Thoracic Outlet Arterial Compression: Prevalence in Normal Persons
- ARTERIAL CIRCULATION IN OBLITERATIVE ARTERIAL DISEASE OF THE LIMBS. Malan, Edmundo; Puglionisi, A.; Aschieri, F.; Tattoni, G.; Malchiodi, C. // Angiology;Dec1956, Vol. 7 Issue 6, p495
Examines the arterial circulation in obliterative arterial disease of the limbs. Factors affecting the pressure of the circulating blood; Assessment on the blood flow in peripheral resistance; Importance of information on segmentary pressure with or without collateral circulation.
- Cuff occlusion on the left upper arm increases flow of the left internal mammary artery and bypass flow to the left anterior descending artery. HIRAKI, TERUYUKI; WATANABE, SEIJI; MIYAWAKI, NAO; KANO, TATSUHIKO // Journal of Anesthesia;2009, Vol. 23 Issue 1, p1
Changes in vascular resistance in the left forearm may affect the flow of left internal mammary artery (LIMA)- to left anterior descending artery (LADA) bypass, because the LIMA is a major branch of the subclavian artery. We studied the effects of occlusion of the left upper arm on blood flow of...
- Femoral Artery Flow in Deep Vein Thrombosis: Hemodynamics of Slow Versus Acute Femoral Vein Occlusion. Shifrin, Edward G. // Angiology;Mar1985, Vol. 36 Issue 3, p154
There are many reports of reduced flow in the femoral artery following acute occlusion of the femoral vein. Poorer results might also be expected in arterial reconstructive surgery for obliterative vascular disease, in the event of deep vein thrombosis (DVT) of the limb. It is likely that...
- ARTERIAL CIRCULATION IN OBLITERATIVE ARTERIAL DISEASE OF THE LIMBS. Malan, Edmondo; G.Tattoni; Aschieri, F.; Puglionisi, A.; Malchiodi, C. // Angiology;Dec1956, Vol. 7 Issue 6, p499
Examines the arterial circulation in obliterative arterial disease of the limbs. Assessment of blood circulation time or circulation speed; Use of fluorescent substances to explore the status of the peripheral circulation; Implication for the difference in blood circulation time.
- A case of an anomalous radial artery arising from the thoracoacromial trunk. Loukas, Marios; Louis Jr., Robert G.; Almond, Jedidiah; Armstrong, Treva // Surgical & Radiologic Anatomy;Dec2005, Vol. 27 Issue 5, p463
We present a case of an anomalous radial artery (ARA), which arose as a branch of the thoracoacromial trunk. After giving rise to the lateral thoracic artery, the ARA continued superficially through the brachium and antebrachium, terminating as the deep palmar arterial arch. This anomalous...
- THE EFFECT OF CERVICO-THORACIC SYMPATHETIC BLOCK ON THE SMALL BLOOD VESSELS. Magora, Florella; Davis, Eli // Angiology;Aug1966, Vol. 17 Issue 8, p593
Biomicroscopy of the bulbar conjunctival, lip, and nailfold small vessels was done in patients who were given unilateral cervico-thoracic sympathetic block. The changes observed appeared simultaneously on the blocked and contralateral side. They consisted of marked dilatation of the venules,...
- RETROGRADE PEDAL/TIBIAL ARTERY ACCESS FOR TREATMENT OF INFRAGENICULAR ARTERIAL OCCLUSIVE DISEASE. El-Sayed, Hosam F. // Methodist DeBakey Cardiovascular Journal;Apr/June2013, Vol. 9 Issue 2, p73
Endovascular intervention has emerged as an accepted modality for treating patients with critical limb ischemia. However, this therapy poses multiple challenges to the interventionalist due to the presence of widespread multilevel disease, long and complex occlusive lesions, and the common...
- Vasculometry of Upper and Lower Extremities in Correlation with Development of Pathologic Conditions like the Diabetic Foot. Nikolić, Vasilije; Radicić, Radivoje; Selthofer, Robert; Miševiić, Toniči; Dmitroviić, Branko; Šnajder, Darija; Šišljagiić, Vladimir; Belovari, Tatjana; Suičiić, Zvonimir // Collegium Antropologicum;2010 Supplement 1, Vol. 34, p77
We assume that the vascular apparatus of the lower limb did not evolutionary adapt to leg mass and volume. The lower limb is grater in length and volume that the upper limb, and therefore the arteries should have a bigger diameter and cross-sectional area. During pathoanatomic autopsies at the...
- Strain Gauge Plethysmography in the Study of Circulation of the Limbs. Forconi, S.; Jageneau, A.; Guerrini, M.; Pecchi, S.; Cappelli, R. // Angiology;Jul1979, Vol. 30 Issue 7, p487
Focuses on the use of strain gauge plethysmography in the study of circulation of the limbs. Registration of spontaneous or provoked volume changes in a segment of the body; Principle of venous occlusion.