Peripheral vascular injuries due to blunt trauma (road traffic accident): management and outcome.

BACKGROUND: The present study was undertaken to analyze the pattern, presentation and management of peripheral vascular injuries due to road traffic accidents (RTA). METHODS: A prospective study of patients of peripheral vascular injuries due to road traffic accidents (RTA) between Jan. 2007 to Dec. 2011. A total of 192 patients presented with peripheral vascular injuries due to RTA during this period. All patients with vascular injury due to other causes were excluded from study. RESULTS: Most of the patients were managed by reverse saphenous vein graft followed by end to end anastomosis. Most of the patients had associated long bone fractures. Delayed presentation and associated long bone fractures had bad effect on outcome. Wound infection and thrombosis of the graft were the most important complication. Amputation rate was 4.68%. CONCLUSION: Vascular injury due to RTA requires prompt recognition and referral to a vascular center. Immediate revascularization has excellent results and less morbidity. Proper clinical examination and hand held Doppler examination are enough to reach the diagnosis.

Vascular injuries: trends in management.

ABSTRACT: Vascular injury presents a great challenge to the emergency resident because these injuries require urgent intervention to prevent loss of life or limb. Sometimes serious vascular injury presents with only subtle or occult signs or symptoms. The patient may present weeks or months after initial injury with symptoms of vascular insufficiency, embolization, pseudoaneurysm, arteriovenous fistula etc. Although the majority of vascular injuries are caused by penetrating trauma from gunshot wounds, stabbing or blast injury, the possibility of vascular injury needs to be considered in patients presenting with displaced long bone fractures, crush injury, prolonged immobilization in a fixed position by tight casts or bandages and various invasive procedures. iatrogenic vascular injuries constitute about 10% of cases in most series; however the incidence is an increasing trend because more endovascular procedures such as angioplasty and cardiac catheterization are being performed routinely. Civilian trauma is more frequently seen in young males. However, it can occur at any age due to road accidents, firearms, bomb blasts and diagnostic procedures. Most of the time, civilian trauma causes less tissue damage. There is an epidemic of vascular injuries in Kashmir valley because of problems in law and order in the past two decades. This review deals with the topic in detail.

Penetrating cardiac injury: a review.

Cardiac injury presents a great challenge to the emergency resident because these injuries require urgent intervention to prevent death. Sometimes serious cardiac injury may manifest only subtle or occult symptoms or signs. As there is an epidemic of cardiac injuries in Kashmir valley due to problems of law and order, we herein present a review on management of such injuries.

Vascular injuries caused by tear gas shells: surgical challenge and outcome.

BACKGROUND: Tear gas shells are used to disperse the mob during any type of street protests. Vascular injuries due to tear gas shells have not been reported. The present study was undertaken to analyse the pattern, presentation, management and outcome of vascular injury due to tear gas shells. METHODS: Eighteen patients with vascular injury caused by tear gas shells from 1(st) Jan. 2008 to 31(st) Dec 2009 were studied. Patients with vascular injuries caused by causes other than tear gas shells were excluded from the study. RESULTS: All patients were treated with reverse saphenous vein graft as segmental loss was less than 2.5 cm. Wound infection was the most common complication, followed by graft occlusion. Amputation rate was 16.66%. Associated nerve injury occurred in 44.44% of the patients. CONCLUSION: Tear gas shell injuries should not be taken lightly. They can cause injuries as serious as vascular injuries. Vascular injuries cased by tear gas shells require prompt revascularisation to improve limb salvage. Despite proper revascularisation, patients have significant morbidity and need proper rehabilitation in the follow ups.