Clinically unsuspected complications of arterial surgery shown by post-operative digital substraction angiography

The aetiology and treatment of 35 femoral false anastomotic aneurysms in 29 patients presenting over the 4-year period 1984-88 were reviewed retrospectively. The mean interval between primary anastomosis and false aneurysm repair was 6 years (range from 2 weeks to 16 years). Twenty-two (63 per cent) false aneurysms had occurred after previous aortobifemoral bypass grafting for occlusive aortoiliac disease. Seven (20 per cent) presented as acute surgical emergencies. Review of the records of the initial operations revealed that superficial wound infections with positive bacteriological cultures had been present in eight cases (23 per cent) and a further two (6 per cent) had lymph fistulae. Thirty-two false aneurysms were repaired, by simple reanastomosis in 14 cases, interposition grafting in 17 cases and in one case by complete revision to an aortobifemoral bypass graft. The risk of a further operative repair was less (P less than 0.05) following interposition grafting, than after simple revision. False aneurysm repairs, when compared with primary reconstructions done during the same period, were associated with more superficial wound infections (37 versus 10 per cent) and more explorations for haemorrhage within 30 days (19 versus 7 per cent).

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Anastomotic aneurysms of the femoral artery: Aetiology and treatment

Clarke

Poskitt

Baird

et al. 1989

Journal of British Surgery

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The usefulness of near-infrared spectroscopy in the anesthetic management of endovascular aortic aneurysm repair

et al. 2012

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Near-infrared spectroscopy (NIRS) may be a useful method for monitoring the regional oxygen saturation (rSO(2)) of the lower extremity during endovascular aortic repair. Eighteen patients with thoracic descending and/or abdominal aortic aneurysm were enrolled in this study. NIRS probes were placed bilaterally on the calves. Muscular rSO(2) (mrSO(2)) was monitored every 30 s throughout the operation. In the leg in which the femoral artery was clamped, mrSO(2) values were selected at 3 or 4 points-just before clamping (control value), 30 min after clamping, 10 min after the first declamping, and 10 min after the second declamping following repair of the femoral artery, if necessary. In all patients, mrSO(2) decreased significantly during clamping, from 64 ± 11 % (mean ± SD) of the control value to 32 ± 15 %. After declamping, mrSO(2) recovered to 69 ± 14 % of the control value in 16 patients. In the 2 other patients, however, mrSO(2) did not recover after the first declamping, because of femoral artery dissection. After additional repair, mrSO(2) recovered quickly to the control value. These data suggested NIRS may objectively and quantitatively reflect oxygenation of the lower extremities, and may indicate an ischemic event that needs additional repair during endovascular aortic repair.

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The development and use of digital subtraction angiography

Jeans¹

1990

The British Journal of Radiology

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The technique of radiographic subtraction was first described in 1935 (Ziedses des Plantes, 1935), although the first English language paper on the subject did not appear until 27 years later (Hanafee & Stout, 1962). This commented that the technique provided an economical photographic method of reducing the confusion of overlapping bony structures in angiographic studies. The advantages of radiographic subtraction can be summarized as (a) providing image enhancement and (b) improving and bringing out detail in areas hidden by overlying bone or poor contrast. These features may therefore save the situation when the density of contrast medium is insufficient to show a lesion (Leeds, 1974). Previously, intravenous injections of contrast medium had been used to show the aorta and other arteries (Steinberg et al, 1959). Digitization of images was introduced experimentally (Meyers et al, 1963), with the aim of automating the reading of radiographs. Manipulation of digitized information became widely used when computerized tomographic (CT) scanners were introduced, and an early use of computerized subtraction was for the assessment of regional cerebral blood flow (Zilkha et al, 1976) in which pre-injection scans were subtracted from postinjection scans to allow analysis of areas of the scan sections. A series of papers then appeared from workers at the University of Wisconsin describing “computerized fluorography” in which images from an image intensifier were collected, amplified logarithmically and digitized, before being integrated, processed and redisplayed on a monitor (Kruger et al, 1979).

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Clinically unsuspected complications of arterial surgery shown by post-operative digital substraction angiography

Cited by 3 publications

References 8 publications

Anastomotic aneurysms of the femoral artery: Aetiology and treatment

Anastomotic aneurysms of the femoral artery: Aetiology and treatment

The usefulness of near-infrared spectroscopy in the anesthetic management of endovascular aortic aneurysm repair

The development and use of digital subtraction angiography

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