Agenda: Understanding Myonuclear Accretion Mechanisms
Agenda
Conference Organizers:
Doug Millay, PhD, Associate Professor, University of Cincinnati Children’s Hospital Medical Center, Cincinnati, OH
Anita Kneppers, PhD, Postdoctoral Researcher, Institut NeuroMyoGène, Lyon, France
Please note that this tentative schedule is subject to change. 30-minute presentations include 5 minutes of Q & A. 15-minute presentations include 3 minutes of Q & A.
Each speaker will present their talk live, and the presentations' recordings will be accessible to registrants after the sessions, contingent upon speakers who have granted permission.
Day 1
Time (Eastern) | Event |
9:00 am—9:10 am | FASEB and Organizer Welcome |
9:10 am –9:40 am | Shaping Skeletal Muscle Fibres During Early Development |
9:40 am—10:10 am | Myoblast and Fibroblast Incorporation to Shape Limb Muscle During Development |
10:10 am—10:25 am | p38 Controls the Transition from Myoblast Differentiation to Fusion |
10:25 am—10:40 am | Real-Time Assay Exposes Myoblast-to-Myofiber Fusion Dynamics |
10:40 am—10:50 am | Break |
10:50 am—11:20 am | Spatial Regulation of Gene Expression in Myofibers |
11:20 am—11:50 am | Chasing Myonuclei Turnover |
11:50 am—12:05 pm | Satellite Cell Proliferation is Not Obligatory for Myofiber Fusion During Muscle Hypertrophy |
12:05 pm—12:20 pm | Murine Skeletal Muscle Nuclei Replicate DNA |
12:20 pm—12:30 pm | Organizer Wrap-up |
Day 2
Time (Eastern) | Event |
8:00 am—8:10 am | Organizer Recap of Day 1 and Kickoff |
8:10 am –8:40 am | Myofiber Repair After Local Damage |
8:40 am—9:10 am | Local Signaling Regulates DNA Content in Skeletal Muscle Nuclei |
9:10 am—9:40 am | The Arp2/3 Complexes: Hidden Role in Skeletal Muscle Postnatal Development and Homeostasis |
9:40 am—9:50 am | Break |
9:50 am—10:20 am | Cellular Senescence and Skeletal Muscle Aging |
10:20 am—10:50 am | Using Myonuclear Accretion to Generate Mouse Models of Mitochondrial Myopathy |
10:50 am—11:05 am | Characterizing the Role of Sarcalumenin in SR Membrane Remodeling |
11:05 am—11:20 am | Neuromuscular Electrical Stimulation Training Induces Myonuclear Accretion and Hypertrophy in Mice Without Overt Signs of Muscle Damage and Regeneration |
11:20 am—11:30 am | Organizer Closing Remarks |