2024 Annual Meeting | H158 - Music and Neurology: When Music Sings, the Brain Listens and the Heart Modulates (HeadTalks)

Date Tuesday 04/16/24

Time 12:00 PM - 01:30 PM MDT Add To Calendar

Location Colorado Convention Center | Lobby B

Session Format This program will be presented both in-person and online

On Demand This program will be available in the meeting's On Demand product.

Event Type Hubs (HeadTalks)

Director(s) Kamal R. Chemali, MD

Topic(s) General Neurology

Learning Objectives In this lecture-concert, the presenter will explore the mechanisms of music perception by the brain and will review some of the ways music parameters can modulate the autonomic nervous system. Incorporated in the lecture are musical performances that will highlight practically some of the scientific explanations. The program will end on some clinical examples of music therapy and performance medicine.

CME Available 0.00 CME credit

Core Competencies Patient Care & Procedural Skills, Interpersonal and Communication Skills, Medical Knowledge, Practice-based Learning and Improvement, Quality Improvement

Program Level Intermediate

Program Tracks Brain Health

Recommended Audience Fellow, Resident, General Neurologist, Specialist Neurologist, Non-neurologist, Advanced Practice Provider, Neurohospitalist, Medical Student, Business Administrator

Teaching Styles Didactic, Audience Participation, Other

Program Materials Program Evaluations

Event Timeline
12:00 PM - 01:30 PM MDT	Speaker	Music and Neurology: When Music Sings, the Brain Listens, and the Heart Modulates Kamal R. Chemali, MD

Faculty Disclosures
Kamal R. Chemali, MD	Dr. Chemali has received personal compensation in the range of $500-$4,999 for serving as a Consultant for CSL Behring. Dr. Chemali has received personal compensation in the range of $500-$4,999 for serving on a Scientific Advisory or Data Safety Monitoring board for CSL Behring. The institution of Dr. Chemali has received research support from Sjögren's Foundation. The institution of Dr. Chemali has received research support from NIH.