股深动脉及其变异的解剖研究-尸体研究

M. Ak
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Aim of the study is to observe the origin of Profunda femoris artery, to measure the distance between midinguinal point and site of origin of Profunda femoris artery and to study the anatomy of Profunda femoris artery and its branches and to find out any variations in its course and its branches. Materials and Methods: The study was conducted as a prospective study from April 2018 to October 2018. All the lower limbs with the intact Femoral artery and Profunda femoris artery and their branches were included. Femoral artery and its branches had got cut during dissection were not included in the study. Thirty two Profunda femoris arteries (20 on the right side and 12 on the left side) were studied in the department of Anatomy. The femoral triangle was exposed by making incisions along the inguinal ligament from pubic symphysis to anterior superior iliac spine. Midpoint was taken as Midinguinal point (MIP). MIP was marked with a coloured pen. The distance between MIP and the site of origin of Profunda femoris artery was measured. We observed any variation in the site of origin of Profunda femoris artery, medial and lateral circumflex femoral artery and any variations in the branches of each vessel. Results: The Profunda femoris artery was found to be originated from lateral aspect of Femoral artery in 21(65%) of lower limbs. Lateral Circumflex femoral artery was found to be originating from lateral aspect of Profunda femoris artery in 28(87%) of lower limbs. Medial Circumflex femoral artery was found to be originating from medial aspect of Profunda femoris artery in 16(50%) of lower limbs. Lateral Circumflex femoral artery was found to be originating from Femoral artery in 3(10%) of lower limbs. We observed distance of origin of Profunda femoris artery from the midpoint of inguinal ligament as 10 – 20 mm in 10(31%) lower limbs. We observed absence of Lateral Circumflex femoral artery in 1(3%) of lower limbs and absence of medial Circumflex femoral artery in 6(18%) of lower limbs. Conclusions: The Profunda femoris artery is an important branch of the Femoral artery and is of clinical importance to the surgeon. Femoral artery and Profunda femoris artery were used for various imaging procedures including Cathetarization. Such a large & unexpected artery may be damaged while collecting blood in infants from Femoral vein or at the time of exposure of Saphenous vein for ligation at its junction with the femoral vein. During surgery, these vessels may be damaged easily at this region. 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引用次数: 0

摘要

背景与目的:股深动脉是股动脉最大的分支。它是大腿肌肉以及股骨头颈的主要供应肌。它的分支在股骨头周围形成吻合。股深动脉也用于动脉造影术。它常用于大腿近端血管重建手术。它是股动脉闭塞时侧支循环的主要途径。股深动脉变异的研究对放射科医生和外科医生的诊断和手术干预具有重要价值。本研究的目的是观察股深动脉的起源,测量股深动脉腹股沟正中点到股深动脉起源点的距离,研究股深动脉及其分支的解剖结构,发现其走向及其分支的变化。材料与方法:本研究为前瞻性研究,于2018年4月至2018年10月进行。所有具有完整股动脉和股深动脉及其分支的下肢均包括在内。在解剖过程中被割伤的股动脉及其分支不在研究范围内。解剖科对32条股深动脉(右侧20条,左侧12条)进行了研究。从耻骨联合到髂前上棘沿腹股沟韧带切开暴露股三角。取中点为Midinguinal point (MIP)。MIP用彩色笔做了标记。测量MIP与股深动脉起始点之间的距离。我们观察了股深动脉、股内旋动脉和股外侧旋动脉起源位置的变化以及各血管分支的变化。结果:21例(65%)下肢股骨深动脉起源于股动脉外侧。28例(87%)下肢患者发现旋股外侧动脉起源于股深动脉外侧。16例(50%)下肢患者发现旋股内侧动脉起源于股深动脉内侧。3例(10%)下肢发现旋股外侧动脉起源于股动脉。我们观察了10例(31%)下肢股骨深动脉起始点距腹股沟韧带中点的距离为10 ~ 20mm。我们观察到1例(3%)下肢旋股外侧动脉缺失,6例(18%)下肢旋股内侧动脉缺失。结论:股深动脉是股动脉的重要分支,对外科医生具有重要的临床意义。股动脉和股深动脉用于各种成像程序,包括导管置入术。在婴儿从股静脉采血或暴露隐静脉与股静脉连接处结扎时,可能会损伤如此大且意想不到的动脉。在手术中,这些血管很容易在这一区域受损。了解股深动脉的解剖和变异对外科医生减少术中出血和术后并发症是很重要的
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Anatomical Study of Profunda Femoris Artery and it’s Variations – Cadaveric Study
Background and Aims: Profunda femoris artery is the largest branch of femoral artery. It is the principal supply to the muscles of the thigh as well as head and neck of femur. Its branches form anastomosis around the head of the femur. Profunda femoris artery is also used for arteriography. It is frequently used in vascular reconstructive procedures in the proximal thigh. It forms main route of collateral circulation in occlusion of femoral artery. The study of variation of Profunda femoris artery is of great value for radiologists and surgeons during diagnostic and surgical intervention. Aim of the study is to observe the origin of Profunda femoris artery, to measure the distance between midinguinal point and site of origin of Profunda femoris artery and to study the anatomy of Profunda femoris artery and its branches and to find out any variations in its course and its branches. Materials and Methods: The study was conducted as a prospective study from April 2018 to October 2018. All the lower limbs with the intact Femoral artery and Profunda femoris artery and their branches were included. Femoral artery and its branches had got cut during dissection were not included in the study. Thirty two Profunda femoris arteries (20 on the right side and 12 on the left side) were studied in the department of Anatomy. The femoral triangle was exposed by making incisions along the inguinal ligament from pubic symphysis to anterior superior iliac spine. Midpoint was taken as Midinguinal point (MIP). MIP was marked with a coloured pen. The distance between MIP and the site of origin of Profunda femoris artery was measured. We observed any variation in the site of origin of Profunda femoris artery, medial and lateral circumflex femoral artery and any variations in the branches of each vessel. Results: The Profunda femoris artery was found to be originated from lateral aspect of Femoral artery in 21(65%) of lower limbs. Lateral Circumflex femoral artery was found to be originating from lateral aspect of Profunda femoris artery in 28(87%) of lower limbs. Medial Circumflex femoral artery was found to be originating from medial aspect of Profunda femoris artery in 16(50%) of lower limbs. Lateral Circumflex femoral artery was found to be originating from Femoral artery in 3(10%) of lower limbs. We observed distance of origin of Profunda femoris artery from the midpoint of inguinal ligament as 10 – 20 mm in 10(31%) lower limbs. We observed absence of Lateral Circumflex femoral artery in 1(3%) of lower limbs and absence of medial Circumflex femoral artery in 6(18%) of lower limbs. Conclusions: The Profunda femoris artery is an important branch of the Femoral artery and is of clinical importance to the surgeon. Femoral artery and Profunda femoris artery were used for various imaging procedures including Cathetarization. Such a large & unexpected artery may be damaged while collecting blood in infants from Femoral vein or at the time of exposure of Saphenous vein for ligation at its junction with the femoral vein. During surgery, these vessels may be damaged easily at this region. Knowledge of anatomy and variations of Profunda femoris artery are important for surgeons in reducing intra – operative haemorrhage and postoperative complications
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