Pivot Joint: Function, Structure, Examples, and Clinical Importance
A pivot joint, a uniaxial synovial joint, primarily facilitates pure rotational movement around a single axis, crucial for actions like forearm pronat...
By Jordan
Category: Anatomy & Physiology
Browsing all articles filed under the "Anatomy & Physiology" category.
Head of the Radius: Forearm Rotation, Pronation, and Supination at the Elbow
The head of the radius at the elbow joint primarily enables the essential movements of forearm pronation and supination, which involve the rotation of...
By Jordan
LFC in Knee Medical Terms: Definition, Anatomy, Function, and Clinical Relevance
In knee medical terms, LFC stands for Lateral Femoral Condyle, a critical anatomical structure on the outer side of the distal femur that is essential...
By Jordan
Elbow Flexors: Identifying the Most Powerful Muscle and Their Roles
The brachialis muscle is definitively the most powerful and primary elbow flexor due to its unique position, direct ulna insertion, and large physiolo...
By Alex
Suprascapular Ligament: Attachments, Function, and Clinical Relevance
The suprascapular ligament attaches across the suprascapular notch of the scapula, converting it into a foramen for the suprascapular nerve, crucial f...
By Jordan
Wrist Ligaments: Functions, Anatomy, and Clinical Significance
Wrist joint ligaments are crucial fibrous connective tissues that primarily provide stability, guide motion, limit excessive movement, and contribute ...
By Alex
Shoulder Joint: Understanding Its Unparalleled Mobility and Stability Trade-Offs
The glenohumeral, or shoulder, joint allows for the maximum range of motion in the human body due to its unique ball-and-socket structure and signific...
By Hart
Humerus and Radius: Attachment, Joint Type, and Functional Significance
The humerus and radius articulate at the elbow joint, forming the humeroradial joint, which is crucial for elbow flexion, extension, and forearm prona...
By Jordan
Lumbar Spine and Pelvis: Anatomy, Function, and Injury Considerations of Ligaments
The lumbar spine and pelvis are stabilized by a complex network of strong, fibrous ligaments that limit excessive movement, maintain spinal integrity,...
By Jordan
