yes it does this was one of the question on our quiz
The talus is a key bone of the ankle because it is most weight-bearing bone in the body.
We have two talus bones in our bodies. If the weight is evenly distributed throughout the body, they each take 1/2 the load, or one half the body weight when standing.
The talus bone or ankle bone is the second largest bone in the foot after the calcaneous or heel bone. The talus bone connects to the tibia and fibula bones in the lower leg. The talus bone is one of the bones in the human body that is most covered by articular cartilage on its surface area.
The talus is one of the tarsals that forms the distal part of the ankle joint.
Most body weight is carried by the two largest and most posterior tarsals, calcaneus and talus.Source: "Anatomy Coloring Workbook" by Alcamo & Bergdahl, p. 50
The talus is a key bone of the ankle because it is most weight-bearing bone in the body.
We have two talus bones in our bodies. If the weight is evenly distributed throughout the body, they each take 1/2 the load, or one half the body weight when standing.
Talus
The talus bone or ankle bone is the second largest bone in the foot after the calcaneous or heel bone. The talus bone connects to the tibia and fibula bones in the lower leg. The talus bone is one of the bones in the human body that is most covered by articular cartilage on its surface area.
The fibula is located lateral to the tibia. In overall anatomical position, the tibia is medial in the body, and the tibia lateral. Both are located in the lower leg. The tibia articulates with the patella proximally, the fibula laterally, and the talus distally.
Along with the basic functions of a bone, the tibia's primary function is locomotion and bearing the weight of the body while standing upright.
It depends on which bone you are referring to. The one in the top of the leg is the femur, which extends from the hips to the kneecap. This happens to be the longest and largest bone in the body. From the kneecap to the ankle you have two bones, the outer and smaller one of which is called the fibula. The inner larger bone in the lower leg is the tibia. The tibia is the bone commonly referred to as the shin bone.
I think it would be best to just break this down....subchondral..........situated beneath cartilage insufficiency..........inability of an organ or body part to function normally fracture.............the act or process of breaking or the state of being broken and or the breaking of hard tissue (as bone) Fractures of the Talar Head Talus fractures are relatively uncommon injuries, but can be associated with significant complications. The talus is involved in about 2% of all lower extremity injuries and about 5-7% of foot injuries. It is the most important bone of the foot to stabilize and mobilize soon after injury. Talus fractures are usually associated with hyperdorsiflexion of the ankle as the talar neck impacts the anterior margin of the tibia, such as in a motor vehicle accident or fall from height. The talus articulates superiorly with the tibia and fibula in the ankle mortise and the calcaneous and navicular inferiorly. Body weight is transmitted through the tibia to the superior surface of the talus. The anterior portion of the body is wider than the posterior portion giving stability to the ankle. The neck of the talus connects to the head which connects to the navicular and calcaneous and is the most vulnerable to fracture. The talus has no muscular or tendinous attachments, but has a groove for the flexor hallicus longus tendon. The majority of the talus is covered by articular cartilage. It articulates with the spring ligament inferiorly, the sustentaculum tali posteroinferiorly and the deltoid ligament medially.
The tibia is its own bone. The tibia(s) (one in each lower leg) takes the weight of your body. Running directly beside the tibia on the outside or lateral side of the tibia is the fibula which is a different bone(s) which makes up the lower legs
A point where two or more bones connect is called a joint. There are two different types of joints in the body: * Movable joints (like ball-and-socket, hinge, gliding and pivot joints) * Immovable joints (like the bones of the skull and pelvis) which allow little or no movement * Acromioclavicular * Ankle (tibia-fibula and talus) * Atlas and axis * Atlas and occipital * Calcaneocuboid * Carpometacarpal * Elbow (humerus, radius, and ulna) * Femur and tibia * Hip bone and femur * Humerus and ulna * Intercarpal: o Carpal, proximal o Carpal, distal o Carpal bones (two rows with each other) * Intermetacarpals * Intermetatarsals * Interphalangeal * Knee (femur, tibia, and patella) * Mandible (jaw) and temporal * Metacarpophalangeal * Metatarsophalangeal * Pubic bones * Radioulnar, distal * Radioulnar, middle * Radioulnar, proximal * Radius-ulna and carpals (wrist) * Ribs, heads of * Ribs, tubercles and necks of * Sacrococcygeal * Sacroiliac * Shoulder (humerus and scapula) * Symphysis * Sacroiliac * Scapula and humerus * Sternoclavicular * Sternocostal * Subtalar * Talus and calcaneus * Talus and navicular * Tarsometatarsal * Tibia-fibula and talus (ankle) * Tibiofibular * Vertebral arches * Vertebral bodies * Wrist (radius-ulna and carpals) Note the double entries involving the ankle, elbow, knee and shoulder. For example, Ankle (tibia-fibula and talus) and Tibia-fibula and talus (ankle).
The tibia,shinbone or shankbone is the larger and stronger of the two bone in the leg below the knee. it is commonly registered as the strongest weight bearing bone in the body.
There are two joints in the human body that start with the letter A: The acromioclavicular joint which is the joint between the distal end of the clavicle and the acromion of the scapula.And the ankle joint which is the articulation between the distal tibia, the medial malleolus of the tibia, the lateral malleolus of the fibula and the talus.