Anatomy & INJURIES. Tibia, Fibula, Talus A Gliding Joint Sometimes refered to it as a Hinge Joint Form the “Ankle Mortise” Very stable joint Most injured.

Slides:

Advertisements

Similar presentations

Prevention and Treatment of Injuries

Advertisements

Chapter 18 Review The Ankle and Lower Leg.

CHAPTER 18 The Ankle and Lower Leg

Foot, Ankle and Lower Leg

WINDSOR UNIVERSITY SCHOOL OF MEDICINE

Ankle Injury Management

Ankle Injuries Ankle injuries fall into the same basic categories as do all athletic injuries: Contusions Sprains Strains Fractures.

Ankle Anatomy and Exam.

Anatomy of Ankle and Foot. Overview Bones of Ankle and Foot Functions Blood Vessels and Nerves Parts of the Foot Arches of the Foot Joints Tendons and.

Ankle and Lower Leg Chapter 17.

Lower Leg, Ankle, and Foot Conditions Chapter 16.

Ankle The ankle is the most commonly injured joint in athletics The bony structure of the ankle is very strong With moderate ligament support And poor.

Unit 5:Understanding Athletic-Related Injuries to the Lower Extremity

Prevention and Treatment of Injuries

Ankle Injuries: Sprains and More John F. Meyers M.D.

Chapter 17 - The Foot, Ankle, & Lower Leg

Ankle and Lower Leg.

TURF TOE Its More serious they you think!. Anatomical structures (Muscles) Over 100 muscles, tendons Tibialis Anterior- Dorsiflexes foot and inverts foot.

The Ankle and Foot Joints

ORIGINS, INSERTIONS AND ACTIONS BY TAELAR SHELTON, MS, ATC, AT/L

Muscles of the Foot and Lower Leg

Foot and Ankle Anatomy.

Lower Leg, Ankle, and Foot

Objectives Understand: Identify: Recognize:

THE ANKLE The Ankle and Lower Leg.

THE ANKLE Chapter 15.

Ankle and Lower Leg Chapter 17.

ANKLE INJURIES Sports Medicine Ankle Sprain Evaluation.

Sports Medicine 15 Unit I: Anatomy Part 3 Anatomy of the Lower Limbs:

Ankle and Lower Leg Chapter 17.

Ankle and Leg Injuries ROP SPORTS MEDICINE Stacy Camou.

inferior tibiofibular jnt. tibiotalar jnt. lateral

Ankle Anatomy Review Mr. Brewer. Terminology Distal – Further away from the core of the body. Proximal – Closer to the core of the body. Lateral- Away.

Chapter 8:Part 1 The Lower Extremity: Knee, Ankle, and Foot

The Ankle Anatomy & INJURIES Bone Stability Tibia, Fibula, Talus Form the “Ankle Mortise” Very stable joint Most injured joint.

Ankle and Lower Leg Chapter 15.

Athletic Injuries ATC 222 Foot, Ankle, and Leg Chapters 14 and 15.

Dr. SREEKANTH THOTA DEPARTMENT OF ANATOMY Lower limb LEG.

H. Muscles that move the foot and toes 1. Anterior compartment a. Tibialis anterior- dorsiflexes and inverts foot 1. Originates from lateral condyle of.

Ankle/Lower Leg Anatomy

MUSCLES OF THE LEG.

Muscles of the Foot, Ankle, Lower Leg. Gastrocnemius Origin Medial head medial femoral condyle; Lateral head lateral condyle Insertion the Achilles tendon,

Myology Myology of the Ankle.

ANKLE AND FOOT Aaron Yang, Stacey Kent, Mackenzie Saxton.

Foot and Ankle Evaluation. History  A thorough history MUST be taken  Mechanism  Pain  Sounds/ Sensations  Changes  Past.

Foot, Ankle, & Lower Leg Anatomical Structures. Bones 28 bones in the foot Toes = phalanges (14 bones) Sesamoids Metatarsals (5 bones) Cuboid, Navicular,

Ankle and Lower Leg Chapter 19.

Ankle Joint Dr Rania Gabr.

Chapter 5 The Ankle and Lower Leg. Clinical Anatomy  VERY IMPORTANT! Pages  Bones and bony landmarks  Articulations and ligamentous support.

Ankle Evaluation Beginning Athletic Medicine. Observe & Compare 1. Remove clothing bilaterally (use discretion) 2. Deformity 3. Bleeding 4. Scars 5. Discoloration.

Preventing Injury in the Lower Leg and Ankle Achilles Tendon Stretching –A tight heel cord may limit dorsiflexion and may predispose athlete to ankle injury.

Ankle and Foot Assessment

Sports Med 2.  The foot is critical in walking, running, jumping and changing direction 1) Shock absorber 2) Lever that propels the body forward, backward.

Ankle Joint The tibia and the fibula go from the knee to the ankle.

Anatomy and evaluation of the ankle 2 Bony Anatomy Bony Anatomy includes: Tibia, Fibula, Tarsals, Metatarsals, Phalanges.

Ankle Evaluation. HI(O)PS History History Inspection/Observation Inspection/Observation Palpation Palpation Special Tests Special Tests.

Foot, Ankle, & Lower Leg Anatomical Structures. Foot and Ankle Overview Bones: –Tibia (Medial Malleolus) –Fibula (Lateral Malleolus) –Tarsals TalusCalcaneusNavicularCuboid.

Ankle Anatomy Sports Medicine I. Tibialis Anterior Dorsiflexes foot Dorsiflexes foot Inverts foot Inverts foot Adducts foot Adducts foot.

Jeopardy Foot Anatomy Muscles Ankle Injuries Q $100 Q $200 Q $300 Q $400 Q $500 Q $100 Q $200 Q $300 Q $400 Q $500 Final Jeopardy Ankle/Lower Leg Anatomy.

Unit 3: Lower leg, foot, ankle

The Foot, Ankle, and Lower Leg

Evaluation of an Ankle.

The Ankle and Foot.

The Ankle and Foot Joints

THE ANKLE AND THE FOOT Structure

Set 8 Muscles Lower Leg.

Ankle Evaluation.

Presentation transcript:

Anatomy & INJURIES

Tibia, Fibula, Talus A Gliding Joint Sometimes refered to it as a Hinge Joint Form the “Ankle Mortise” Very stable joint Most injured joint Why?

Extensor / Flexor digitorum Extensor Hallucis - extend the big toe, dorsiflex the foot, and assists with foot inversion Tibialis Anterior – Dorsiflex and invert Tibialis Posterior – Plantarflex and invert Peroneal longus/brevis – Plantarflex and evert Gastrocnemius/soleus – Plantarflex

Sprains Strains Contusions Fractures Dislocations / Subluxations Tendonitis Bursitis

Most common sports injury Plantarflexion and Inversion More area between the bony structures of the ankle

Epic Kick Flip Fail

Injure the Deltoid Ligament Less common than Inversion Sprains Why is this? Usually results in an ankle fracture or knee injury

Syndesmotic Joint Tibiofibular ligaments Injury mechanism – ankle external rotation Very long recovery time Difficult rehab (weight bearing)

Vgf66KI

Jumping Injuries qIQaGFmg hwzS_Hk 7a_Ny0Y HLC3qf9o

Broken Metatarsals …just for fun

R – rest I - ice C – compression E - elevation

Decrease Swelling Increase ROM o Passive / Active ROM Increase Strength o Isometric followed by isotonic Increase Weight Bearing Increase Achilles Flexibility Increase Function Return to Activity