• O1 Network
    • Articles
    • For Residents
    • For Medical Students
    • PORT Notes
    • MSK Medicine
    • Tumor Library
    • Cases
    • Talks
    • Images
    • Viewpoints
    • Question Bank
    • Devices
    • Residency
    • Fellowships
    • Associations
    • Companies
ORTHOPAEDICSONE ARTICLES
OrthopaedicsOne Articles
  • Articles
    • Specialty
      • Arthroscopy
      • Foot and Ankle
      • Hand and Wrist
      • Hip and Knee
      • Infection
      • Joint Reconstruction
      • Musculoskeletal Medicine
      • Pediatrics
      • Shoulder and Elbow
      • Spine
      • Sports Medicine
      • Trauma
      • Tumor
    • Regional
      • Anatomy
      • Basic Science
      • Classifications
      • Diagnostic Tests
      • Evidence-Based Orthopaedics
      • Operative Techniques
      • Pain Management
      • Physical Examination
      • Pharmacology
      • Radiology
      • Rehabilitation
      • Rheumatology
      • Surgical Approaches
    • Professional
      • Bioethics
      • Economics and Health Policy
      • Epidemiology and Biostatistics
      • History of Orthopaedics
      • Informatics
      • Medicolegal
      • Mobile and Wireless
      • Practice Management
  • Reviews
    • For Residents
    • For Medical Students
  • eBooks
    • PORT Notes
    • MSK Medicine
    • Tumor Library
  • Community
    • Cases
    • Talks
    • Images
    • Viewpoints
    • Question Bank
    • Devices
  • Pages
    • Residency
    • Fellowships
    • Associations
    • Companies
  • About O1
    • Overview
    • FAQs
    • Managing Editors
    • Editorial Board
    • Content Partners
    • Participating Groups
    • Advisory Board
    • Sponsoring Organizations
    • Contact Us
  • Click to open the search input field Click to open the search input field Search
  • Menu Menu

Muscle Force and Its Role in Joint Dynamic Stability

Abstract

The study of loading in the muscle is essential to better understanding the adaptation and plasticity of the muscle under pathologic or surgically-altered conditions. Muscle recruitment and muscle force are determined by the muscle’s mechanical function as a joint mover and a joint stabilizer. The coordination of muscle contraction affects joint stability. However, the conditions of the joint passive constraints influence the muscle recruitment. Furthermore, muscle force is regulated based on muscle size, such as the physiologic cross-sectional area, and its physiology, namely, the length-tension and the tension-velocity relationship. Alterations of these physiologic relationships also will influence the overall mechanical function of the muscle.

Full-text article

ABOUT

  • Overview
  • FAQs
  • Managing Editors
  • Editorial Board
  • Content Partners
  • Participating Groups
  • Advisory Board
  • Sponsoring Organizations
  • Contact Us

ARTICLES

  • Arthroscopy
  • Foot and Ankle
  • Hand and Wrist
  • Hip and Knee
  • Infection
  • Joint Reconstruction
  • Musculoskeletal Medicine
  • Pediatrics
  • Shoulder and Elbow
  • Spine
  • Sports Medicine
  • Trauma
  • Tumor

REVIEWS

  • For Residents
  • For Medical Students

EBOOKS

  • PORT Notes
  • MSK Medicine
  • Tumor Library

COMMUNITY

  • Talks
  • Images
  • Viewpoints
  • Question Bank
  • Devices

PAGES

  • Residency
  • Fellowships
  • Associations
  • Companies
Copyright © 2012-2025 OrthopaedicsOne | Privacy Policy | Dr. Christian Veillette . Powered by: OrthoNet - Empowering the Future of Orthopaedic Care
Scroll to top Scroll to top Scroll to top