Management of proximal axillary and subclavian artery injuries

BACKGROUND

The aim of this study was to review the management and outcome of proximal axillary and subclavian artery injuries, and to estimate the prehospital mortality rate for subclavian injury through forensic pathology autopsy data.

METHODS

Data were collected prospectively for 260 patients who presented between 1977 and 1996 with trauma to the proximal axillary and subclavian arteries.

RESULTS

The majority of victims (214, 82 per cent) were admitted following stab injury. Some 154 patients (59 per cent) presented within 24 h of sustaining an injury and, of these, 59 (38 per cent) required immediate surgery. An additional 67 patients (26 per cent) attended 2 days or more after injury. Comparison of these data with those from forensic autopsy reports suggests that the prehospital mortality rate for penetrating subclavian trauma was approximately 75 per cent.

CONCLUSION

Approximately 25 per cent of subclavian artery injuries caused minimal initial symptoms but delayed complications prompted attendance for medical attention. The majority of patients who survived subclavian artery injury and attended for medical attention were haemodynamically stable on admission; selective arteriography provided valuable information in these patients. Supraclavicular and infraclavicular incisions avoided clavicular division and reduced the postoperative morbidity associated with distal subclavian artery injuries.

The role of angiography in periclavicular penetrating trauma

Our objective was to evaluate whether physical examination in conjunction with chest X-ray can accurately diagnose the presence of significant vascular injury in penetrating periclavicular trauma. Results from a management protocol for penetrating periclavicular trauma were reviewed for the period January 1992 through December 1996 at an urban Level I trauma center. All patients requiring angiography for periclavicular penetrating trauma with trajectory of the injury falling between the lateral border of the manubrium and the anterior axillary line were entered into the management protocol. All patients underwent anterior-posterior chest radiography on arrival to the trauma center and 6 hours after admission. Tube thoracostomy was placed if clinically indicated on presentation or for X-ray findings. Clinical assessment was performed on all patients, with emphasis placed on the presence of "hard" signs for vascular injury. In addition to accepted hard signs for vascular injury, significant chest tube output (>1000 cc) and chest X-ray findings consistent with significant hemorrhage were also considered hard signs for vascular injury. Assuming hemodynamic stability, all patients with suspected subclavian/axillary arterial injury based on wound trajectory or clinical findings consistent with vascular injury underwent angiography. Forty-six patients were entered into the protocol with 30 left-sided injuries and 16 right sided injuries. The majority of injuries were secondary to gunshot wounds (31), with 14 stab wounds and 1 shotgun injury. Emergency room chest X-ray results revealed 32 negative chest X-rays, 7 pneumothoraces, 2 hemopneumothoraces, 2 hemothoraces, and 3 chest tubes placed before initial chest X-ray. A total of 7 injuries were diagnosed, with 1 missed injury, resulting in a sensitivity of 86 per cent for clinical assessment. The missed injury was a pseudoaneurysm of an axillary artery secondary to a self-inflicted shotgun wound. One mortality occurred in this series, which was a death in the operating room secondary to blood loss from an axillary artery injury. We conclude that clinical assessment can adequately diagnose the presence of surgically significant vascular injury in periclavicular penetrating injuries with trajectories lateral to the manubrium.

[Complications of percutaneous transluminal renal angioplasty--case report]

Complications of percutaneous transluminal renal angioplasty (PTRA) most frequently occur on dilated artery, and rarely on peripheral punctured artery. In the study was presented 24-year old female patient in whom the painful tumor developed five days after PTRA at the spot of axillary artery punction. Tumor caused the lesion of brachial plexus by the compression, which was the reason for urgent surgery.

Endovascular management of axillary artery trauma

A 17-year-old man was seen with an expanding false aneurysm of the right axillary artery. This was treated by an intraluminal covered-stent introduced through the brachial artery via an 11F sheath. The covered-stent was constructed from a segment of great saphenous vein anchored in the axillary artery by a 29 mm Palmaz stent. Postoperative arteriography and duplex scanning confirmed normal flow through the axillary artery with complete exclusion of the aneurysm. Postoperative recovery was uneventful.

Penetrating injuries to the subclavian and axillary vessels

BACKGROUND

Subclavian and axillary vascular injuries are notorious for their mortality and their difficult surgical exposure. In the present study we analyze our experience with 79 patients and describe the techniques used for surgical access to these vessels.

STUDY DESIGN

Retrospective review of the medical records of all patients with penetrating injuries to the subclavian or axillary vessels who had been admitted to 2 Los Angeles trauma centers during a 4-year, 3-month period.

RESULTS

Seventy-nine patients were admitted during the study period January 1993 to March 1997 (58 gunshot injuries, 21 other penetrating injuries). The artery was injured in 59 patients and the vein in 40 (20 patients had both arterial and venous injuries). Eighteen patients (23%) were admitted with no signs of life or were in extremis and underwent an emergency room thoracotomy without any survivors. Fifty-eight patients underwent exploration in the operating room, 1 patient with an arteriovenous subclavian fistula was successfully managed with a radiologically placed endovascular stent, and 2 patients with minimal subclavian artery injuries were managed nonoperatively. Overall mortality was 34.2%. Excluding the ER thoracotomies the overall mortality was 14.8%. The mortality for isolated arterial injuries was 20.5%, for isolated venous injuries 50%, and for both vessels 45.0%. The mortality in venous injuries was significantly higher than in arterial injuries (p < 0.05). The standard clavicular incision provided adequate exposure in 32 (50.0%) of the operating room cases. In the other 50% of operating room cases a combination of a clavicular incision with a median sternotomy or thoracotomy was necessary. Proximal subclavian injuries may be accessed through a clavicular incision combined with a median sternotomy irrespective of left or right site location.

CONCLUSIONS

Subclavian and axillary vascular injuries remain lethal. A clavicular incision provides satisfactory surgical exposure in about half the patients. In patients with proximal injuries addition of a median sternotomy provides adequate surgical access in both right and left subclavian vessels.

[Use of temporary bypass in surgical treatment of limbs large arteries injuries]

The results of application of temporary bypass in surgical treatment of injuries of large arteries of the limbs in 40 victims are analysed. The causes of thrombosis of temporary shunt are studied its wide use is thought unreasonable. Indications for the use of temporary bypass in patients with damages of large arteries of the limbs at the stages of qualified surgical and specialised angiosurgical care are determined.

[Scapulo-thoracic dissociation. A missed injury?]

The scapulothoracic dissociation (SD) is a complex injury of the shoulder girdle, mostly associated with polytraumatized critically ill patients. This case report of 3 patients shows the variety of possible injuries combined with SD. Diagnosis and therapy in such a rare trauma, which is most likely seen in specialized trauma centres are being described. The 3 patients are presented from trauma to management, with remarks to various possibilities in treatment. Reports of other groups include multicenter studies with small numbers of patients, making it different to look for homogenity or defining standards, whereas current guidelines are being mentioned, including remarks on the management of these mostly polytraumatized and vitally endangered patients.

Axillary artery aneurysms

Aneurysms of the axillary artery are rare but potentially dangerous lesions that threaten the upper extremity with vascular and neurologic compromise. Most can be treated effectively with surgical excision and vascular grafting. An illustrative case is presented. These aneurysms may arise as pseudoaneurysms secondary to trauma or iatrogenic complications, or as degenerative lesions often secondary to the chronic use of crutches. They may also arise as postobstructive lesions in patients with thoracic outlet syndrome. Signs and symptoms vary with the cause of the aneurysm and may include mass effects with brachial plexus compression and thromboembolic events involving the hands and fingers. Arteriography is the mainstay of diagnosis, and treatment should be considered in most of these lesions as soon as they become apparent to prevent limb loss or dysfunction.

Aggressive management of vascular injuries of the thoracic outlet

PURPOSE

We present a review of 35 patients who underwent an operation for subclavian (n = 18) or axillary (n = 17) vessel injury. In some patients, both an artery and a vein were damaged, resulting in a total of 30 arterial and 16 venous injuries.

METHODS

The wounding source included a gunshot (n = 19), a stab wound (n = 9,) and blunt trauma (n = 7). Seven patients had hypotension and were taken immediately to the operating room. Seventeen patients had diminished or absent pulses, whereas 13 patients had normal pulses despite an arterial injury. Associated injuries included nerve injury (n = 15), pneumohemothorax (n = 5), and fractures (n = 7). Angiography in 21 patients demonstrated an intimal flap (n = 8), extravasation (n = 5), a pseudoaneurysm (n = 3), an arteriovenous fistula (n = 2), and occlusion (n = 1). Two angiograms were normal. Arterial repair was accomplished by interposition graft (n = 17), primary repair (n = 9), patch angioplasty (n = 3,) and ligation (n = 1).

RESULTS

No functional deficits occurred in patients with an isolated vascular injury. Seven patients with associated brachial plexus injuries experienced severe disability. One arm of a patient was amputated. Two patients died.

CONCLUSIONS

The use of angiography helps to confirm and localize injuries. Prompt correction of the vascular injury avoids disability resulting from ischemia. Although the amputation rate is low with vascular repair, the functional disability resulting from associated nerve injuries can be devastating.

Axillary artery injury as a complication of proximal humerus fractures

Proximal humerus fractures are common injuries and represent approximately 5% of all fractures. These fractures are infrequently associated with neurovascular injuries. Brachial plexus injuries are uncommon, whereas axillary artery injuries are rare. A review of 19 previously reported cases of axillary artery injury after proximal humerus fracture revealed that 84% occurred in patients older than 50 years, 53% were associated with brachial plexus injury, and 21% resulted in upper extremity amputation. This study describes a case of axillary artery injury after proximal humerus fracture and, on the basis of a literature review, offers suggestions for the early diagnosis and effective treatment of this uncommon injury.

Traumatic pseudoaneurysm of the axillary artery following anterior dislocation of the shoulder. Case report

Vascular complications are rare in cases of simple anterior dislocation of the shoulder but the axillary artery or its branches may be damaged. Very few cases are found in the literature reporting false aneurysms of axillary artery secondary to blunt trauma to the shoulder. A case of pseudoaneurysm of the axillary artery in a 75-year-old woman is reported. Diagnosis was suspected because large pectoral haematoma with haemodynamic instability appeared a few hours later after manual reduction of the dislocation. The pseudoaneurysm was confirmed with selective angiography of the axillary artery. Arteriography should be performed whenever vascular injury is suspected. Delayed recognition of these lesions may lead to permanent neurologic deficits despite adequate vascular repair of the axillary artery. A coordinated vascular and orthopaedic approach and prompt surgical treatment may assure full upper limb function. Although endovascular treatment of these lesions could seem attractive, we prefer to use open surgical techniques because they allow us to treat frequent concomitant injuries and perform decompression of the axillar fossa because of the large haematoma.

Axillary artery injuries after proximal fracture of the humerus

Although axillary artery injury occurs frequently with dislocations of the shoulder and fractures of the clavicle, it is rarely associated with fractures of the proximal humerus. If the axillary artery is damaged, prompt recognition and treatment are necessary to salvage the involved extremity.

Axillary artery injury in closed fracture of the humeral neck

A case of atherosclerotic axillary artery rupture in closed fracture of the proximal part of the humerus is described. It demonstrates a possible serious arterial injury in elderly persons even in case the fracture of the humeral neck is not dislocated. If there are signs of disturbed circulation in these injuries, angiography is indicated irrespective of the type of fracture and mechanism of injury.

[Traumatic lesion of the subclavian and axillary arteries]

This study comprises 11 patients with traumatic vascular injuries of the subclavian and axillary vessels treated in the last 13 years at the Institute of General and Cardiovascular Surgery of Milan. Nine patients were male and two were female. In two patients the cause of injury was a penetrating trauma; blunt trauma occurred in nine patients. The majority of injuries were caused by motor vehicle accidents. Two patients suffered complete brachial plexus palsies with complete transection of the median nerve. Seven patients were affected by multiple bone injuries, while major venous injury was present in one case. Diagnosis was established by angiography performed in all stable patients. Vascular repair was performed in 10 patients; 4 patients were treated by primary repair, and 6 patients by interposition grafts. In one case we performed a transluminal percutaneous angioplasty (PTA) during angiographic examination, with a good result. There were no postoperative vascular complications and no patient died.

[Posttraumatic pseudoaneurysm of the axillary artery after anterior dislocation of the shoulder: a case report]

We present a case of a young patient, 44 years old, with a pseudoaneurysm of the axillary artery after anterior shoulder dislocation. The early diagnosis of axillary artery lesions after trauma is difficult in some cases. It's important to mention the possibility of accidental vascular surgery during reduction of the shoulder dislocation. In consequence, in all patients with a penetrating or blunt trauma of the shoulder is required a neurological and vascular examination; in any suspicions, an additional arteriography and computer tomography is indicated. Early repairs of vascular and neurological lesions are very important for the outcome of these patients.

Rehabilitation of patient with brachial plexus lesion and break in axillary artery. Case study

This paper describes the physiotherapy and occupational therapy used in treating a 74-year-old woman with a left brachial plexus lesion, a break in the axillary artery, dislocation of the acromioclavicular joint, a broken scapula and clavicula, serial left rib fractures, and lacerations on the upper and lower arm. After testing the patient, the following goals were set: reduce pain, soften scar tissue, and improve joint motion, muscle strength, and functionality of the hand. A 12-month outpatient program was used. Various analgesics were used to reduce pain, and a special aid was made to unweight the shoulder and elbow joints. Physiotherapy included kinesiotherapy, audiovisual biofeedback, electrical stimulation, friction massage, and lymph drainage. Occupational therapy included active functional exercises and re-education. As a result of this program, the patient no longer had pain, passive range of motion was close to normal, active motion where present was improved, swelling was reduced, and the hand became functional again. Complex physiotherapy, occupational therapy, and the patient's motivation resulted in the rehabilitation of severe trauma of the hand.

Brachial plexus palsy and carotid artery dissection

We report a case of stroke due to carotid artery dissection in a young man following a traumatic brachial plexus palsy associated with a pseudoaneurysm of the axillary artery.

Arterial injury of the axilla: an unusual case after blunt trauma of the shoulder

The lesion of an axillary artery after a shoulder dislocation without bone fractures is very rare. The most common lesion is the subtotal transection of the vessel. Vascular injuries may be associated with nervous lesions whose incidence ranges from 27 to 44%. The nervous lesions are highly invalidating. The symptoms which recur most frequently are motor and sensitive deficiencies and a distal ischemia which, in some cases, may not be noted owing to the extensive collateral network. Whenever these symptoms are covered or absent, as in this case report, an angiography of the upper limb becomes essential for correct diagnosis and treatment.