The long bones such as the humerus and femur.
temporal bone
The knuckle-like process at the end of a bone is known as an articular surface or articular prominence. It plays a key role in forming joints and allowing for smooth movement between bones. The shape and structure of these articular surfaces vary depending on the type of joint and the specific bones involved.
A rounded process that usually articulates with another bone is called a condyle. Condyles are rounded projections at the end of a bone that form joints with other bones, allowing for smooth and stable movement.
condyle a rounded protuberance at the end of some bones
condyle
The plural of condyle is condyles.
condyle refers to specific bones in the human body e.g. the condyle being the tip of the shaft of the jaw fitting into the glenoid fossa, the socket on the skull. More specifically the condyle is the edge of the mandible (jaw bone). Most often a normal undiseased condyle is rounded and can change shapes due to disease or internal derangment of the disc and ligaments. Yet it can be warped over time from the above said, grinding itself against the skull causing a creaking sound known as crepitus and therefor can become disfugred, diseased and painful hence the misshapen condyle either thinning and or now triangular in shape.
A large concave or rounded articular prominence of a bone is called a condyle. Condyles generally serve as sites of attachment for muscles and ligaments, as well as forming joints with other bones.
they have 1 occipital condyle
Above a condyle is a structure known as the epicondyle. Epicondyles are bony protrusions located near the condyle that serve as attachment points for ligaments and tendons, providing stability to the joint.
The medial condyle is larger than the lateral condyle in order to help stabilize the knee joint. This asymmetry helps with weight distribution and allows for better support and movement of the knee. Additionally, the medial condyle tends to bear more weight during activities, so it needs to be larger for increased strength and stability.
Bones contain a calcium phosphate - the hydroxyapatite.