- Talus bone - Wikipedia
The talus bone of the ankle joint connects the leg to the foot The head of talus looks forward and medialward; its anterior articular or navicular surface is large, oval, and convex
- Talus Bone: Anatomy, Function Common Conditions
The talus bone is a small bone in your ankle It’s sometimes called the astragalus bone It supports the weight of your leg and helps your ankle move smoothly
- Talus - Physiopedia
The talus is the second largest bone in the hindfoot region of the human body It is responsible for transmitting body weight and forces passing between the lower leg and the foot
- Talus Bone Anatomy, Function, and Fracture Types
The talus is the main bone that connects the ankle with the lower leg The talus serves as the connection point for several bones and takes on a lot of force when twisting or sudden weight is applied to the foot and ankle
- Talus Bone Anatomy: Structure, Joints Clinical Significance
The talus is a unique tarsal bone of the hindfoot that plays a central role in both the ankle and subtalar joints Unlike most bones, it has no muscular attachments and is extensively covered with articular cartilage, allowing it to form key articulations with the tibia, fibula, calcaneus, and navicular bones
- Anatomy, Bony Pelvis and Lower Limb, Foot Talus
The talus is the second largest bone in the hindfoot region of the human body Responsible for transmitting body weight and forces passing between the lower leg and the foot [1] the talus is a component of many multiple joints, including the talocrural (ankle), subtalar, and transverse tarsal joints [2]
- Talus | Complete Anatomy - Elsevier
The talus (talar bone, astragalus or ankle bone) is one of the seven tarsal bones of the foot It has an irregular shape and is found in the proximal row of tarsal bones
- Talus | Radiology Reference Article | Radiopaedia. org
The talus (plural: tali 4), historically known as the astragalus, is a tarsal bone in the hindfoot that articulates with the tibia, fibula, calcaneus, and navicular bones It has no muscular attachments and around 60% of its surface is covered by articular cartilage
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