Breathing often feels automatic, yet the muscles that support it can vary in strength and performance.
These differences may influence communication, endurance, recovery, and overall function.
In this discussion, Dr. Nina Bausek and Katelyn Swiader, CCC-SLP explore the scientific foundation, historical development, and practical relevance of respiratory muscle training using The Breather.
Rather than focusing on treatment protocols, this session examines how breathing muscle performance fits into broader conversations about health, rehabilitation, and human performance.
WHO THIS DISCUSSION IS FOR
This session is designed for:
Patients seeking to better understand breathing strength and respiratory health
Caregivers supporting recovery or functional breathing goals
Individuals interested in improving endurance or breathing resilience
Clinicians exploring respiratory interventions
Students and educators interested in respiratory physiology
DISCUSSION POINTS
Development and evolution of respiratory muscle training, including The Breather
Foundations of respiratory muscle training
Overview of supporting scientific and clinical evidence
Demonstration of training concepts
Real-world relevance across healthcare and daily life
Live audience questions and discussion
WHY THIS MATTERS
When breathing muscle strength is overlooked, challenges related to endurance, communication, or recovery may be misunderstood. A clearer understanding of respiratory muscle function can support more informed decision-making in both healthcare and everyday life.
Katelyn Swiader is a speech-language pathologist specializing in voice and upper airway function, with a background in vocal performance and over 15 years of coaching experience. As Master Coach at PN Medical, she leads clinical training initiatives focused on respiratory muscle training and collaborates on global education and research outreach.
Chief Scientist, PN Medical
Dr. Nina Bausek
Dr. Bausek brings a deep scientific perspective to respiratory physiology, genetics, and systems-based thinking. Her work bridges research and application, helping translate complex biological principles into meaningful clinical insight.
