Description
+ Include: videos + file sub vtt, size: GB
+ Target Audience: cardiologists, radiologists, nuclear medicine specialists, nuclear technologists
+ Sample video: contact me for sample video
+ Information:
The ASNC2025 Annual Scientific Session and Exhibition Meeting OnDemand course will provide you with top-notch education from 27 sessions recorded during the live / virtual meeting September 4-7, and September 13, 2025.
ASNC2025 sets a new benchmark for nuclear cardiology with cutting-edge content, packed sessions, and high energy. The sessions provided shared valuable insights on disease-based tracks, radiopharmaceutical innovations, and new diagnostic techniques that every nuclear cardiology professional needs to know.
This Meeting OnDemand offers 27 sessions highlighting how nuclear cardiology is expanding rapidly across amyloidosis, artificial intelligence, hybrid imaging, infection, inflammation, molecular imaging, myocardial blood flow quantification, radiopharmaceuticals, sarcoid, and much more.
- Demonstrate improved skills in image interpretation and reporting
- Recognize and minimize technical problems and artifacts that may be associated with cardiac imaging
- Identify appropriate use of cardiac imaging techniques based on current guidelines
- Evaluate new imaging technologies, software, and stress techniques
- Identify the role of nuclear and cardiac CT imaging in overall patient care
- Describe the importance of balancing radiation exposure with image quality
- Describe future directions in cardiac PET/CT and SPECT/CT to anticipate training and equipment needs
- Identify the clinical implication of CT coronary angiography cases and recognize its value and limitations in clinical cardiology
+ Topics:
- 101.Mario Verani Memorial Lecture, Presidential Addresses, and ASNC Award Presentations
- 106.Blueprint for Better Outcomes: The Latest in Ischemic Heart Disease Guidelines and Protocols
- 107.Workflow Challenges
- 109.Lunch and Learn Sponsored by Bracco Diagnostics: From Discordance to Diagnostic Cohesion: Demystifying CAD with Coronary Flow Capacity (No CME)
- 110.Cardiac Sarcoidosis: Connecting the Dots with Advanced Imaging Modalities
- 111.Myocardial Blood Flow in the Modern Era: Harnessing Software and Hardware Innovations
- 112.Modern Techniques for Improving Image Quality and Interpretation
- 116.Practice of Nuclear Cardiology for Amyloid
- 121.Decision Making Before Revascularization in Complex CAD: How Can Imaging Help?
- 122.Cutting-Edge Research in Cardiac Amyloidosis
- 123.Illuminating the Heart: Innovations in Nuclear Imaging Tracers
- 201.Imaging for Stable Ischemic Heart Disease: Current Practice and What the Future Holds
- 205.Barry L. Zaret Young Investigator Awards Competition
- 206.Challenging Scenarios in Cardiovascular Infection
- 212.Best of JNC 2024: Nuclear Cardiology Best Practices in Focus
- 213.Pathways for Expansion: New Opportunities for your Nuclear Lab
- 214.Finding Your Niche: Directing a Subspecialty Program That Leverages Nuclear Cardiology
- 218.Jeopardy
- 222.Do We Need AI in Nuclear Cardiology?
- 223.Radioactive Revenue: Decoding 2025’s Billing Breakthroughs
- 224.Beyond the White Coat: Elevating Your Career Through Networking, Advocacy, and Social Media
- 301.Multimodality Imaging in Endocarditis – Cases with the Experts
- 302.Ischemia Imaging: Focus on Special Populations
- 303.Patient Journey with Amyloidosis: From Diagnosis to Tracking Response to Therapy
- V101.PET/CT and SPECT/CT Imaging
- V102.D-SPECT for Myocardial Blood Flow: A Viable Alternative to PET?
- V103.Conducting High-Quality Exams and Best Practices for Screening High Risk Patients
- V104.What Have We Learned Using F-18 Flurpiridaz in PET/CT Imaging?
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