the interpretation criteria for NASCET and ACAS

This five-day seminar will cover vascular anatomy and hemodynamics in depth. Spectral and color Doppler physics will be discussed, from the discovery of the principle by Dr. Christian Andreas Doppler through the detailed physics of both modalities. The correlation between the Doppler modalities will be covered so that you can correctly interpret the information in your scans. The optimization of the major Doppler controls of each modality will be discussed and examples will be shown. The know-how to optimize these functions will improve your ability to produce more diagnostic images at the scanning sessions. Presentations will be given on the use of Doppler in each of the following studies: carotids, peripheral venous, peripheral arterial and abdominal. These clinical presentations will include the anatomy and hemodynamics of the vessels under discussion, normal and abnormal studies and scan tips. All the studies will be demonstrated and you will practice on models during the scanning sessions.
Objectives: At the completion of this course, the learner will be able to:
- Correctly identify vessel anatomy and orientation in a vascular ultrasound examination.
- Identify the variations in instrumentation and Doppler principles and the effects in scanning parameters.
- Describe the flow characteristics and the manifestations of disease processes.
- Discuss QA of the procedure and equipment.
- Analyze the results of a vascular exam for pathological conditions and in certain cases, quantify the diseases.
- Identify additional resource information on vascular ultrasound.

This five-day program is directed toward general abdominal procedures including the superficial organs. An integrated approach of lecture, demonstrations, hands-on scanning experience with models, and correlation of ultrasound appearance of normal versus abnormal tissues is used. The basics of instrumentation and the physics of ultrasound, relating to maximizing the image are reinforced in the laboratory. The class is from 8 AM to 5 PM with a lunch hour. A variety of ultrasound equipment is available in the scan lab. A complete two-week program can be accomplished with this course followed by the five day OB/GYN Ultrasound course.
Objectives: At the completion of this course, the learner will be able to:
- Utilize the principles of instrumentation to set up ultrasound equipment for scanning.
- Recognize and identify the organ systems of the abdomen on an ultrasound image.
- Perform basic ultrasound procedures on the abdomen patient.
- Understand pathological variants and their influence in the ultrasound procedure.
- Follow the sequence of an abdominal ultrasound procedure from the beginning to its conclusion.

Musculoskeletal ultrasound is the easiest and most accurate diagnostic tool for diagnosing soft tissue injuries and pathology. It is an accurate, quick, non-invasive and cost-effective diagnostic tool. Don’t miss this opportunity to explore the applications of this emerging technology with a pioneer in this area of ultrasound. This aggressive program combines lecture with hands-on training to provide you with an excellent foundation for musculoskeletal applications and interpretation. Give us two days and you’ll leave this course with the knowledge and skill to get you started in musculoskeletal ultrasound.
Objectives: At the conclusion of the course, the participant will be able to:
- Perform musculoskeletal ultrasound exams
- Identify normal anatomy within upper and lower extremities
- Identify pathology
- Write reports
- Store/send films and data
- Use reliable testing protocols

This five-day program is directed toward the performance of women’s ultrasound procedures. An integrated approach of lecture, demonstrations, and hands-on scanning experience with models accomplishes the educational objectives. The basics of instrumentation and physics are reinforced in the laboratory. The class is from 8 AM to 5 PM with a lunch hour. A variety of ultrasound equipment is available in the scan lab. A complete two-week program can be accomplished with this course preceded by the five-day Abdominal Ultrasound course.
Objectives: At the completion of this course, the learner will be able to:
- Utilize the principles of instrumentation to set up ultrasound equipment for scanning.
- Recognize and identify fetal anatomy and the gynecologic orientation of the female pelvis.
- Perform a basic endovaginal ultrasound exam.
- Perform a satisfactory fetal ultrasound exam.
- Identify the fetal and uterine anomalies and their ultrasound appearance.
- Apply appropriate measurement techniques in transabdominal and endovaginal scanning.

In 2008, 184,450 new cases of breast cancer are expected to be diagnosed, and 40,930 people will die from the disease, according to the estimates. Although survival rates have shown significant improvement over the past several decades, breast cancer continues to be the second most common cause of cancer death in women. This conference will provide the latest information on issues related to breast cancer management, emphasize the multi-disciplinary aspects of breast cancer treatment, offer discussions of clinical practice management, and explore the rapid translation of science into clinical practice.
Agenda:
- “The Ethical Component of Breast Cancer Treatment”, by Kate Payne, RN, JD
- “Expanding Radiation Options for Breast Cancer Treatment”, by Paul Rosenblatt, MD
- “Genetics: What Do You Do with the Information?” by Ellen Roback, MD
- “Palliative care for Breast Cancer Patients”, by Nancy Peacock, MD
- “Breast Conserving Surgeries”, by Mark Akins, MD
- “Breast Imaging Updates”, by Margaret Wright, MD
- “The Burden of Breast Cancer in Tennessee”, by Martin whiteside, DC, PhD, MSPH
- “Breast Disease Evaluation Beyond Imaging”, by Mark Cooper, MD

ISRT...Bring the Future of Medical Imaging to You.  Join the ISRT at the recently constructed Renaissance Hotel for three days of continuing education and business meetings.  It's not all work and no play as themed luncheons are planned each day and the annual 'Attitude Adjustment Reception' will again be held on Thursday evening. A Student Academic Bowl has been added to our schedule of events on Friday.  A Mammography specific educational track will be offered in addition to the general educational track on Saturday.  Registration and detailed conference information will be available on the Indiana Society website www.isort.org in July.

Diagnostic ultrasound is an easy and accurate imaging tool available for primary care physicians. A working knowledge of abdomen and OB/GYN ultrasound will enhance your ability to streamline your patients’ diagnoses and treatment. This intensive 3-day course will emphasize abdominal, obstetrics/gynecology to include endovaginal scanning, as well as theory and instrumentation. Hands-on scanning and models will reinforce the lecture.
Objectives: At the completion of this course, the learner will be able to:
- Successfully complete selected abdominal, OB/GYN, and endovaginal ultrasound examinations following correct patient preparation and procedure protocols.
- Identify and display appropriate normal anatomy and orientation in the ultrasound field of view.
- Demonstrate a working knowledge of the importance of quality assurance in ultrasound as described in the AIUM guidelines.
- Understand variations in scanning protocols for demonstration of pathologies in abdominal and ob-gyn examinations.
- Be able to develop mapping techniques to approach a variety of scanning situations.
- Be able to identify sources and research reference materials for additional information.

The importance of ultrasound as an adjunct procedure to mammography is well documented.  The normal anatomy, physiology, and pathologic conditions evaluated by ultrasound will be the basis of this educational activity. The increased utilization of breast ultrasound requires clinicians to integrate the fundamentals of sonography and mammography to enhance the value of breast ultrasound.  The course combines classroom learning with practical hands on scanning to maximize the learning experience.  Ultrasound-guided interventional procedures and examination of breast implants will be discussed. Case studies will be utilized to correlate the mammogram with the breast ultrasound, and to recognize breast ultrasound artifacts.
Objectives: At the completion of this course, the learner will be able to:
- Describe the role of breast ultrasound as an adjunct to mammography in the evaluation of breast disease
- Identify and display appropriate normal anatomy and orientation in the ultrasound field of view
- Describe basic scanning protocols
- Correlate areas of suspicion on the ultrasound and mammogram
- Choose the correct transducer for the ultrasound examination
- Successfully complete a basic breast ultrasound examination following correct patient preparation and procedure protocols
- Identify breast ultrasound artifacts and methods utilized to reduce their occurrence
- Be able to identify sources and research reference materials for additional information on breast ultrasound

The “Golden Hour” is one of the pillars of emergency medicine. Every minute lost can be a life lost. When you need ultrasound and there is no time to waste; it is not the time to “learn on the job”. Be better able to visualize ultrasound images by boosting your understanding of imaging perspectives and recognition of anatomical orientation.  Having the skills to perform abdominal trauma exams, the FAST procedure, first trimester pregnancy and cardiac ultrasound scans may make the difference! Participants in this course will benefit from “hands on scan labs” where the ultrasound faculty will teach you the essential skill and technique to acquire an ultrasound image to make a quick and accurate diagnosis.
Objectives: At the completion of this course, the learner will be able to:
- Successfully complete emergency medicine ultrasound examinations following correct patient preparation and procedure protocols.
- Identify and display appropriate normal anatomy and orientation in the ultrasound field of view.
- Demonstrate a working knowledge of the importance of quality assurance in ultrasound as described in SAEM guidelines.
- Understand variations in scanning protocols for demonstration of pathologies in emergency medicine examinations.
- Be able to develop mapping techniques to approach a variety of scanning situations.
- Be able to identify sources and research reference materials for additional information in emergency medicine ultrasound.

Quality Management is of great importance for hospital and clinic based radiology departments accredited through the Joint Commission on Health Accreditation of Health Care Organizations (JCAHO). Quality Management is also an important part of mammography and compliance with the Mammography Quality Standards Act (MQSA). Quality management requires a working knowledge of the quality improvement (QI) process and tools, quality control (QC), equipment testing and regulatory guidelines.
You will learn the basics of the quality management process from the theoretical to practical application. A combination of experts will introduce you to the fundamentals of QM. You will learn from the pros how QM has evolved and how QI has changed. You will receive “hands-on” application in designing QI monitors for your facility. You will learn how a well designed QM program will improve imaging quality and patient care.
In addition to the QC testing review, you will participate in a field trip to perform a portion of the QC tests listed in the ARRT QM clinical competencies required for the advanced level QM examination. All students will progress through the application phase of training at their own rate.