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Abdelrahman Salah Sawan

Unlock the intricacies of the shoulder complex with our comprehensive course designed for healthcare professionals, anatomy enthusiasts, and fitness trainers. This meticulously structured program delves into the detailed anatomy, kinematics, and kinetics of the shoulder, providing you with the knowledge and skills needed to master shoulder mechanics.

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Unlock the intricacies of the shoulder complex with our comprehensive course designed for healthcare professionals, anatomy enthusiasts, and fitness trainers. This meticulously structured program delves into the detailed anatomy, kinematics, and kinetics of the shoulder, providing you with the knowledge and skills needed to master shoulder mechanics.

What This Course is All About.

Embark on a journey through the shoulder’s anatomical and functional landscape. This course is your ultimate guide to understanding the complexities of shoulder movements, muscle functions, and joint mechanics.

Chapter Breakdown:

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

  • 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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What's inside

Learning objectives

  • Possess a detailed understanding of shoulder anatomy and its components.
  • Be able to apply kinematic and kinetic principles to shoulder movements.
  • Have enhanced skills in analyzing and interpreting shoulder mechanics.
  • Be equipped with the knowledge to educate others on shoulder anatomy and movement principles.

Syllabus

Chapter 0 : Promotional Video of the Shoulder Biomechanics Mastery Course
Promotional Video
Chapter 1 : General Basic Concepts Required
Chapter 1.A : General Revision on the anatomy of the shoulder complex
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Chapter 1.B : Convex - Concave Rule
Chapter 1.C : How Muscles Contract
Chapter 1.D : Planes And Axes
Chapter 2 : Osteology
Chapter 2.A : Osteology
Chapter 3 : Osteokinematics and Arthrokinematics of Shoulder Structures
Chapter 3.A : Sternoclavicular Joint
Chapter 3.B : Acromioclavicular Joint
Chapter 3.C : Scapulothoracic Joint
Chapter 3.D : Glenohumeral Joint
Chapter 4 : The Six Kinematic Principles of Shoulder Abduction
Chapter 4.A : The Six Kinematic Principles of Shoulder Abduction
Chapter 5 : Kinetics of the Shoulder Joint
Chapter 5.A : Elevators and Depressors
Chapter 5.B : Retractors and Protractors
Chapter 5.C : Shoulder Elevation ( Flexion or Abduction )
Chapter 5.D : Adductors and Extensors
Chapter 5.E : Internal and External Rotators

Good to know

Know what's good
, what to watch for
, and possible dealbreakers
Builds a strong foundation for beginners interested in the shoulder anatomy, kinematics, and kinetics
Core concepts of anatomy, kinematics, and kinetics are well-structured for learning the shoulder complex
Provides learners with practical knowledge for analyzing and interpreting shoulder motion
This course is ideal for anyone interested in better understanding the intricate movements of the shoulder
Six kinematic principles of shoulder abduction are discussed in depth, providing a structured framework for understanding shoulder movement

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Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Shoulder Biomechanics Mastery Course : Kinetics & Kinematics with these activities:
Review the muscular system
Understanding the muscular system that controls shoulder motion will help you deeply understand shoulder mechanics.
Browse courses on Muscles
Show steps
  • Review notes from previous courses or textbooks on the muscular system.
  • Create a diagram of the major muscles of the shoulder.
  • Label the muscles in the diagram.
Review basic math operations
Refresh your knowledge of basic math operations to strengthen your foundation for understanding shoulder mechanics.
Browse courses on Algebra
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  • Review order of operations
  • Practice solving equations
  • Complete practice problems on ratios and proportions
Review videos on kinematics of the shoulder
Watching instructional videos can help you start building a strong mental model of shoulder mechanics and prepare you for class.
Show steps
  • Search for videos on youtube or other online platforms about shoulder anatomy and movement.
  • Make notes on important concepts covered in the videos.
  • Review your notes regularly.
Five other activities
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Identify muscles in the shoulder
Regularly testing your ability to identify shoulder muscles will help solidify your understanding and preparation for class.
Show steps
  • Use a flashcard app or website to practice identifying the muscles of the shoulder.
  • Have a partner quiz you on the muscles of the shoulder.
Form a study group with classmates or peers
It can be extremely helpful to discuss course materials, exchange ideas, and quiz one another as you learn about shoulder mechanics.
Show steps
  • Find like-minded peers who are also taking this course.
  • Set up regular meetings to discuss the course material.
  • Take turns leading discussions and presenting topics.
  • Work together on practice problems and assignments.
Volunteer at a physical therapy clinic
This opportunity will provide you with practical, real-world experience of shoulder movement and rehabilitation.
Show steps
  • Contact local physical therapy clinics to inquire about volunteer opportunities.
  • Complete necessary training and background checks.
  • Assist physical therapists with rehabilitation exercises and patient care.
Create a presentation on shoulder biomechanics
Creating a presentation will allow you to consolidate your knowledge and further refine your understanding of shoulder biomechanics.
Show steps
  • Gather information on the biomechanics of the shoulder.
  • Create a storyboard for a presentation.
  • Develop visuals, including diagrams and illustrations.
  • Practice your presentation.
  • Present your presentation to peers or family.
Build a 3D model of the shoulder joint
Creating a 3D model will help you visualize and understand the complex structure of the shoulder joint.
Show steps
  • Choose a 3D modeling software program.
  • Gather reference images and videos of the shoulder joint.
  • Create a 3D model of the shoulder joint.
  • Share your model with others.

Career center

Learners who complete Shoulder Biomechanics Mastery Course : Kinetics & Kinematics will develop knowledge and skills that may be useful to these careers:

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