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Medial Thigh and Gluteal Region LAB MANUAL
|Topic and Text Reference | Learning Objectives | Special Instructions | Clinical Exercises | Key Structures
TOPIC AND TEXT REFERENCE: GLUTEAL REGION, POST. THIGH, AND POST. LEG PP. 131-136, 140-142
LEARNING OBJECTIVES:Learn the actions of the gluteal muscles on the hip joint.
Learn the neurovascular supply to the gluteal muscles.
Understand the formation of the sciatic nerve, the nerves that contribute to it
and the path it takes leaving the pelvis.Review the greater and lesser sciatic foramina and understand the regions that
they connect.Learn the principal actions of the hamstring muscles.
Learn the borders of the popliteal fossa.
Observe the relationship of the neurovascular bundles in the popliteal fossa.
Understand the neurovascular supply to the posterior thigh.
Learn the prinicpal functions of the muscles in the posterior leg.
Learn the neurovascular supply to the posterior leg.
1. Why do you give an intermuscular injection in the superior outer quadrant of
the gluteal region?2. Go through all the possible movements of your hip joint and understand which
muscles are responsible for it.3. What is the Trendelenberg test?
4. What is the function of bursae and why are they important?
5. What symptoms might you expect from injury to the sciatic nerve?
6. What symptoms might you expect from injury to the tibial nerve?
7. What symptoms might you expect from injury to the common peroneal nerve?
8. Why is the common peroneal nerve so commonly injured?
9. What is compartment syndrome?
10. What is the collateral circulation around the knee that could be used in the
case of injury?11. Why is part of the adductor magnus considered a hamstring? (what does it have
in common with the other hamstrings?)
KEY STRUCTURES:
You should be able to identify in a cadaver all the structures listed under key words unless they have an asterisk.
structure
Netter's Gold Standard structure Netter's Gold StandardArteries Muscles Anterior tibial Adductor brevis N1 Deep artery of the thigh N1 Adductor longus N1 Fibular Adductor magnus N1 Inferior gluteal N1 Biceps femoris Internal pudendal N1 Flexor digitorum longus Perforating br. of femoral N1 Flexor hallucis longus Perforating br. of fibular Gastrocnemius Popliteal Gluteus maximus N1 Posterior tibial Gluteus medius N1 Superior medial and lateral genicular Gluteus minimus N1 Superior gluteal N1 Gracilis N1 Bones and Bony Structures Inferior gemellus N1 Adductor tubercle N1 Obturator externus N1 Femur greater and lesser trochanter N1, N2 Obturator internus N1 Femur trochanteric fossa and intertrochanteric crest N1 Pectineus N1 Gluteal Lines (anterior, inferior, and posterior) N1 Pes anserinus Gluteal tuberosity N1 Plantaris Greater sciatic foramen N1 Piriformis N1 Greater sciatic notch N1 Popliteus Ischial tuberosity N1 Quadratus femoris N1 Lesser sciatic foramen N1 Semimembranosus Lesser sciatic notch N1 Semitendinosus Linea aspera N1 Soleus Sacrospinous ligament N1 Superior gemellus N1 Sacrotuberous ligament N1 Tensor fascia lata with iliotibial tract N1 Veins Tibialis posterior Inferior gluteal N1 Nerves Internal pudendal N1 Inferior gluteal N1 Popliteal Obturator - Anterior and posterior divisions N1 Superior gluteal N1 Posterior cutaneous nerve of the thigh N1 Pudendal N1 Sciatic Tibial and Common fibular divisions N1 Superior gluteal N1
Topic and Text Reference | Learning Objectives | Special Instructions | Clinical Exercises | Key Structures
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