Joints may be synovial (with a cavity) or fibrous. Synovial joints are filled with synovial fluid. Fibrous joints lack this. Fibrous joints are found in between the vertebrae.
Cartilage in is both joints. This can be hylaine or fibrocartilage. Both regenerate.
The synovial fluid is rather slippery and allows easy movement in those joints. If this joint is suddenly and rapidly pulled, the fluid doesn't fill quickly and a "snapping" sound is heard.
All joints have connective tissues to connect the bones in the joint
Ligaments are tough connective tissues that hold bones together at joints. They provide stability and support to the joint by connecting bone to bone.
The capsule of the joint holds the bone ends together. The capsule is mainly composed of collagen fibers. The capsule is tight enough to hold the bone ends. Loose enough to permit the moments of the bones.
There are three types of soft tissue that hold a joint together. The types of soft tissue are ligaments, tendons and muscles.
Ligaments are the fibrous connective tissue that holds bones in a joint together.
Joint mobilization and stretching of soft tissues is a common technique used to increase joint elasticity
The knee joint.
In a dislocated joint, you will find damage to various tissues, including ligaments, which may be torn or stretched, and joint capsule tissues, which can also be compromised. Surrounding muscles may experience strain or injury, and there can be damage to the cartilage at the joint surfaces. Additionally, blood vessels and nerves in the area may be affected, leading to swelling, pain, and potential loss of function.
its a ligament
cartilage
tendon
The definition of joint stability is the resistance that is offered by the musculoskeletal tissues surrounding the skeletal joints. The subsystems used for joint stability are active, passive, and neutral.