American Society of Nuclear Cardiology Scientific Session and Exhibition Meeting OnDemand 2025

Introduction

The American Society of Nuclear Cardiology Scientific Session and Exhibition Meeting OnDemand 2025 is a comprehensive digital educational program from American Society of Nuclear Cardiology designed to provide cardiologists, nuclear medicine physicians, cardiac imagers, and advanced cardiovascular imaging specialists with current updates in nuclear cardiology, molecular imaging, and multimodality cardiovascular diagnostics. Delivered entirely through an on-demand streaming platform, the program offers flexible access to high-impact plenary sessions, scientific presentations, disease-focused educational tracks, and practical imaging workshops from the society’s annual scientific meeting.

The curriculum emphasizes clinically relevant applications of PET, SPECT, hybrid imaging, myocardial perfusion imaging, quantitative flow analysis, inflammation imaging, infiltrative cardiomyopathies, and emerging imaging technologies shaping modern cardiovascular care. Through case-based instruction and practical imaging interpretation strategies, participants gain a deeper understanding of how nuclear cardiology continues to evolve in the diagnosis, prognosis, and therapeutic management of cardiovascular disease.

Designed for both experienced imagers and clinicians in training, the OnDemand 2025 platform enables participants to learn at their own pace while accessing advanced imaging education applicable to daily cardiovascular practice.

Files Included

The American Society of Nuclear Cardiology Scientific Session and Exhibition Meeting OnDemand 2025 educational package may include comprehensive cardiovascular imaging learning materials designed for flexible review and continuing medical education.

Included resources may consist of:

• On-demand streaming scientific sessions
• Nuclear cardiology plenary lectures
• PET and SPECT imaging workshops
• Disease-focused cardiovascular imaging tracks
• Case-based imaging panels
• Late-breaking cardiovascular imaging science presentations
• Downloadable slides and educational notes where available
• Hybrid imaging educational modules
• Quality assurance and laboratory management discussions

These materials support advanced learning in nuclear cardiology, molecular imaging, cardiac PET, cardiac SPECT, and multimodality cardiovascular diagnostics.

Why This Course Is Important

Nuclear cardiology remains central to modern cardiovascular imaging due to its critical role in ischemia assessment, myocardial viability evaluation, coronary flow quantification, inflammatory disease imaging, and risk stratification. At the same time, advances in PET technology, CZT camera systems, AI-assisted interpretation, hybrid imaging integration, and novel radiotracers continue to transform the field.

Clinicians must now navigate increasingly sophisticated imaging protocols while balancing diagnostic accuracy, radiation safety, workflow efficiency, and individualized patient management across diverse clinical populations, including patients with obesity, chronic kidney disease, diabetes, heart failure, infiltrative cardiomyopathies, and post-revascularization syndromes.

The American Society of Nuclear Cardiology Scientific Session and Exhibition Meeting OnDemand 2025 addresses these challenges through an advanced educational framework focused on practical image interpretation, quantitative imaging analysis, protocol optimization, quality assurance, and contemporary evidence guiding nuclear cardiovascular imaging practice.

What Participants Will Learn

Participants completing this program will strengthen their expertise in nuclear cardiology, cardiac PET, SPECT imaging, and multimodality cardiovascular imaging.

Learning objectives include:

• Applying evidence-informed indications for PET and SPECT myocardial perfusion imaging
• Selecting appropriate imaging protocols for diverse cardiovascular conditions
• Understanding PET myocardial blood flow (MBF) and coronary flow reserve (CFR) quantification
• Identifying imaging artifacts and implementing correction strategies
• Integrating attenuation correction and motion correction techniques into image interpretation
• Evaluating cardiovascular imaging approaches in complex patient populations
• Understanding FDG PET applications for sarcoidosis and cardiac infection imaging
• Applying amyloidosis scintigraphy protocols using PYP, HMDP, and DPD tracers
• Improving radiation safety and dose optimization for patients and imaging staff
• Enhancing structured reporting and cardiovascular risk stratification
• Reviewing emerging technologies including CZT cameras, AI-assisted analysis, and novel tracers
• Optimizing laboratory workflow, accreditation readiness, and quality assurance strategies

The curriculum integrates molecular imaging, cardiac PET, cardiac SPECT, cardiovascular CT integration, imaging physics, and multimodality cardiovascular diagnostics into a comprehensive educational experience.

Full Course Topics & Lectures

PET & SPECT Myocardial Perfusion Imaging

Evidence-Based Indications for PET MPI

Evidence-Based Indications for SPECT MPI

Protocol Selection for Myocardial Perfusion Imaging

Risk Stratification and Ischemic Burden Assessment

Viability Imaging and Clinical Decision Pathways

PET Flow Quantification & Advanced Imaging

PET Myocardial Blood Flow (MBF)

Coronary Flow Reserve (CFR)

Acquisition and Processing Techniques

Quantitative Imaging Pitfalls and Troubleshooting

Clinical Integration of PET Flow Quantification

Image Quality, Artifacts & Technical Optimization

Attenuation Correction

Motion Correction and Beat-to-Beat Solutions

Artifact Recognition and Interpretation

Workflow Optimization Strategies

Laboratory Quality Metrics

Accreditation Pearls for Nuclear Cardiology Labs

Imaging in Special Populations

Nuclear Cardiology in Women

Imaging in Obesity

Diabetes and Cardiovascular Imaging

Chronic Kidney Disease and Imaging Considerations

Heart Failure and HFpEF Imaging

Post-Revascularization Imaging Assessment

Inflammation & Infiltrative Cardiovascular Disease

FDG PET for Cardiac Sarcoidosis

FDG PET for Cardiac Infection Imaging

Cardiac Amyloidosis Scintigraphy

PYP Imaging

HMDP and DPD Imaging Applications

Radiation Safety & Quality Assurance

Radiation Dose Optimization

Patient Safety in Nuclear Cardiology

Staff Radiation Safety

Imaging Quality Improvement Strategies

Reporting & Clinical Integration

Structured Nuclear Cardiology Reporting

Prognostic Interpretation Strategies

Downstream Clinical Decision-Making

Integrating Imaging Findings into Patient Care

Emerging Technologies & Future Directions

CZT Camera Technology

AI-Assisted Nuclear Cardiology Analysis

Novel Radiotracers

Workflow Automation

Hybrid Imaging Innovations

Future Applications of Molecular Cardiovascular Imaging

Educational Experience & Learning Features

The American Society of Nuclear Cardiology Scientific Session and Exhibition Meeting OnDemand 2025 combines advanced cardiovascular imaging education with flexible digital learning and practical case-based instruction.

Educational features include:

• On-demand streaming educational access
• Searchable scientific session library
• PET and SPECT imaging workshops
• Disease-focused cardiovascular imaging tracks
• Practical case-based discussions
• Late-breaking cardiovascular imaging science presentations
• Downloadable educational slides and notes where available
• Expert-led imaging interpretation sessions
• Flexible pause, rewind, and self-paced learning functionality
• Quality assurance and laboratory optimization education

The curriculum integrates nuclear cardiology, molecular imaging, cardiovascular PET, SPECT, hybrid imaging, and advanced cardiovascular diagnostics into a clinically practical educational platform.

Who Should Take This Course

The American Society of Nuclear Cardiology Scientific Session and Exhibition Meeting OnDemand 2025 is intended for clinicians and imaging specialists involved in cardiovascular imaging and nuclear cardiology.

This course is especially valuable for:

• Cardiologists
• Nuclear medicine physicians
• Cardiac imagers
• Cardiovascular imaging fellows and trainees
• Radiologists with cardiac imaging focus
• Physicists involved in nuclear imaging
• Nuclear medicine technologists
• Radiopharmacists
• Advanced practice providers involved in cardiac imaging
• Nuclear cardiology laboratory managers

The curriculum is particularly relevant for clinicians seeking advanced expertise in PET imaging, SPECT imaging, multimodality cardiovascular imaging, myocardial perfusion imaging, and quantitative nuclear cardiology.

Clinical Applications & Practice Benefits

The course provides clinically relevant education focused on improving imaging interpretation, cardiovascular risk assessment, and nuclear cardiology workflow optimization.

Participants gain practical insight into:

• PET and SPECT protocol selection
• Quantitative myocardial blood flow analysis
• Artifact recognition and image correction strategies
• Imaging-based risk stratification and prognostic assessment
• Cardiac sarcoidosis and amyloidosis imaging interpretation
• Radiation safety and laboratory quality assurance
• Hybrid imaging integration into patient management
• AI-assisted workflow optimization and imaging analysis
• Structured reporting and downstream clinical decision-making

The educational content strengthens diagnostic confidence while supporting improved patient care and advanced cardiovascular imaging expertise.

Professional Summary

The American Society of Nuclear Cardiology Scientific Session and Exhibition Meeting OnDemand 2025 from American Society of Nuclear Cardiology delivers a comprehensive and clinically focused review of contemporary nuclear cardiology and molecular cardiovascular imaging.

From PET and SPECT myocardial perfusion imaging to coronary flow reserve quantification, cardiac sarcoidosis imaging, amyloidosis scintigraphy, radiation safety, AI-assisted analysis, and hybrid imaging innovation, the curriculum explores the rapidly evolving field of cardiovascular imaging through expert-led education and practical case-based discussion.

Its combination of advanced imaging science, practical workflow strategies, quantitative interpretation tools, and flexible on-demand learning makes this program a valuable educational resource for cardiologists, nuclear medicine physicians, cardiac imagers, and cardiovascular imaging specialists seeking updated expertise in nuclear cardiology.

Topics:

• PET MPI & Flow: Rb-82/N-13 ammonia protocols, MBF/CFR quantification, balanced ischemia & microvascular disease

• SPECT MPI: stress choices, CZT optimization, attenuation/motion correction, artifact troubleshooting

• Viability & Ischemia: FDG protocols, hibernating myocardium, post-CABG/PCI assessment

• Inflammation/Infiltrative: cardiac sarcoidosis/infection (FDG PET), amyloidosis (99mTc-PYP/DPD/HMDP) interpretation & pitfalls

• Hybrid/Multimodality: PET/CT, SPECT/CT, CT calcium scoring integration, CMR/echo alignment for decision making

• Safety/Operations: radiation dose reduction, radiopharmacy and generator management, accreditation and lab QA

• Populations & Pathways: women’s imaging, obese/CKD patients, HFpEF/HFrEF, peri-procedural and device patients

• Innovation: AI analytics, automated reporting, new tracers and future trials