Statins in the Musculoskeletal Landscape

An Evidence Based Inquiry

Udemy
platform
English
language
General Health
category
Statins in the Musculoskeletal Landscape
0
students
1.5 hours
content
Nov 2023
last update
$22.99
regular price

What you will learn

1. Increase awareness and recognition of statin intolerance in musculoskeletal patients.

2. Learn the risk factors associated with Statin Associated Muscle Symptoms (SAMS).

3. Identify the signs and symptoms of myositis/myopathy.

4. Understand the physiological process involved with SAMS and tests to confirm.

Why take this course?

šŸš‘ **Statins in the Musculoskeletal Landscape: An Evidence-Based Inquiry** šŸš€ **Course Overview:** Join Cross Border Seminars for a deep dive into the complexities of statin intolerance and its impact on musculoskeletal health. This one-hour course, led by the esteemed Debra Dent BPT Dip Manip PT OCS (Emeritus) FCAMPT (Retired), is crafted for **musculoskeletal clinicians** seeking to understand and effectively manage SAMS or statin-associated muscle symptoms. šŸ“Š **Course Highlights:** - **Statin Overview**: Unravel the nuances of statin-related muscle pain and intolerance, including its definition, prevalence, FDA guidelines, benefits, and risks. - **Types of Statins**: Explore the various types of statins and their associated symptoms, risk factors, and dosage considerations. - **Diagnosis**: Learn about diagnostic tools such as Creatine Kinase levels, the Statin-associated muscle symptom clinic index, and how the Mayo Clinic addresses statin intolerance. - **The Nocebo Effect**: Delve into the psychological phenomenon that can influence patient experiences with statins and strategies to mitigate its impact. - **Research Insights**: Examine key studies like the STOMP Study, Lancet Report, and recent meta-analyses shedding light on statin intolerance prevalence and mechanisms behind SAMS. - **Mechanisms & Levels of Muscle Involvement**: Understand the different levels of muscle involvement associated with statin use, from rhabdomyolysis to myalgia, hyperCKemia, and autoimmune necrotizing myopathy. - **Differential Diagnosis**: Discuss other immune-mediated and possible musculoskeletal diagnoses that mimic SAMS. - **Statins & Tendinopathy**: Investigate the potential association between statins and tendinopathy, along with drug and food interactions. - **Case Study**: Analyze a real-world case study of a patient experiencing statin muscle pain and intolerance. - **Summary & Quiz**: Wrap up with a comprehensive review of the course content and test your knowledge with an accompanying quiz. šŸ” **Course Objectives:** - To provide healthcare professionals with a thorough understanding of statin muscle pain and its management. - To equip clinicians with the knowledge to differentiate between true statin intolerance and other musculoskeletal conditions. - To enhance patient care by identifying and addressing statin-related myopathies effectively. šŸ“– **Who Should Attend?** This course is specifically designed for: - Physiotherapists - Physical Therapy Assistants - Medical Doctors - Nurse Practitioners - Researchers and Academics in Musculoskeletal Health šŸ“… **Join Us!** Embark on a journey to enhance your clinical expertise with our evidence-based course. Register today and be part of a community dedicated to advancing musculoskeletal care in the era of statin therapy. šŸŽ“ "This course will not only deepen your understanding of the muscular implications of statin use but also refine your diagnostic skills, ensuring you can provide top-notch care to your patients." - Debra Dent Don't miss this opportunity to expand your knowledge and improve patient outcomes. šŸŒ± Enroll now and stay ahead in the evolving field of musculoskeletal health!

Screenshots

Statins in the Musculoskeletal Landscape - Screenshot_01Statins in the Musculoskeletal Landscape - Screenshot_02Statins in the Musculoskeletal Landscape - Screenshot_03Statins in the Musculoskeletal Landscape - Screenshot_04
5540942
udemy ID
9/4/2023
course created date
11/23/2023
course indexed date
Bot
course submited by