May

27

Back to Basics: The Physical Exam is the Cornerstone of Precision Medicine

Broadcasting Session with Live Q&A with Faculty
Back by popular demand! This recorded session from the 2025 ACMG Annual Clinical Genetics Meeting returns as a complimentary live webinar, featuring the original faculty for live Q&A. An OnDemand version will be available following the event for a nominal fee as part of the ACMG Education Webinar Series.

June

17

Novel Splice-Driven Mechanisms of Human Genetic Diseases Unveiled by Long-Read RNA-Sequencing

Broadcasting Session with Live Q&A with Faculty
Back by popular demand! This recorded session from the 2025 ACMG Annual Clinical Genetics Meeting returns as a complimentary live webinar, featuring the original faculty for live Q&A. An OnDemand version will be available following the event for a nominal fee as part of the ACMG Education Webinar Series.

Agenda:

2:00 pm-3:30 pm ET | Session Broadcast

3:30– 4:00 pm ET | Live Faculty Q&A

July

15

ACMG Committee - In progress

August

19

ACMG Committee - In progress

September

16

ACMG Committee - In progress

October

21

Expanding Phenotypes of Female Heterozygotes in X-Linked Neurogenetic Conditions

2:00pm-3:00pm ET

Description:

This session explores the evolving understanding of X-linked neurogenetic conditions in female heterozygotes. Experts will highlight how variable X-inactivation leads to diverse clinical presentations in females, challenging traditional classifications of X-linked disorders. Case studies and research findings on conditions such as OTC deficiency, DMD, X-ALD, and PDHA1-related PDC deficiency will be discussed, along with updates in terminology related to sex and gender in medical genetics.

November

18

It’s All About the Vitamins [B]aby!

2:00pm-3:00pm ET

Description:

This session will explore the essential functions of vitamins—particularly B vitamins—as metabolic cofactors and their significance in maintaining health. Through a series of case-based examples, we will examine how vitamin deficiencies can mimic inherited metabolic disorders (IMDs), and how supratherapeutic dosing of select B vitamins can be employed as targeted therapies.