Shoulder Biomechanics Mastery Course : Kinetics & Kinematics

Master the intricacies of shoulder mechanics with our comprehensive course, covering detailed anatomy, kinematics, and kinetics. Perfect for healthcare professionals and fitness trainers, this course equips you with the knowledge to analyze, interpret, and enhance shoulder movement.

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In-Depth Gait Analysis

Unlock the complexities of human movement with a thorough exploration of gait analysis. This course provides a deep dive into the mechanics of walking, breaking down every phase of the gait cycle to enhance your understanding of human locomotion.

Comprehensive Understanding of Biomechanics

Gain a holistic understanding of the biomechanical principles that underpin human movement. This course delves into the forces, motions, and muscle activities involved in gait, providing a solid foundation for analyzing and improving movement patterns.

Enhance Professional Expertise

Elevate your career by mastering the principles of biomechanics and kinesiology. Whether you’re a physical therapist, trainer, or sports professional, this course will refine your expertise and help you provide better outcomes for your clients.

What You’ll Learn!

In this course, you’ll master the fundamentals of shoulder biomechanics, including detailed anatomy, kinematics, and kinetics. You’ll learn to apply these principles to analyze and interpret shoulder movements effectively. Gain practical skills to enhance clinical assessments and optimize athletic performance. Finally, be equipped to educate others on the intricacies of shoulder mechanics and movement.

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Detailed Shoulder Anatomy

Gain a comprehensive understanding of the shoulder’s anatomical structures and their functions.

Kinematic Principles

Apply kinematic principles to analyze shoulder movements and their underlying mechanics.

Kinetic Forces

Explore the kinetic forces involved in shoulder movements, including moments, power, and ground reaction forces.

Movement Analysis

Enhance your skills in analyzing and interpreting shoulder mechanics for clinical and athletic settings.

Clinical Applications

Learn how to apply shoulder biomechanics knowledge to improve patient assessments and interventions.

Educating Others

Develop the expertise to teach others about shoulder anatomy, movement principles, and biomechanics.

Course Chapters

Chapter 0: Introduction
–Overview: Discover the objectives and scope of the course, setting the stage for your learning experience.
Chapter 1: Fundamental Concepts
–General Revision on the Anatomy of the Shoulder Complex: Refresh your knowledge of shoulder anatomy.
–Convex-Concave Rule: Understand the pivotal biomechanical principle guiding joint movements.
-How Muscles Contract: Explore the mechanisms behind muscle contractions and their relevance to shoulder function.
-Planes and Axis: Learn about the planes of motion and axes relevant to shoulder movements.
Chapter 2: Osteology
-Sternum, Clavicle, Scapula, Proximal to Mid Humerus: Gain a thorough understanding of the bony structures forming the shoulder complex.
Chapter 3: Osteo & Arthro Kinematics of Shoulder Structures
-Sterno-Clavicular Joint: Examine the kinematics of the joint connecting the sternum and clavicle.
-Acromio-Clavicular Joint: Study the movements and stability provided by this joint.
-Scapulo-Thoracic Joint: Learn the functional kinematics of the scapula’s articulation with the thoracic cage.
-Gleno-Humeral Joint: Delve into the primary joint responsible for shoulder mobility.
Chapter 4: Six Kinematic Principles of Shoulder Abduction
-In-depth Analysis: Uncover the six fundamental principles governing shoulder abduction.
Chapter 5: Kinetics
-Scapulo-Thoracic Mechanics (Elevators and Depressors): Understand the kinetic forces involved in elevating and depressing the scapula.
–Scapulo-Thoracic Mechanics (Retractors and Protractors): Explore the mechanisms behind scapular retraction and protraction.
–Shoulder Abduction Mechanism: Investigate the coordinated movement involving the SC,AC,ST and GH Joints.
–Gleno-Humeral Adductors and Extensors: Learn about the muscles responsible for adduction and extension at the glenohumeral joint.
–Internal & External Rotators of the G.H: Study the muscles facilitating internal and external rotation.

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