Current Issues in Pharmacy and Medical Sciences · 2015 · 10 citations · 14 references
MedicineAnatomySurgeryCardiothoracic SurgeryRadiographic AnatomyVascular SurgeryCongenital Thoracic AnomaliesNerve Compression SyndromesThoracic AnatomyThoracic Outlet SyndromeThoracic SurgeryThorax AnatomyArterial Thoracic Outlet SyndromeNeurogenic Thoracic Outlet SyndromeSuperior Thoracic ApertureThoracic AnomaliesThoracic Vascular AnomaliesUpper Extremity IschemiaUpper Limb DeficienciesUpper Limb Ischemia
Abstract The superior thoracic aperture is a place particularly vulnerable to the occurrence of tissue conflict and the development of a number of neurovascular changes carrying a risk of upper limb dysfunction. The triggering factor in this case is the pressure on the nerve vascular elements brought about by too large muscles of the chest and neck, clavicle fracture and dislocation of the upper ribs, anomalies in the form of ribs, in the neck, or by apex of the lung tumors. Each anatomical anomaly may be a cause of a number of lesions and lead to the development of the disease. Due to the nature of the oppressed structures, there are two basic groups: neurogenic and vascular. The most common variant giving clinical symptoms is neurogenic thoracic outlet syndrome. In this, the compression ratio, the brachial plexus, and for this reason, the vascular surface of the upper limb dysfunction is often overlooked. However, the vascular variant, and especially arterial sub-variant, is very dangerous because it can give complications even in the form of aneurysms, and even upper limb ischemia. The aim of the study is to present the most common changes in the thoracic outlet causing functional disorders of the upper limb.
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Arterial injuries in the thoracic outlet syndrome
Joseph R. Durham, James S.T. Yao, William H. Pearce et al. · Journal of Vascular Surgery · 1995 · 187 citations · Full text
The significance of cervical ribs in thoracic outlet syndrome
Kevin Chang, Kendall Likes, Kylie Davis et al. · Journal of Vascular Surgery · 2013 · 124 citations · Full text
Medicine, Anatomy, Applied Anatomy +13