<p>(<b>A</b>) Superficial layer of the adductor muscles is removed. The deep femoral artery running distally and sending branches to the external obturator muscle, adductor muscles, and medial hamstring muscles can be seen (5). (<b>B</b>) Enlarged view of A. The external obturator muscle is divided from the pubis to expose the obturator artery (12). (<b>C</b>) Vascular networks in the quadriceps femoris muscle, medial hamstring muscles, and adductor muscles can be seen through the muscles (arrowheads). (1) common iliac artery, (2) internal iliac artery, (3) iliacofemoral artery, (4) lateral circumflex femoral artery, (5) deep femoral artery, (6) proximal caudal femoral artery, (7) superficial caudal epigastric artery, (8) medial proximal ge...
A vastus lateralis muscle flap is used as a pedicled and free flap. In this study, the vastus latera...
Illustration of, from superior to inferior, lateral to medial: iliacus m., psoas major m., (plus ili...
Knowledge of the anatomical organization of the hamstring muscles is necessary to understand their f...
<p>(<b>A</b>) After removal of the skin. A large part of the femoral artery is hidden by the inguina...
<p>(<b>A</b>) After removal of the skin. No large artery can be observed in this view. (<b>B</b>) Di...
<p>Simplified developed illustration of the hindlimb arterial anatomy. When the femoral artery or il...
The author investigated 125 lower limbs of 69 Japanese cadavers from his dissecting room, and obtain...
Structures, from superior to inferior and medial to lateral: external abdominal oblique m. and apon...
Includes labels: Pectineus m., Adductor longus m., Femoral n., Femoral a., Femoral v., Obturator n.,...
Illustration of structures from superior to inferior and medial to lateral: external abdominal obliq...
Illustration of structures from superior to inferior and medial to lateral: external abdominal obli...
Structures from superior to inferior, medial to lateral: external abdominal oblique muscle & aponeu...
Soft tissue defects of the lower limb are a challenge to the plastic surgeon but a soleus muscle fla...
<p>(<b>A</b>) Schema of anatomical variations in the deep femoral artery. The deep femoral artery ar...
Illustration of, from superior to inferior and medial to lateral: iliac crest and anterior superior ...
A vastus lateralis muscle flap is used as a pedicled and free flap. In this study, the vastus latera...
Illustration of, from superior to inferior, lateral to medial: iliacus m., psoas major m., (plus ili...
Knowledge of the anatomical organization of the hamstring muscles is necessary to understand their f...
<p>(<b>A</b>) After removal of the skin. A large part of the femoral artery is hidden by the inguina...
<p>(<b>A</b>) After removal of the skin. No large artery can be observed in this view. (<b>B</b>) Di...
<p>Simplified developed illustration of the hindlimb arterial anatomy. When the femoral artery or il...
The author investigated 125 lower limbs of 69 Japanese cadavers from his dissecting room, and obtain...
Structures, from superior to inferior and medial to lateral: external abdominal oblique m. and apon...
Includes labels: Pectineus m., Adductor longus m., Femoral n., Femoral a., Femoral v., Obturator n.,...
Illustration of structures from superior to inferior and medial to lateral: external abdominal obliq...
Illustration of structures from superior to inferior and medial to lateral: external abdominal obli...
Structures from superior to inferior, medial to lateral: external abdominal oblique muscle & aponeu...
Soft tissue defects of the lower limb are a challenge to the plastic surgeon but a soleus muscle fla...
<p>(<b>A</b>) Schema of anatomical variations in the deep femoral artery. The deep femoral artery ar...
Illustration of, from superior to inferior and medial to lateral: iliac crest and anterior superior ...
A vastus lateralis muscle flap is used as a pedicled and free flap. In this study, the vastus latera...
Illustration of, from superior to inferior, lateral to medial: iliacus m., psoas major m., (plus ili...
Knowledge of the anatomical organization of the hamstring muscles is necessary to understand their f...