2026 Gene Therapy Bootcamp – Application in Neurodevelopmental Disorders
Date of Release: February 1, 2026
Expiration Date: February 29, 2028
P.A.C.E.® credits valid through February 28, 2027
Credits offered: 1.0 AMA PRA Category 1 Credits™, P.A.C.E.®
Estimate time of completion: 1 hour
Specialized events developed by ACMG Committees.
Course Description
Explore the evolving landscape of gene therapy, including gene replacement, gene editing, and other nucleic-acid–based approaches. This session will provide a practical, clinically oriented update on the latest developments and their implications for medical genetics practice in 2026. Speakers will highlight applications in neurodevelopmental disorders and showcase the FDA-approved gene therapy ladocagene exuparvovec-tneq, while addressing key considerations such as underlying genetic mechanisms, dosage windows, preclinical modeling, clinical endpoints, biomarkers, and risk-benefit assessment.
This webinar serves as a precursor to the live short course, Genetic Therapies Bootcamp: Foundations, Frontiers, and Clinical Engagement, at the 2026 ACMG Annual Clinical Genetics Meeting. Following the meeting, the full Bootcamp will be available through the ACMG Genetics Academy as an enduring, self-directed course for on-demand learning.
Course Registration Fees
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Category
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Member Fee
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Non-Member Fee
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Professional
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$0
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$35
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Postdoc/Trainee/Student
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$0
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$35
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Target Audience
This activity is designed for clinical geneticists, genetic counselors, laboratory professionals, and other healthcare providers involved in the diagnosis and management of genetic conditions. The content is also relevant to researchers and healthcare professionals seeking to stay up to date on emerging advancements and best practices in genetic conditions.
Learning Objectives
At the conclusion of this series, participants should be able to:
- Summarize the current landscape of gene therapies for neurodevelopmental disorders
- Describe the building blocks for therapeutic development for rare monogenic disorders including genetic mechanism, and preclinical, clinical and ethical considerations.
- Illustrate the concepts behind the application of gene therapy to a neurodevelopmental inborn error of metabolism