Publications by authors named "Andreja D Dimic"

2 Publications

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Treatment of pediatric vascular injuries: the experience of a single non-pediatric referral center.

Int Angiol 2019 Jun 15;38(3):250-255. Epub 2019 Apr 15.

Faculty of Medicine, University of Belgrade, Belgrade, Serbia.

Background: Pediatric peripheral vascular trauma carries significant risk of complications including limb loss and long-term invalidity. Mechanisms and types of morphological lesions are very diverse. The objectives of this study are to present the experience of a single vascular center in the surgical approach to pediatric vascular injuries, and to analyze the main challenges related to this clinical entity.

Methods: Over a period of 25 years, 17 pediatric peripheral vascular injuries were treated in our institution. Patient's age ranged between one day (newborn) and 15 years (mean: 10.7 years). There were five injuries of upper and 12 injuries of the lower extremity. Preoperative diagnosis was established by clinical examination (N.=4), ultrasonography (N.=1) and angiography (N.=12). Blunt trauma mainly caused arterial thrombosis while penetrating trauma caused arterial laceration or complete transection. Five patients had associated orthopedic injuries (29,4%). There were two posttraumatic pseudoaneurysms and two arterio-venous fistulas.

Results: There was no perioperative mortality. Vascular reconstructions included arterial suture (N.=4), thrombectomy + patch angioplasty (N.=1), termino-terminal anastomosis (N.=3), venous anatomic bypass (N.=6), PTFE graft reconstruction (N.=2), and venous extra-anatomic reconstruction (N.=1). Two patients had associated venous injury demanding both arterial and venous reconstruction. In the only case of war trauma treatment ended with limb loss. Other reconstructions presented good early and long-term patency.

Conclusions: Pediatric vascular injuries are extremely challenging issues. Treatment includes broad spectrum of different types of vascular reconstructions. It should be performed by vascular surgeon trained in open vascular treatment or pediatric surgeon with significant experience in vascular surgery.
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http://dx.doi.org/10.23736/S0392-9590.19.04124-5DOI Listing
June 2019

[Axillobifemoral bypass grafting].

Srp Arh Celok Lek 2004 May-Jun;132(5-6):157-62

Introduction: Axillo-femoral bypass (AxF) means connecting the axillar and femoral artery with the graft that is placed subcutaneously. Usually, this graft is connected with contralateral femoral artery via one accessory subcutaneous graft, and this connection is known as axillobifemoral bypass (AxFF). This extra-anatomic procedure is an alternative method to the standard reconstruction of aortoiliac region when there are contraindications for general or local reasons.

Objective: The objective of this paper is to show early and late results of AxFF bypass grafting as well as to show the indications for AxFF bypass.

Methods: The sample consisted of 37 patients. The procedure was performed in 28 patients who suffered from aortoiliac occlusive disease and who were at high risk due to the comorbidity--in one patient with the rupture of juxtarenal aneurysm of abdominal aorta; in five patients with aortoenteric fistula, in two patients with latrogenic lesion of abdominal aorta and in one female patient with anus preternaturalis definitivus who was treated for rectovaginal fistula. Donor's right axillary artery was used in 26 cases (70.3%), and donor's left axillary artery was used in 9 cases (29.7%). Dacron graft was used in 34 patients and Polytetrafluoroethlylene graft was used in three patients. Simultaneously, profundoplastic was done in four patients and femoro-popliteal bypass was performed in three patients. In five patients who suffered from aortoenteric fistula, simultaneous intervention of gastrointerstinal system has been done. Chi2 test was used for statistical evaluation and life table method was used for verification of late graft patency.

Results: The rate of early postoperative mortality was 13.5%. The causes of death were: sepsis--1, MOFS--3, and infarct myocardium--1. The mean follow up period was 40.1 months, ranging from six months to 17 years. During the follow up period, an early graft thrombosis was identified in two and late graft occlusion was reported in four patients. As the cause of occlusion, the progression of occlusive disease of receptive artery was identified in three patients, while anastomotic neointimae hyperplasia of recipient artery was identified in one patient. Three patients died during the follow up period. As the cause of death, CVI was reported in two patients and malignancy of the urinary tract was found in one patient. The other complications were--artery angulation on the level of proximal anastomosis in one patient (Figure 1), false aneurysm in one patient, perigraft seroma in one patient and graft infection in three patients. Life table method has shown that cumulative rate of late graft patency is 80.39% after five years (Graph 1).

Discussion: Our results were analyzed and compared with the results of the study on 283 patients who had undergone aortobifemoral bypass (AFF) operation due to the aortoiliac occlusive disease. This study was completed in 1995 (18). The results showed that there was no statistically significant differences between AxFF and AFF group (p > 0.05), considering early mortality rate and late graft patency (Graph 2). The review of mortality and late patency rate after AxFF bypass grafting in a world well known studies has shown the similar results (Table 1). CONCLUSION The authors suggest that axilobifemoral bypass is indicated when there are contraindications or difficulties to perform anatomic reconstruction due to the abdomen condition (infection, adhesion, comorbidity) as well as in high risk patients with low life expectancy.
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http://dx.doi.org/10.2298/sarh0406157dDOI Listing
November 2004
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