BLS Airway Management in Sports Medicine
In this course, you will learn how to: - Discuss the critical care skills necessary to establish and maintain a patent airway in the setting of an athlete in respiratory distress. - Evaluate the appropriateness of using various BLS airway adjuncts in the setting of an athlete in respiratory distress. - Explain the proper use of a bag valve mask to provide respiratory support to an athlete in respiratory distress. - Explain the indications for use and application of supplemental oxygen in the setting of a critically injured athlete. - Recognize the proper application of various basic life support techniques and airway adjuncts in the setting of a critically injured athlete presenting with respiratory distress. - Design and implement an interdisciplinary and collaborative best practice BLS airway management approach for your practice setting.
CourseBy Sports Medicine Concepts
Concussion Management Specialist
The latest version of SMC's coveted CMS Program
CourseBy Sports Medicine Concepts
Exertional Heat Stroke Challenges: A Review of Pro-Football Case Studies
This on-demand course offers an in-depth analysis of three distinct medical cases encountered in the pro-football environment. Designed for medical professionals, the course delves into real-world scenarios involving exertional illness that deviate from typical presentations, emphasizing the critical decision-making processes under pressure. Participants will gain invaluable insights into recognizing nuanced signs of Exertional Heat Stroke (EHS), differentiating it from other conditions like sickling crises, and overcoming challenges related to diagnostic procedures and patient management. Through detailed case summaries, discussions of unique challenges, and key takeaways, the presentation aims to enhance preparedness, optimize patient care, and refine emergency action plans in high-stakes athletic settings.
CourseBy Sports Medicine Concepts
Mechanical Compression Devices in Sports Medicine
The rapid response to cardiac emergencies in sports medicine is paramount. Sudden cardiac arrest (SCA) remains a leading cause of mortality in athletes.1,2 Traditional manual cardiopulmonary resuscitation (CPR) has long been the cornerstone of emergency response, but the advent of mechanical compression devices has introduced a new dimension of efficiency and consistency during CPR. This paper delves into the role of mechanical compression devices in sports medicine, exploring their applications, benefits, limitations, and future directions based on observations from their use in a mastery-level simulation sports emergency preparedness program.
CourseBy Sports Medicine Concepts
Medicolegal Considerations in Sports Medicine
CourseBy Sports Medicine Concepts
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