1.0 SDMS CME Credit | Category: OT | Content Level: Beginner
Sonographers play a critical role in patient care, yet many underestimate the professional risks they face in today’s healthcare environment. This session offers a practical overview of professional liability, common risk scenarios in sonography, and the distinctions between employer-provided coverage and individual liability insurance. Attendees will learn how liability claims arise, how to reduce risk through daily practice strategies, and how to make informed decisions regarding personal liability protection. Designed to educate, not alarm, this course empowers sonographers with the knowledge to practice confidently and responsibly.
Objectives:
- Explain the role of professional liability in sonography and how scope of practice impacts legal exposure.
- Compare the benefits and limitations of employer-provided versus individual liability insurance.
- Identify risk reduction strategies that can be applied in daily sonography practice.
Erin Reese, MAOL
Assistant Vice President (AVP), Relationship Management
Proliability / Association Member Benefits Advisors (AMBA)
Erin Reese brings over two decades of leadership experience in the insurance and financial services industries. She manages a very large multi-million-dollar medical malpractice program and consults with more than 20 national medical associations. Erin is the owner of Community Educators, a continuing education company based in Iowa, and has authored over 20 courses for state insurance continuing education (CE) programs. She holds a Master of Organizational Leadership degree from Saint Mary’s University of Minnesota, where she serves on the Alumni Board of Trustees, and a Bachelor of Arts in Public Relations from Simpson College. Erin actively volunteers with the Young Women’s Resource Center, Optimist International, and the Urbandale Girls Recreation Association.
1.0 SDMS CME Credit | Category: OB | Content Level: Intermediate
This session presents a detailed case study of a 39-year-old female who presented with sudden-onset dysmenorrhea. While initial clinical evaluation raised concern for endometriosis, adenomyoma, or uterine fibroids, pathology unexpectedly revealed a rare malignancy—leiomyosarcoma. The case highlights key ultrasound findings and imaging techniques that support diagnostic work-up and explores the complementary role of Magnetic Resonance Imaging (MRI) in presurgical planning. Management strategies and long-term follow-up considerations for this uncommon diagnosis in a young patient are also discussed.
Objectives:
- Review the initial clinical presentation and the diagnostic imaging work-up.
- Summarize surgical and pathologic findings related to leiomyosarcoma.
- Describe management strategies, clinical outcomes, and long-term follow-up considerations.
Kate Ryan, BA, RDMS, RVT
Clinical Ultrasound Specialist
Veracyte, Inc.
Kate Ryan has been a sonographer since 2013. She began her career at Mayo Clinic, working across hospital and outpatient settings with clinical specialties including vascular imaging and high-risk obstetrics (OB). During her 11 years at Mayo Clinic, she served on multiple committees, presented complex educational cases, and developed a strong passion for teaching while working as a clinical instructor. In 2022, she transitioned into a regional role, leading the integration of specialized OB sonographers within OB departments—an initiative that received a Mayo Clinic Enterprise quality award. She currently focuses on education and practice improvement as a Clinical Ultrasound Specialist at Veracyte, Inc. Kate has been a member of the Society of Diagnostic Medical Sonography (SDMS) since 2011 and has served as the clinical lead for student research submissions and as a manuscript reviewer for the Journal of Diagnostic Medical Sonography (JDMS).
1.0 SDMS CME Credit | Category: OT | Content Level: Intermediate
This session explores key infection prevention topics relevant to high-level disinfection and sterilization practices in ultrasound environments. Participants will learn about common regulatory citations, barriers to compliance, and actionable strategies for overcoming them. Emphasis will be placed on Joint Commission and Det Norske Veritas (DNV) requirements, as well as practical short- and long-term solutions that can be implemented by multidisciplinary teams to enhance patient safety and compliance across healthcare settings.
Objectives:
- Understand Joint Commission and DNV requirements related to reprocessing and infection prevention.
- Describe common regulatory citations and barriers to compliance in relation to high-level disinfection, transport, and storage of ultrasound probes.
- Identify solutions to common patient safety and compliance concerns related to high-level disinfection, manual cleaning, storage, and transport.
This session is provided by 
Jill Holdsworth, MS, CIC, AL-CIP, FAPIC, CRCST, CHL, NREMT
Medical Affairs Manager
CS Medical
Jill Holdsworth received her bachelor’s degree in biology from West Virginia Wesleyan College and master’s degree in exercise physiology from Marshall University. She began her career in infection prevention in 2009 in Washington, DC, where she served as president of the local Association for Professionals in Infection Control and Epidemiology (APIC) chapter. She has held national leadership positions, including service on the APIC Board of Directors, chairing the Association for the Advancement of Medical Instrumentation (AAMI) Protective Barriers Committee for six years, and currently serves on the Certification Board of Infection Control (CBIC) Board of Directors and the Health Sterile Processing Association (HSPA) Certification Council.
1.0 SDMS CME Credit | Category: MSK | Content Level: Beginner
This case study explores the unique clinical challenges presented by sea urchin envenomation and highlights the role of ultrasound as the primary imaging modality for identifying retained foreign bodies. Participants will examine the advantages of musculoskeletal (MSK) sonography compared to other imaging techniques and learn how early detection using ultrasound can improve diagnostic accuracy and clinical outcomes in marine-related injuries.
Objectives:
- Describe complications resulting from sea urchin envenomation and the importance of early detection of retained foreign bodies.
- Explain how musculoskeletal ultrasound is used to identify retained marine-related foreign material in soft tissue.
- Compare the advantages of ultrasound with other imaging modalities for evaluating marine-related injuries.
Ashley Ragsdale, EdD, RDMS, RVT
Assistant Dean of the College of Health Sciences
Parker University
Ashley Ragsdale is a passionate educator with more than a decade of experience in higher education. She currently serves as Assistant Dean of the College of Health Sciences at Parker University, where she oversees multiple medical programs and teaches as an Associate Professor. In December 2025, she earned her Doctorate in Education with a specialization in Organizational Leadership. Much of her work focuses on understanding newer generations of learners and adapting education to meet their evolving needs. As a first-generation college graduate, she is committed to supporting and empowering students navigating similar paths. Outside the classroom, Ashley inspires younger learners through creative projects, including authoring a children’s book about aviation. She enjoys spending time with her husband, daughter, and three dogs.
1.0 SDMS CME Credit | Category: PS | Content Level: Beginner
This session reviews practical ultrasound techniques for evaluating the pediatric appendix, intussusception, and pyloric stenosis. Participants will learn to identify key anatomic landmarks, recognize normal and abnormal sonographic appearances, and apply optimized scanning strategies for each condition. The session includes case examples and tips designed to help general sonographers build confidence and competence when performing pediatric abdominal studies.
Objectives:
- Identify key anatomic landmarks, normal sonographic appearances, and common variants encountered during pediatric appendix, intussusception, and pyloric ultrasound examinations.
- Apply practical scanning techniques for pediatric abdominal ultrasound, including appropriate probe and preset selection, patient positioning, and methods to optimize image quality.
- Recognize sonographic patterns and concerning findings that should be documented and communicated to the interpreting provider during pediatric abdominal ultrasound examinations.
This session is provided by 
Kelly Harris, BS, RDMS (AB, BR, PS), RVT
Radiology System Manager – Ultrasound
Children’s Hospital Colorado
Kelly Harris is a pediatric ultrasound leader with extensive experience in both clinical imaging and departmental management. She currently serves as the Radiology System Manager for Ultrasound at Children’s Hospital Colorado, overseeing ultrasound services across multiple campuses. Kelly has a strong passion for education, quality improvement, and empowering sonographers to confidently perform pediatric examinations through practical techniques and real-world application.
1.0 SDMS CME Credit | Category: BR | Content Level: Beginner
This session presents a case-based review of benign and malignant breast ultrasound findings, with multi-modality correlation and guided discussion. Participants will explore a range of real-world cases, review suspicious and reassuring imaging characteristics, and become more familiar with the updated Breast Imaging Reporting and Data System (BI-RADS) ultrasound descriptors. The session also covers expected post-surgical appearances to improve diagnostic confidence and reporting accuracy.
Objectives:
- Review suspicious and reassuring imaging features of breast masses.
- Familiarize participants with updated BI-RADS descriptors for breast ultrasound.
- Review common and uncommon post-surgical findings in the breast.
- Review appropriate use of ultrasound in breast imaging for a variety of clinical indications.
This session is provided by 
Jessica Galandak, MD, MPH
Senior Physician
Ochsner Health
Dr. Jessica Galandak is a radiologist at Ochsner Health in New Orleans and a current trustee of the American Registry of Radiologic Technologists (ARRT). She earned her medical degree from Tulane University, completed her diagnostic radiology residency at Ochsner, and pursued a breast and body imaging fellowship at Columbia University. Prior to returning to Ochsner, she served on faculty at the University of Maryland Medical Center for three years. Dr. Galandak specializes in breast imaging and intervention, as well as general radiology. She is passionate about resident and technologist education and has volunteered with the ARRT for eight years, serving on exam committees before joining the board. She is also active in the American College of Radiology (ACR) and currently serves as president of the Radiological Society of Louisiana.
1.0 SDMS CME Credit | Category: FE | Content Level: Intermediate
This session provides an overview of atrioventricular septal defects (AVSDs) with a focus on fetal echocardiographic assessment. Attendees will review the anatomy and subtypes of AVSDs, essential fetal echo views for accurate evaluation, and common diagnostic pitfalls. The session is designed to improve understanding of AVSD anatomy and help sonographers recognize key imaging features that guide diagnosis and management.
Objectives:
- Describe the anatomical features of atrioventricular septal defects (AVSDs).
- Identify fetal echocardiographic views most helpful in evaluating AVSDs.
- Differentiate among various types of AVSDs based on imaging findings.
Mary Davis, RDCS (AE, PE, FE), FASE
Pediatric and Fetal Echo Lab Supervisor
UC Davis Health
Mary Davis is the Supervisor of the Pediatric and Fetal Echocardiography Lab at UC Davis Children’s Hospital. She began her sonography career in adult echocardiography in 1999 and transitioned to pediatric and fetal care in 2002 under the mentorship of a pediatric cardiologist. Her experience includes time at Phoenix Children’s Hospital, where she worked from 2009 until relocating to Sacramento in 2021. Mary has served as faculty for the Phoenix Children’s Fetal Cardiology Symposium since 2017. A Fellow of the American Society of Echocardiography (ASE) and active Society of Diagnostic Medical Sonography (SDMS) member, she continues to advance the field through clinical leadership and education.
1.0 SDMS CME Credit | Category: AE | Content Level: Beginner
This case-based presentation explores how echocardiographic clues can raise suspicion for underlying causes of increased left ventricular wall thickness. Emphasis will be placed on integrating imaging findings with clinical context to narrow the differential diagnosis. Attendees will gain practical tips for improving image acquisition, recognizing limitations, and reporting left ventricular wall thickness assessments to support accurate and timely diagnosis.
Objectives:
- Identify key echocardiographic findings that help differentiate underlying causes of increased left ventricular wall thickness.
- Integrate echocardiographic findings with clinical context to raise suspicion for possible diagnoses.
- Discuss practical imaging tips and recognize limitations in left ventricular wall thickness assessment.
Allison Huver, BS, RDCS, FASE
Cardiac Sonographer
Mayo Clinic
Allison Huver is the academic coordinator for the Mayo Clinic School of Health Sciences (MCSHS) echocardiography program. She has worked in cardiac ultrasound for nine years, with clinical expertise in adult echocardiography and a strong focus on education. Allison earned her bachelor’s degree in health professions from the University of Minnesota – Rochester and completed a certificate in echocardiography through MCSHS. She is a Fellow of the American Society of Echocardiography (FASE) and has presented at the Midwest Society of Diagnostic Ultrasound (MSDU) Spring Seminar.
1.0 SDMS CME Credit | Category: PS | Content Level: Intermediate
Little Patients, Big Findings explores how small details can make a big diagnostic difference in pediatric abdominal ultrasound. Using real-world cases of pyloric stenosis, intussusception, and appendicitis, this session focuses on child-centered scanning strategies, communication techniques, and physiological factors that directly impact image quality and interpretation. Attendees will leave with practical tools to confidently navigate challenging pediatric exams and avoid missed or delayed diagnoses.
Objectives:
- Review the sonographic appearance of pyloric stenosis, intussusception, and appendicitis in pediatric patients.
- Differentiate common pediatric abdominal pathologies using case-based ultrasound examples.
- Implement child-centered scanning techniques to improve examination success in anxious or uncooperative children.
Rawan Alsukairi, BS, RDMS
Ultrasound Sonographer
Johns Hopkins Aramco Healthcare
Rawan Alsukairi has eight years of experience in sonography as a clinical sonographer and has been a member of the Society of Diagnostic Medical Sonography (SDMS) since 2016. She earned a bachelor’s degrees in biomedical science and diagnostic medical sonography from Rochester Institute of Technology (RIT). She is registered through the American Registry for Diagnostic Medical Sonography (ARDMS) in OB/GYN and Abdomen. Rawan currently serves as a sonographer at Johns Hopkins Aramco Healthcare, where she leads educational sessions and training programs. She has presented nationally and internationally, authored a textbook in Arabic on ultrasound during pregnancy, and contributes to the Journal of Diagnostic Medical Sonography (JDMS) as both an author and reviewer. In 2021, she was an alumni speaker at the RIT Annual Women’s Leadership Summit and continues to volunteer extensively with the SDMS.
1.0 SDMS CME Credit | Category: OT | Content Level: Intermediate
Discrepancies and errors are an inevitable part of radiology reporting, including ultrasound. This session examines the frequency, sources, and implications of discrepancies in sonographic reports, distinguishing between true errors and interpretive differences. Attendees will explore five common types of human diagnostic errors, three types of infrastructure-related causes, and modern reporting practices that can minimize both. Emphasis will be placed on practical solutions and workflow strategies that enhance quality assurance and reporting accuracy in daily practice.
Objectives:
- Recognize that discrepancies and errors are inherent in ultrasound reporting and other imaging disciplines.
- Differentiate between discrepancies and errors while understanding the significance of each in clinical practice.
- Identify common human and infrastructure-related diagnostic errors and explore corrective reporting strategies.
This session is provided by 
David Martinez, MD, MPP
Chief Executive Officer (CEO)
ClickView Corporation
Dr. David Martinez earned his medical degree from the University of Illinois and a Master of Public Policy from the Kennedy School of Government at Harvard University. He completed a two-year Clinical Fellowship in Nuclear Medicine through the Joint Program in Nuclear Medicine at Peter Bent Brigham/Children’s Hospital and Harvard Medical School. Dr. Martinez entered private practice in Oakland, California, providing consultative services in nuclear medicine and diagnostic ultrasound, with a focus on high-risk obstetrics. In response to increasing clinical demand and operational challenges, he developed computer-based checklists and structured reporting tools to improve sonographer quality assurance (QA) and streamline reporting. These innovations led to the founding of ClickView Corporation in 1988.