mortise joint
Ball and socket
synovial cavity
In case of shoulder joint you have the glenoid cavity of the scapula taking part in joint formation. You have the glenoid labrum to increase the surface area of the glenoid cavity. The large head of the humerus takes part in joint formation.
The Joint Cavity is the space or scientifically a 'potential' space filled with synovial fluid. The function of this fuild is to reduce friction by lubricationg the joint.
a joint cavity, the potential space bounded by the synovial membrane and articular cartilages of all synovial joints. Normally, the articular cavity contains only sufficient synovial fluid to lubricate the internal surfaces.
A fibrous joint. Fibrous joints are connected by dense connective tissue and have minimal to no movement. An example of a fibrous joint is the sutures of the skull.
Ball and socket
synovial joints have synovial cavities
synovial cavity
joint cavity
All synovial joints contain a joint cavity. Synovial joints differ from the other joints: Fibrous and cartilaginous joints. Synovial is different because of its structure, and includes several parts including a joint cavity.
the glenoid cavity is where the bone from the arm does all it's movements. it's essentially the "socket", if you consider the shoulder joint a ball and socket joint.
The Joint Cavity is the space or scientifically a 'potential' space filled with synovial fluid. The function of this fuild is to reduce friction by lubricationg the joint.
In case of shoulder joint you have the glenoid cavity of the scapula taking part in joint formation. You have the glenoid labrum to increase the surface area of the glenoid cavity. The large head of the humerus takes part in joint formation.
joint cavity
NO
Synovial joints have a fibrous articular capsule lined with synovial membrane surrounding a joint cavity.