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Limb and Trunk Anatomy Notes

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Trunk BI2333-1Anterior body BI2333 2Intrinsic muscle BI2333-2Pectoral region, rectus sheath and inguinal BI2333-3Thoracic cavity and B12333-4The Heart and P BI2333-5The posterior BI2333-6The Abdominal Cavity (foregut and midgut).pdf Limbs BI2333-1Pectoral R BI2333-2-A BI2333-3Brachial Plexus and Anterior A BI2333-4Palm of the BI2333-5Posterior arm and BI2333-6Dorsum of the hand and posterior BI2333-7Shoulder and elbow B12333-8Osteology of the lower limb and gluteal BI2333-9Posterior thigh and leg, popliteal B12333 10Lateral leg and sole of

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BI2333 – Practical Anatomy
Osteology of the lower limb and gluteal region
Dr Helen McCarthy, Dr Kirsty Richards
Bones of the lower limb

i. Hip bone
Made up of 3 parts:
a) Ilium
b) Ischium
c) Pubis
Connects the sacrum to the femur (long bone of the thigh)


ii. Femur
Forms the structure of the
thigh, longest and heaviest
bone in the body due to its
function as a weight bearing
structure. Made up of:
 Head – articulated with
the acetabulum of the
pelvis to form hip joint
 Neck – connects head
of femur with shaft
 Greater trochanter –
site of attachment for many muscles of the gluteal region
 Lesser trochanter – projects from the posteromedial side of the femur, inferior to the neck-shaft
junction
 Intertrochanteric line – site of attachment for the iliofemoral ligament
 Intertrochanteric crest – connects 2 trochanters together

iii. Patella
Also known as the knee cap is a sesamoid bone embedded in
the insertion tendon of the quadriceps femorous muscle + can
be moved side to side when the muscle is relaxed. It is located
within the patellofemoral groove of the femur.

iv. Tibia
Medial and lateral condyles articulate with the femur (medial
= largest). Distal end of the tibia articulates with the Talus (one
of the 7 bones of the tarsus.
It is the second largest bone due to its function as a
weightbearing structure
 Tibial plateau – fund between 2 condyles
articulates with the femoral condyles to form the
major articulation of the knee joint
 Tibial tuberosity – where patella ligament attaches




v. Fibula

, located on the lateral side of the tibia, with which it is connected. It has 3 main articulations:
a) Proximal tibiofibular joint – articulates with the lateral condyle of the tibia
b) Distal tibiofibular joint – articulates with the fibular
notch of the tibia.
c) Ankle joint – articulates with the talus bone of the foot.



Arteries of the thigh and lower leg

Arteries of the thigh

 Lateral and medial femoral
 Descending genicular artery
 Femoral and deep femoral arteries
 Inferior and superior gluteal arteries

The superior and inferior gluteal arteries are branches of the internal
iliac artery that supply the gluteal region. Inferior supplies the piriformis
muscle and the quadratus femoris muscle. The superior gluteal artery has
superficial and deep branches, supplying the gluteal musculature,
piriformis muscle and the tensor fasciae latae muscle.

The femoral artery is the main artery of the leg and is a continuation of
the external iliac artery which originates form the aorta. Becomes the
femoral artery when it crosses the inguinal ligament. It runs down the
popliteal fossa and from there it is known as the popliteal artery.

Branches of the femoral artery:

1. Deep femoral artery
- Medial femoral circumflex artery
- Lateral femoral circumflex artery
2. Genicular artery



Arteries of the lower leg

The popliteal artery divides at the lower arch of the popliteal muscle into the
anterior and posterior tibial arteries.

Superior, inferior medial and lateral genicular arteries are found around the
knee joint and are branches of the popliteal artery they form anastomoses
and supply the knee.

The posterior tibial artery begins at the level of the
popliteus muscle and runs caudally with the tibial
nerve into the deep flexor group of the lower leg and
gives off the fibular artery.




Veins of the = thigh and lower leg

Veins of the thigh

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Geüpload op
19 augustus 2021
Aantal pagina's
5
Geschreven in
2017/2018
Type
College aantekeningen
Docent(en)
Dr helen mccarthy
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