Femur and Fibula: Understanding Their Roles and Articulations
There is no direct joint articulation between the femur and the fibula; the femur primarily articulates with the tibia and patella at the knee, while ...
By Alex
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There is no direct joint articulation between the femur and the fibula; the femur primarily articulates with the tibia and patella at the knee, while ...
By Alex
The ankle joint is a critical anatomical structure linking the lower leg and foot, primarily responsible for locomotion, stability, shock absorption, ...
By Hart
A saddle joint is a synovial joint with unique opposing articular surfaces that allow biaxial movement, enabling motion in two planes with limited rot...
By Hart
Intracapsular refers to structures or events strictly within a joint capsule, whereas capsular broadly describes anything pertaining to or forming par...
By Jordan
The femoral acetabulum joint is the hip joint, a critical ball-and-socket synovial joint connecting the lower limb to the axial skeleton, enabling ext...
By Hart
The abdominal obliques are two distinct core muscles—the external and internal obliques—located on the lateral abdomen, crucial for trunk rotation...
By Hart
The lower limbs are powered by a complex network of muscles in the hip and gluteal region, thigh, and lower leg, each playing crucial roles in movemen...
By Hart
The human foot contains over 100 ligaments across its hindfoot, midfoot, and forefoot regions, connecting bones to provide stability, support arches, ...
By Hart
The internal and external obliques are abdominal muscles that facilitate trunk flexion, lateral flexion, and rotation through distinct fiber orientati...
By Hart