Treatment of Complete Persistent Sciatic Artery with Distal Thromboembolism by Thromboembolectomy Only

Choi, Yun Kyung; Ahn, Jae Ho; Kim, Kwan Chang; Won, Tae Hee

doi:10.5090/kjtcs.2012.45.5.342

Cited by 4 publications

(1 citation statement)

References 8 publications

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“…The persistent sciatic artery that replaces the femoral artery is an anomaly difficult to diagnose, leading to ischemia of the lower extremity 7,[10][11][12][13] . The resources contain data of topographic variants of the accompanying artery of sciatic nerve [14][15][16][17] . Clinical observation of a patient with abnormal course of iliac and femoral arteries is reported by Tsygankov et al 13 .…”

Section: Introductionmentioning

confidence: 99%

Anatomic variability of branches of iliac and femoral arteries in human fetuses

Хмара¹,

Hryhorieva²,

Vasylchyshyna³

et al. 2019

Arch Balk Med Union

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La variabilité anatomique des branches artérielles iliaque et fémorale chez les foetus humains Introduction. L'anatomie des régions fémorale et iliaque antérieure est caractérisée par un âge considérable et une variabilité individuelle des muscles et des nerfs vasculaires, ce qui est une cause assez fréquente de complications lors des interventions chirurgicales. Le but de l'étude. Déterminer l'âge et la variabilité anatomique individuelle des branches pariétales de l'artère iliaque interne et des branches des artères iliaque et fémorale externes au cours de la période foetale de l'ontogenèse humaine. Matériaux et méthodes. 80 préparations de foetus âgés de 4 à 10 mois et d'une longueur pariéto-coccylique (LPC) de 81,0 à 375,0 mm ont été étudiées sans signes externes d'anomalies anatomiques ou de développement. Résultats. Les branches de l'artère lombaire sont anastomosées avec une artère de flexion profonde de l'os iliaque et une artère verrouillable; les artères sacrales latèrales sont anastomosées avec des branches de l'artère sacrale interne. Les branches des artères sacrées

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Section: Introductionmentioning

confidence: 99%

Anatomic variability of branches of iliac and femoral arteries in human fetuses

Хмара¹,

Hryhorieva²,

Vasylchyshyna³

et al. 2019

Arch Balk Med Union

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Bilateral Incomplete Persistent Sciatic Arteries: a Rare Anatomical Variant

et al. 2020

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A sciatic nerve with three roots and its perforation by the enlarged ischiadic artery

2013

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Knowledge about the variations of the sciatic nerve (SN) is important for many medical science disciplines. Its compression, entrapment or injury of any kind can result in loss of sensation, pain or motor disabilities in the lower limbs. We observed concurrent neurovascular variations in the gluteal region of an adult female cadaver. The SN had three roots as it emerged out of the greater sciatic foramen. The upper root passed above the piriformis; the middle and lower roots passed below the piriformis. The three roots joined to form the SN in the gluteal region. The inferior gluteal artery (IGA) was large, and it passed below the piriformis, between the middle and lower root of the SN. After a tortuous course, this artery continued down as the sciatic/ischiadic artery. The ischiadic artery (IA) was large in size and pierced the SN in the thigh. After piercing the nerve, it terminated by dividing into muscular branches. The inferior gluteal nerve emerged out from the pelvis through the greater sciatic foramen, above the level of the piriformis. The SN in this case was highly predisposed to compression by the piriformis, IGA or IA, which in turn may lead to altered cutaneous sensation or weakness of the muscles.

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Treatment of Complete Persistent Sciatic Artery with Distal Thromboembolism by Thromboembolectomy Only

Cited by 4 publications

References 8 publications

Anatomic variability of branches of iliac and femoral arteries in human fetuses

Anatomic variability of branches of iliac and femoral arteries in human fetuses

Bilateral Incomplete Persistent Sciatic Arteries: a Rare Anatomical Variant

A sciatic nerve with three roots and its perforation by the enlarged ischiadic artery

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