Search results
28 sie 2022 · The dog’s hock anatomy shows three important articulations among the tibia, fibula, tarsal (7 bones), and metatarsal (5 bones) – tibiotarsal, intertarsal, and tarsometatarsal. Here, the tibiotarsal or tarsocrural articulation permits the greatest degree of hock movement.
The hock, or gambrel, is the joint between the tarsal bones and tibia of a digitigrade or unguligrade quadrupedal mammal, such as a horse, cat, or dog. This joint may include articulations between tarsal bones and the fibula in some species (such as cats), while in others the fibula has been greatly reduced and is only found as a vestigial ...
18 lip 2016 · Anatomy. General. The tarsus is a composite joint of the seven tarsal bones held together by a variety of ligaments (Figure 64-1). The fibrous component of the joint capsule forms a sleeve extending from the distal tibia and attaching at the proximal metatarsus.
7 lip 2023 · Quick overview: 7 tarsal bones in the dog tarsus anatomy are arranged into three transverse rows. The canine tarsus is more than three times as long as the carpus. The talus and calcaneus are two well-developed and clinically important dog tarsal bones.
25 wrz 2023 · Anatomy atlas of the canine general anatomy: fully labeled illustrations and diagrams of the dog (skeleton, bones, muscles, joints, viscera, respiratory system, cardiovascular system). Positional and directional terms, general terminology and anatomical orientation are also illustrated.
17 maj 2021 · The common ligament of the hock joint serves to bind the tibia and tibial tarsal. Proximal tarsal articulation. Between tibial tarsal and fibular tarsal bones. Ligaments. one extends from the supero-posterior margin of the trochlea of tibial tarsal to fibular tarsal; From sustentaculum tali to adjacent part of tibial tarsal on the medial aspect
27 sie 2016 · ANATOMY AND SPECIAL CONSIDERATIONS. General. • The tarsus consists of the tibia, fibula, metatarsal bones, and seven specific tarsal bones orderly stacked in levels (Fig. 112-1). • A multiple complex arrangement of ligaments connects the bones of the joint and helps to prevent luxation (Fig. 112-2).
