What is it? Osgood Schlatters disease is a very common cause of knee pain in children and young athletes usually between the ages of 10 and 15. It occurs.

Slides:



Advertisements
Similar presentations
The Knee Joint.
Advertisements

Knee Anatomy.
KNEE INJURIES Review Gross and Functional Anatomy.
Steven lee M.S. Pathology FTCC.
Injuries of the Knee Left knee from behind.
Injuries of the Knee.
The Knee.
Injuries to the Thigh, Leg, and Knee PE 236 Amber Giacomazzi MS, ATC
Tests Used to Evaluate Knee Injuries
Connective Tissues of the Human Body
Knee & Thigh Chapter 7 Objectives: UNDERSTAND:
Knee.
Knee Tibiofemoral Joint.
Jeopardy The Knee. Bony Anatomy S.T. Anatomy ROM/ Strength Testing Injuries Miscellaneous
Disorders of the Knee Sports medicine. Chondromalacia Patella Abnormal softening of the cartilage under the kneecap Symptoms are generally a vague discomfort.
THE KNEE JOINT. BONES OF THE KNEE FEMUR Lateral condyle (6 left) Medial condyle (8 left) Intercondylar fossa (7 left)
Knee Sports Medicine Tests. Valgus Stress Test for Knee Instruct the athlete to lie down with the legs extended and relaxed. Place one hand on the medial.
Knee (Tibiofemoral) Joint
Knee Anatomy Sports Medicine. Knee Joint The most poorly constructed joint in the body. Femur round, tibia flat. Comprised of four bones. –Femur –Tibia.
Anatomy of the Knee.
Knee Injuries Sports Medicine 2.
Knee Injuries.
Knee Outline.
The knee Lecture 8.
Knee Anatomy Ernest F. Talarico, Jr., Ph.D. Associate Director of Medical Education Associate Professor and Course Director, Human Gross Anatomy & Embryology.
By: Emily Drake & Baylie Wilson.  Functional: Diarthroses (freely moving)  Structural: Synovial joint (filled with synovial fluid)  The knee joint.
Knee Injuries By Cindy Greene.
CARE & PREVENTION OF ATHLETIC INJURIES
N P SPORTS MEDICINE.
Knee and Thigh Anatomy Sports Medicine I. Knee Anatomy Largest joint in body Largest joint in body Condyles articulate on femur and tibia Condyles articulate.
KNEE ANATOMY RHS Sports Medicine.
20 pt 30 pt 40 pt 50 pt 10 pt 20 pt 30 pt 40 pt 50 pt 10 pt 20 pt 30 pt 40 pt 50 pt 10 pt 20 pt 30 pt 40 pt 50 pt 10 pt 20 pt 30 pt 40 pt 50 pt 10 pt What.
Chapter 6 Assessment of Acute Knee Injuries. Objectives Discuss the anatomical structures of the knee Identify and discuss the common acute injuries to.
Structure and Function of the Knee By: Amanda Ball.
Sports Medicine 2 J. Cresimore EFHS
The Knee Joint Largest and Most Complex Joint. Structure of the Knee Lateral and Medial Epicondyles Lateral and Medial Epicondyles on both femur and tibia.
BONES OF THE FOOT AND ANKLE. 14 Phalanges Distal, middle and proximal phalanges toes(2-5) Great toe (1) Only has Proximal and Distal phalanges
The Knee From the Sports Medicine Perspective Bony Anatomy Femur Patella Tibia Fibula.
Knee Outline.
Knee anatomy All images show anterior view
: Semester 1 Final: Jeopardy Review Game. $2 $5 $10 $20 $1 $2 $5 $10 $20 $1 $2 $5 $10 $20 $1 $2 $5 $10 $20 $1 $2 $5 $10 $20 $1 AnkleKneeMOIHeadHip.
The Knee.
The Knee One of the most complex & most injured joints in the body.
Anatomy of the Knee Not a true hinge joint.
THE KNEE JOINT Muscles That Act On The Knee. Muscles of the Knee Joint  Hamstrings All - flexion  Quadriceps All - extension  Unclassified Sartorius.
The Knee Anatomy.
THE KNEE JOINT CARE & PREVENTION OF ATHLETIC INJURIES MS. HERRERA.
Set 9 Muscles Hip and Quadriceps. Quadricep Muscle Group.
Do Now-Get colored pencils. See test grade in Pink. List the injuries and conditions associated with the BONES OF THE FOOT AND ANKLE.
Injuries To The Knee Ligaments Tendons Menisci Patella Bursa.
The Knee.
The Knee Anatomy Assessment Injuries. Anatomy Hinge joint: flexion and extension Bones: tibia, fibula, femur, patella Menisci: medial and lateral Ligaments:
BIOMECHANICS 2010 BIOMECHANICS CHAPTER XVIII KNEE JOINT.
Anatomy of the Knee.
KNEE:.
Knee.
The Knee.
Knee Ms. Bowman.
The Knee.
Knee Joint and Ligaments
The Knee.
Osgood-Schlatter Disease
Knee Anatomy Fall 2017.
Chapter 18 The Knee. Chapter 18 The Knee Objectives Upon completion of this chapter, you should be able to: Describe the functions of the knee Describe.
The Knee Joint.
KNEE:.
BONES OF THE FOOT AND ANKLE
The Knee.
Lower limb Fig :.
Presentation transcript:

What is it? Osgood Schlatters disease is a very common cause of knee pain in children and young athletes usually between the ages of 10 and 15. It occurs due to a period of rapid growth, combined with a high level of sporting activity

Anatomy Femur: – Thighbone – Articulates with hip joint above and knee joint below – The femur and tibia form the major portion of the knee joint, Tibia: – Thick bone in the front of the lower leg or shin – The tibia supports all of the body's weight below the knee joint. Patella: – Kneecap – The patella protects the front of the knee joint. – Connected by tendons above and below

Tendons Quadriceps tendon: – Attaches the quadriceps muscle to the kneecap Patellar tendon: – Attaches the patella to the tibia Popliteus tendon: – Extends from the outer bottom surface of the femur and travels diagonally behind the knee to attach to the inner upper surface of the tibia. Hamstring tendons: – Attach the hamstring muscles to the tibia Calf tendons: – Attach the calf muscles to the femur

Ligaments Lateral collateral ligament: – Stabilizes the knee from stress applied to the sides of the knee Medial collateral ligament: – Stabilizes the knee from stress applied to the sides of the knee Posterior cruciate ligament: – Stabilizes the knee from stress applied to the front or back of the knee Anterior cruciate ligament: – Stabilizes the knee from stress applied to the front or back of the knee

Cartilage Medial meniscus Lateral meniscus

Signs and Symptoms The patient complains of constant aching and pain and tenderness over the tibial tubercle, which worsens during any activity that causes forceful contraction of the patellar tendon on the tubercle, such as ascending or descending stairs, running, jumping, or forced flexion

Special tests The Examiner forces the tibia into internal rotation while slowly extending the patient’s knee from 90 degrees of flexion; at about 30 degrees, flexion produces pain that subsides immediately with external rotation of the tibia. Bone scan may show increased uptake in the area of the tibial tuberosity

Treatments Ice Strengthening of quads and hamstrings. Rest Patience

Rehabilitation Ice Rest

References