Myology of the Knee. PTA 105 Kinesiology
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1 Myology of the Knee PTA 105 Kinesiology
2 Objectives Describe the planes of motion and axes of rotation of the knee joint Visualize the origins and insertions of the muscles about the knee List the innervations of the muscles of the knee Knowing the above objectives, justify the actions those muscles act upon the knee joint Understand the kinematics of the patella
3 The Knee Joint One degree of Freedom Flexion/Extension (Sagittal plane) Medial/Lateral axis Anterior to axis will the hip Posterior to axis will the hip
4 The Knee Joint Patellofemoral joint Normal functioning patella will increase internal moment arm of the quads by about 2 inches Equivalent of producing 25% more torque
5 Patellar Kinematics Forces acting on the patella Medial: Medial retinaculum and vastus medialis Lateral: Lateral retinaculum and vastus lateralis, ITB Superior: Quads Posterior: Patellar Tendon
6 Lateral Patella Tracking Vastus lateralis is stronger than the Vastus medialis Tight IT band or lateral retinaculum Large Q angle Weak hip ABD or Ext Rotators
7 Rectus Femoris (part of Quadriceps) Origin: Anterior inferior iliac spine Insertion: Tibial tuberosity via the quadricep tendon Action: Hip flexion Knee extension Innervation: femoral nerve
8 Vastus Medialis (part of Quadriceps) Origin: Medial lip of linea aspera; intertrochanteric line of the femur Insertion: Tibial tuberosity (via the patellar tendon) Action: Knee extension Mainly responsible for last degrees of knee extension Innervation: Femoral nerve
9 Origin: Vastus Intermedius (part of the Quadriceps) Upper 2/3 anterior shaft of femur Insertion: Tibial tuberosity (via the patellar tendon) Action: Knee Extension Innervation: Femoral nerve
10 Origin: Vastus Lateralis (part of the Quadriceps) Lateral lip of the linea aspera Intertrochanteric line Lateral region of the gluteal tuberosity Insertion: Tibial tuberosity (via the patellar tendon) Action: Knee extension Innervation: Femoral nerve
11
12 Primary Knee Extensors Rectus Femoris Vastus Medialis Vastus Lateralis Vastus Intermedius
13 Q Angle of the Knee The line of force of the quadriceps can be described by the Q-angle. It identifies patellofemoral tracking. Females: - greater angle - greater incidence of patellar dislocation and joint pain
14 Long Head Origin: Ischial Tuberosity Insertion: Head of the fibula Biceps Femoris (Part of the hamstrings) Short Head Origin: Lateral lip of linea aspera Insertion: Head of the fibula Action: Hip extension (Long only) Knee flexion Innervation: sciatic nerve (tibial portion)
15 Origin: Ischial tuberosity Insertion: Semimembranosus (Part of the hamstrings) Medial condyle of the tibia (posterior) Action: Hip extension Knee flexion Innervation: sciatic nerve (tibial portion)
16 Origin: Ischial tuberosity Insertion: Semitendinosus (Part of the hamstrings) Prox/medial surface of the tibia (pes anserine) Action: Hip extension Knee flexion Innervation: sciatic nerve (tibial portion)
17
18 Popliteus Origin: Posterior aspect of the lateral femoral condyle Insertion: Posterior surface of the proximal tibia Action: Initiates knee flexion via unlocking screw home mechanism Innervation: Superior gluteal nerve
19 Gastrocnemius Origin: Medial head: posterior aspect of the medial femoral condyle Lateral head: posterior aspect of the lateral femoral condyle Insertion: Calcaneal tubersoity via the Achilles Tendon Action: Flexion of the knee Plantarflexion of ankle Innervation: Tibial nerve
20 Sartorius Origin: Anterior Superior Iliac Spine Insertion: Proximal/Medial tibia (pes anserine) Action: (Slide your heel up your opposite shin) Hip flexion Hip Abduction Hip external rotation Knee flexion Innervation: femoral nerve
21 Gracilis Origin: Inferior ramus and body of pubis Insertion: Prox/medial aspect of tibia (pes anserine) Action: Hip ADDuct Hip flexion Knee flexion (accessory) Innervation: Obturator n.
22 Primary Knee Flexors Hamstrings Biceps Femoris Semimembranosus Semitendinosus Popliteus Gracilis Sartorius Gastrocnemius
23 What is the Pes Anserinus? The semitendinosus, sartorius and gracillis all attach to the proximal medial tibia through a broad sheet of connective tissue known as the pes anserinus. The 3 muscles: -originate from different bones on the pelvis -perform different actions at the hip -are innervated by different nerves The all perform the following at the knee: -flexion -medial stability -internal rotation
24 Rotators of the Knee Internal Rotators Medial muscles of knee Semimembranosus Semitendinosus Gracilis Sartorius Popliteus External Rotators Lateral muscles of knee Biceps femoris Both heads
25 Optional Project Up to 5 points on next exam One page paper about why you should hold and use a cane in the opposite hand of the injured or weak leg
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