'Subtalar joint' presentation slideshows

Fractures of the Talus and Subtalar Dislocations

Fractures of the Talus and Subtalar Dislocations. David Sanders MD, MSc, FRCSC London Health Sciences Centre University of Western Ontario London, Ontario, Canada Created March 2004; Revised August 2006 Revised May 2011. Outline:. Talar Neck Fractures Anatomy Incidence Imaging

2.2k views • 111 slides

Fractures of the Talus and Subtalar Dislocations

Fractures of the Talus and Subtalar Dislocations. David Sanders MD, MSc, FRCSC London Health Sciences Centre University of Western Ontario London, Ontario, Canada Created March 2004; Revised August 2006. Outline:. Talar Neck Fractures Anatomy Incidence Imaging Classification

2.16k views • 85 slides

Chapter 19

Chapter 19. The Leg, Foot and Ankle. Overview. The ankle and foot is a complex structure comprised of 28 bones (including 2 sesamoid bones) and 55 articulations (including 30 synovial joints), interconnected by ligaments and muscles

712 views • 64 slides

Foot Conditions

630 views • 62 slides

Ankle and Lower Leg Rehabilitation

Ankle and Lower Leg Rehabilitation. Figure 15-1. Functional Anatomy. Talocrural Joint Articulation of distal end of the Tibia and Fibula with superior, medial and lateral aspect of Talus Referred to as ankle mortise 2 movements Ankle Dorsi-flexion and ankle Plantar-Flexion

858 views • 61 slides

The Foot & Ankle:

The Foot & Ankle:. Dr. Aamir Shaikh . Clinical Lecturer of Orthopedics RCSI & UCD. 15 th December 2010. Anatomy of the Ankle Joint:. Articulation between the lower end of the tibia, the two malleoli , and the body of the talus Synovial hinge joint

807 views • 49 slides

Foot and Ankle Anatomy and Biomechanics

5.69k views • 48 slides

Chapter 24: Rehabilitation of Ankle and Foot Injuries

Chapter 24: Rehabilitation of Ankle and Foot Injuries. Functional Anatomy and Biomechanics. Talocrural Joint Articulation of tibia, fibula and trochlea of talus Motion consisting of plantarflexion and dorsiflexion Shape and stability of involved structures Ligamentous support

812 views • 46 slides

Chapter 22 The Ankle and Foot

Chapter 22 The Ankle and Foot. Talocrural Joint Distal fibula Tibia Talus. Midfoot Navicular Cuboid 3 cuneiform bones Forefoot 5 metatarsals Phalanges. Osteology. Osteology of Foot and Ankle. Ligaments of Talocrural (TCJ), Subtalar (STJ) and Midtarsal Joints (MTJ). Anterior

1.03k views • 44 slides

Biomechanical Examination

Biomechanical Examination. Femoral Anteversion. How far in can the femur be rotated? How far out? Does the halfway point leave the femur internally or externally rotated?. Internally Rotated Hips. Intoe Gait Causes Internally rotated hips Internal tibial torsion Metatarsus adductus.

1.21k views • 39 slides

Tibialis posterior tendinopathy

Tibialis posterior tendinopathy. Dr F Pato February 2012. Patient history. 31year old male patient Weight 97kg, height 1.79m, BMI 30.27 Review of a painful right foot and ankle Half Iron man April 18months 40km a day Training shoe: Nike Pegasus. Complains of:

744 views • 36 slides

By: Davin Heyd CO

564 views • 32 slides

Biomechanics of F t and Podiatry Physical Therapy

Biomechanics of F t and Podiatry Physical Therapy. Huei-Ming Chai, PT PhD School of Physical Therapy National Taiwan University, Taipei, Taiwan June 21, 2008. ??? : ????????????????????????????????????????? ? -- ??????. ??? : ?????????. plantigrade of foot widening of pelvis

600 views • 31 slides

Tarsal Coalition

3.62k views • 31 slides

Lateral Ankle Pain

359 views • 21 slides

Midtarsal joint between calcaneus and cuboid on lateral side

Talocrural joint inferior tibiofibular jnt. tibiotalar jnt. lateral. fibula. calcaneus. Subtalar joint aka talocalcaneal between talus and calcaneus. cuboid. Midtarsal joint between calcaneus and cuboid on lateral side between talus and navicular on the medial side. tibia. talus.

914 views • 19 slides

Chapter 8: The Biomechanics of the Upper Extremities

Chapter 8: The Biomechanics of the Upper Extremities. Basic Biomechanics, 4 th edition Susan J. Hall Presentation Created by TK Koesterer, Ph.D., ATC Humboldt State University. Objectives. Explain how anatomical structure affects movement capabilities of lower extremity articulations.

1.36k views • 17 slides

The Foot and Lower Leg

The Foot and Lower Leg. Foot and Lower Leg. 15% of lower leg injuries involve this area 20,000 ankle sprains a day in the USA The foot absorbs 3x body weight during running and jumping. Basic Anatomy of the Foot and Ankle. Three Arches enable us to absorb forces Transverse Arch

329 views • 12 slides