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PubMedDate not supplied

Axillary artery injury from humeral neck fracture: a rare but disabling traumatic event.

Axillary artery injury from blunt trauma to the shoulder is uncommon. Fracture of the neck of the humerus is a rare cause of injury to the axillary artery. Four cases of axillary artery thrombosis from humeral neck fracture are reported. Each of the first 2 patients presented with a pulseless and acutely ischemic limb after a trivial fall. A repair of the axillary artery with saphenous vein interposition graft was performed in the first patient. The extremity was salvaged, but a residual radial and ulnar neurologic deficit persisted. The second patient presented with a pulseless insensate upper extremity accompanied by motor loss. He underwent primary axillary artery repair. Still early in his postoperative course, he has had global brachial plexopathy and is undergoing intensive physical therapy. The third patient had a delayed presentation of brachial plexopathy and sympathetic reflex dystrophy. Arterial reconstruction was not required owing to excellent collateralization. The fourth patient presented with a cool pulseless extremity. His recovery is nearly complete after bypass of the axillary artery with a reversed saphenous vein graft. In addition, a review of the literature revealed 24 cases of axillary artery injury associated with humeral neck fracture. The mean age was 66.6 years. The most common mechanism of injury was a fall (79%). Thirteen patients (46%) presented with a neurologic deficit. Acute ischemia was present in 68%. Physical examination predicted the arterial injury in all but 1 patient. The injured axillary artery was repaired in 26 cases. Revascularization by an interposition graft was the most common procedure. All grafts and reanastomoses were patent and led to limb salvage. Of 9 primary repairs, 3 amputations were performed. Although limb salvage rate was 89%, a good functional outcome was obtained in only half of the patients. A high index of suspicion is required for early diagnosis of axillary artery injury. Despite excellent results of vascular reconstruction, the outcome remains determined by the excessive neurologic morbidity. Recognition of the associated brachial plexus injury is essential to improve the functional outcome of this unusual arterial injury.

Accidental Falls↗
PubMed2003

Aberrant axillary artery descending deep beneath the brachial plexus.

An aberrant axillary artery that descended deep beneath the brachial plexus during its course was observed. The artery passed between the lateral and medial cords, as would an ordinary axillary artery, but further passed between the posterior divisions forming the posterior cord. The axillary artery turned medially to emerge from the lower border of the medial cord and finally ran as an ordinary artery. The aberrant axillary artery is judged to reach deeper to the brachial plexus, because it penetrated the posterior division of the brachial plexus from superficial to deep. It is possible to account for the formation of this artery as one of the combinations of the ordinary axillary artery and its branches, with the positional relationships between the brachial plexus.

Aged↗
PubMed1993

Comparison of axillary artery or brachial artery pressure with aortic pressure after cardiopulmonary bypass using a long radial artery catheter.

Arterial pressure measured in a peripheral artery may significantly underestimate central arterial pressure after discontinuation of cardiopulmonary bypass (CPB). Arterial pressure measured with a 50 cm radial artery catheter advanced into the brachial or axillary artery was compared to ascending aortic pressure in 31 patients before and after discontinuation of CPB. The radial artery catheter extended proximally into the brachial artery in 8/31 patients, and into the axillary artery in 23/31 patients. The patient's age, pre-CPB cardiac ejection fraction, and surgical procedures were similar in both groups. The systolic arterial pressure measured in the ascending aorta was found to be significantly different from that in the axillary artery after CPB, whereas the mean and diastolic pressures were not. The average aorta-to-axillary artery systolic pressure gradient was -3.0 +/- 4.0 mmHg, with no patient having a gradient greater than 10 mmHg. The systolic and mean arterial pressures measured in the ascending aorta were found to be significantly different from that in the brachial artery after discontinuation of CPB, whereas the diastolic pressure was not. The average aorta-to-brachial artery systolic pressure gradient was 6.9 +/- 6.9 mmHg, with 3/8 patients having a gradient greater than 10 mmHg. Long radial artery catheters, placed using the Seldinger technique, provide an accurate estimate of central aortic pressure after CPB when they are advanced into the axillary artery. Sites more distal than the axillary artery may result in significant underestimation of the central aortic pressure in these patients.

Aged↗
PubMed2004

Cannulation of the axillary artery with a side graft reduces morbidity.

BACKGROUND: The axillary artery is our preferred arterial cannulation site when the ascending aorta cannot be cannulated. Previously, we cannulated the artery directly; now we use a side graft. The purposes of this study were to (1) investigate cannulation-related morbidity and (2) determine whether use of a side graft reduces it. METHODS: From January 1993 to January 2001, 392 patients underwent 399 axillary artery cannulations. Indications included calcified ascending aorta (129, 32%), ascending aortic aneurysm (115, 29%), type I aortic dissection (85, 21%), cardiac reoperation (70, 18%), and calcified femoral artery (26, 6%). The axillary artery was cannulated directly in 212 (53%) and with a side graft in 187 (47%). Comparisons of cannulation-related morbidity between the direct cannulation and side graft groups were made overall and after both adjusting and matching for propensity score. RESULTS: Cannulation-related morbidity was infrequent, with brachial plexus injury in 7 (1.8%), axillary artery damage in 7 (1.8%), aortic dissection in 3 (0.8%), and arm ischemia in 3 (0.8%). Only 4 of 187 (2.1%) occurred in the side graft group, versus 16 of 212 (7.0%) with direct cannulation (p = 0.03). After propensity adjustment, the odds ratio for reduction of risk of cannulation-related morbidity with use of a side graft was 0.15 (p = 0.002). CONCLUSIONS: Use of the axillary artery as inflow for cardiopulmonary bypass is associated with low morbidity. However, cannulation with a side graft was associated with less cannulation-related morbidity than direct cannulation. Routine use of a side graft is recommended whenever axillary artery cannulation is indicated.

Adolescent↗
PubMed1984

Blunt trauma to the axillary artery.

Blunt trauma to the axillary artery is an unusual injury. Patients with these injuries may not present with "classic" signs of arterial insufficiency; therefore a high index of suspicion is necessary to avoid delay in treatment. This article presents three patients with unusual injuries to the axillary artery and discusses their management.

Adult↗
PubMed2003

Covered stents for injuries of subclavian and axillary arteries.

INTRODUCTION: Injury to the subclavian and axillary arteries is uncommon. Exposure of these vessels is associated with significant morbidity, and mortality ranges from 5% to 30%. Endovascular methods may offer an alternative approach to these technically challenging injuries. METHODS: We retrospectively studied patients with blunt or penetrating (including iatrogenic) injuries to the subclavian or axillary artery between January 1, 1996 and July 30, 2002. Demographic data, mechanism of injury, concomitant injuries, angiographic findings, and treatment method and outcome were recorded. RESULTS: Twenty-seven patients with injury to the subclavian or axillary artery were seen at our institution during the study. Twenty-three patients underwent interventions. Eleven patients required open repair; 12 patients had lesions amenable to endovascular repair. Depending on the preference of the surgeon, 5 patients with injuries amenable to endovascular repair underwent open repair, and 7 underwent endovascular repair. A Wallgraft endoprosthesis was used in all patients; two grafts were required in 1 patient. Endovascular repair was associated with shorter operative time (P =.04) and less blood loss (P =.01). One-year patency was similar between the two groups. CONCLUSION: Covered stents are a feasible alternative to open repair in properly selected patients with subclavian or axillary artery injury, resulting in shorter procedure time and less blood loss.

Adult↗
PubMed2004

Is the axillary artery a suitable cannulation site in aortic surgery?

AIM: The axillary artery is currently gaining interest as an alternative to femoral artery cannulation in aortic surgery. It was the aim of our study to evaluate the feasibility, safety, and efficacy of axillary artery cannulation in a series of patients undergoing surgery of the ascending aorta and/or the aortic arch. METHODS: From 1998 to 2002 cardiopulmonary bypass (CPB) perfusion via the axillary artery was intended in 35 patients (28 male), median age 61 (22-77) years. The underlying disease was acute aortic dissection type A in 22/35 (63%), chronic aortic dissection type A in 2/35 (6%), ascending aortic aneurysm in 8/35 (22%), aortic regurgitation after previous ascending aortic replacement in 1/35 (3%), pseudoaneurysm after Bentall operation in 1/35 (3%) and coronary artery disease with severe arteriosclerosis of the aorta in 1/35 (3%). RESULTS: Conversion to femoral artery or ascending aortic cannulation was necessary in 3 patients. In the other cases, adequate CPB flows of 2.4 l/m2/min were achieved. In 1 case local dissection of the axillary artery occurred after emergency cannulation. No postoperative complications related to axillary artery cannulation, such as upper extremity ischemia, brachial plexus injury, or local wound infection occurred. No new postoperative stroke was noted, hospital mortality was 4/35 (11%) patients. CONCLUSION: Axillary artery cannulation is feasible in the majority of cases and seems to be a safe and effective method in surgery of the ascending aorta and aortic arch. Several disadvantages of femoral artery cannulation and perfusion can be avoided.

Adult↗
PubMed1984

[Coronarography by percutaneous puncture of the axillary artery. Value in arteriopathies of the lower limbs].

Coronary angiography by a percutaneous femoral approach using the Judkins-Bourassa technique with special preformed catheters is widely used. This approach is potentially dangerous or impossible in patients with severe lower limb arteriosclerosis even after operation and so the investigation has to be done by Sones' technique (denudation of the humeral artery). There is, however, another upper limb approach which does not involve arterial denudation: percutaneous right or left axillary artery catheterisation. This paper reports the experience of a multicentre study of this method in 105 patients. This study is of interest as an arterial catheter introducer was used which, does not compress the artery, prevents bleeding when the catheter has to be changed and reduced the risk of thromboses or laceration of the axillary artery. 73 of the 105 patients had lower limb arteriosclerosis 5 had aortic aneurysms and 1 patient had a previous history of femoral artery embolism. There was a primary indication for this approach in 21 cases. The left axillary artery was used in 83 cases (79%) and the right axillary artery in 22 cases (21%). The coronary catheters were those usually used with the femoral approach. The left side was chosen preferentially as it avoided the brachiocephalic trunk and facilitated the catheterisation of the coronary ostia and of aorto-coronary bypass grafts. Selective catheterisation of the left coronary artery was achieved in 21 out of 22 cases (95%) and of the right coronary artery in all 22 cases (100%) by the right axillary route. Both left and right coronary arteries were selectively catheterised in all cases by the left axillary approach.(ABSTRACT TRUNCATED AT 250 WORDS)

Adult↗
PubMed2006

Detection and monitoring of complications associated with femoral or axillary arterial cannulation for surgical repair of aortic dissection.

OBJECTIVES: Femoral arterial perfusion can be associated with complications, and axillary arterial perfusion is not free from risk. The purpose of this study was to describe the incidence and complications of femoral versus axillary artery cannulation for surgical repair of aortic dissection and to devise a strategy for early detection and monitoring of complications using transesophageal echocardiography, near-infrared spectroscopy, and orbital Doppler. DESIGN: Retrospective and observational. SETTING: University hospital. PARTICIPANTS: Seventy-five consecutive patients with aortic dissection who underwent aortic repair between 1995 and 2004. INTERVENTIONS: Aortic surgery. MEASUREMENTS AND MAIN RESULTS: Among the 44 cases with femoral arterial perfusion, sudden onset of hypotension occurred in 3 cases but was immediately treated based on the TEE diagnosis (collapse of true lumen in the descending aorta). In another case, myocardial ischemia occurred because of occlusion of the coronary artery. These four cases comprised 57.1% of 7 patients with type III dissection with retrograde extension in whom femoral arterial perfusion was used. However, malperfusion was not encountered in 3 cases of the same type of dissection but with axillary arterial perfusion. Axillary artery perfusion (29 cases) led to malperfusion of the right frontal lobe and coronary artery in 1 case each. CONCLUSIONS: Flexible management guided by real-time information is essential. Upon initiating femoral arterial perfusion, malperfusion should first be checked for in the descending aorta and then in the coronary and visceral arteries, especially in cases of type III dissection with retrograde extension. Attention should be paid to cerebral and coronary malperfusion when initiating axillary arterial perfusion.

Adult↗
PubMed1985

Late axillary artery thrombosis in patients with occluded axillary-femoral bypass grafts.

The axillary-femoral bypass graft is an alternative to direct anatomic procedures for patients with aortoiliac occlusive disease. Touted for its low morbidity and mortality rates, with corresponding improved patency rates, this extra-anatomic procedure has been considered safe and effective. Noncompromising upper extremity ischemia and one case of upper extremity loss, associated with early graft thrombosis, have been reported previously. This article describes two cases of late axillary artery thrombosis, occurring 4 and 6 months after graft thrombosis, which severely jeopardized the viability of the ipsilateral upper extremity. Experience with these patients has shown that a thrombosed axillary-femoral bypass graft may jeopardize the viability of the ipsilateral upper extremity many months after its failure. The absence of information in the literature regarding this complication suggests this is a rare complication of thrombosed axillary-femoral grafts.

Aged↗
PubMedDate not supplied

Crutch-induced axillary artery injury.

PURPOSE: To describe the spectrum of radiologic findings in crutch-induced axillary artery injury and the effects of its unique pathophysiology on diagnostic evaluation and treatment. METHODS: Three patients with axillary crutch-induced axillobrachial injury were studied angiographically and percutaneous intervention was performed in two cases. RESULTS: One patient required surgical bypass of a thrombosed axillary artery aneurysm. One patient responded to percutaneous transluminal angioplasty (PTA) of a focal axillary artery stenosis. One patient with an axillary artery aneurysm and distal thromboembolic disease was treated by both thrombolysis and surgical thromboembolectomy and later by PTA of an axillary artery intimal disruption. CONCLUSION: Chronic axillary crutch use may be associated with axillary artery stenosis, aneurysm formation, and secondary axillobrachial thromboembolic disease. Mural injury can be successfully treated by PTA and thromboembolic disease by thrombolytic therapy. Early identification of the axillary artery lesion is critical for long-term therapeutic results.

Aged↗
PubMed1999

Axillary artery cannulation in type a aortic dissection operations.

BACKGROUND: Femoral arteries are the preferred site of peripheral cannulation for arterial inflow in type A aortic dissection operations. The presence of aortoiliac aneurysms, severe peripheral occlusive disease, atherosclerosis of the femoral vessels, and distal extension of the aortic dissection may preclude their utilization. Axillary artery cannulation may represent a valid alternative in these circumstances. METHODS: Between January 15, 1989, and August 20, 1998, in our institution, 22 of 152 operations (14.4%) for acute type A aortic dissection were performed with the use of the axillary artery for the arterial inflow. Axillary artery cannulation was undertaken in the presence of femoral arteries bilaterally compromised by dissection in 12 patients (54.5%), abdominal aorta and peripheral aneurysm in 5 patients (22.7%), severe atherosclerosis of both femoral arteries in 3 patients (13. 6%), and aortoiliac occlusive disease in 2 patients (9.1%). In all patients, distal anastomosis was performed with an open technique after deep hypothermic circulatory arrest. Retrograde cerebral perfusion was used in 9 patients (40.9%). RESULTS: Axillary artery cannulation was successful in all patients. The left axillary artery was cannulated in 20 patients (90.9%), and the right axillary artery was cannulated in 2 patients (9.1%). Axillary artery cannulation followed an attempt of femoral artery cannulation in 15 patients (68. 2%). All patients survived the operation, and no patient had a cerebrovascular accident. No axillary artery thrombosis, no brachial plexus injury, and no intraoperative malperfusion were recorded in this series. Two patients (9.1%) died in the hospital of complications not related to axillary artery cannulation. CONCLUSIONS: In patients with type A aortic dissection in whom femoral arteries are acutely or chronically diseased, axillary artery cannulation represents a safe and effective means of providing arterial inflow during cardiopulmonary bypass.

Adolescent↗
PubMed2003

Total arch replacement using antegrade selective cerebral perfusion with right axillary artery perfusion.

OBJECTIVE: Right axillary artery (AxA) perfusion, which can prevent cerebral embolism caused by retrograde perfusion via the femoral artery (FA), was used for selective cerebral perfusion (SCP) as well as cardiopulmonary bypass (CPB) in aortic arch repair. We review the outcome of aortic arch surgery using SCP with right AxA perfusion to clarify its efficacy. METHOD: Between 1998 and 2002, 120 patients underwent aortic arch repair using SCP with right AxA perfusion. The mean age was 69+/-10 years. Aneurysms were atherosclerotic in 79, dissecting in 32, and others in nine patients. Twenty of them (16.7%) required emergency surgery. CPB was initiated with right AxA and FA perfusion, and following SCP was established using right AxA and left common carotid artery perfusion. RESULTS: With right AxA perfusion, hospital mortality was 5.8%. Multivariate analysis showed only ruptured aneurysm was an independent determinant for hospital mortality. Permanent neurological dysfunction developed in one patient (0.8%), while seven (5.8%) suffered from temporary one. In univariate analysis, SCP time, stenosis of the carotid arteries, past history of cerebrovascular events, and atherosclerotic aneurysm were not related to temporary neurological deficits CONCLUSION: Right AxA perfusion in conjunction with SCP is a safe and useful alternative for brain protection in total arch replacement.

Adolescent↗
PubMed2003

Cannulation of the axillary artery for cardiopulmonary bypass: safeguards and pitfalls.

BACKGROUND: The ascending aorta is the customary site for arterial cannulation for cardiopulmonary bypass. Favorable experience at our institution and elsewhere using axillary artery cannulation in treating type A aortic dissections has caused us to broaden our indications for using this site for arterial cannulation for cardiopulmonary bypass. METHODS: Medical records, operative notes, and perfusion records were reviewed in all patients in whom the axillary artery was cannulated directly or by a graft for cardiopulmonary bypass from January 1, 2000 through August 30, 2002. RESULTS: Seventy-five patients underwent axillary artery cannulation during the 32-month interval. Eleven patients had ascending aortic dissections, 20 had extensively diseased ascending aortas, and 44 were individuals undergoing repeat cardiac procedures. The right axillary artery was used in 72 patients and the left in 3. In 16 patients the artery was cannulated directly, and in 59 the arterial cannula was inserted into a prosthetic graft that had been anastomosed to the axillary artery. Axillary artery cannulation was satisfactory in 95% (71 of 75) of the cases in which it was used. CONCLUSIONS: Cannulation of the axillary artery for cardiopulmonary bypass is a dependable approach for procedures including reoperations, aortic dissections, and extensively diseased ascending aortas.

Aortic Dissection↗
PubMed2005

Endovascular repair of traumatic injuries of the subclavian and axillary arteries.

INTRODUCTION: Injury to the subclavian and axillary arteries is uncommon. Standard surgical techniques require wide exposure and dissection in traumatised areas which is often challenging and associated with significant morbidity, and mortality ranges from 5 to 30%. We report our experience with the endovascular treatment of these injuries. METHODS: We retrospectively studied patients with blunt or penetrating (including iatrogenic) injuries to the subclavian or axillary artery between January 2000 and September 2004. Demographic data, mechanism of injury, concomitant injuries, angiographic findings, and treatment method and outcome were recorded. Nine patients with injury to the subclavian or axillary artery were seen at our institution during the study. Two patients underwent interventions, seven patients had lesions amenable to endovascular repair. RESULTS: Immediate success was obtained in all procedures (100%). All patients continue to have patent grafts with a follow-up ranging from 3 to 48 months (mean 22.6 months). The procedure-related complication was the need for a brachial artery pseudoaneurismectomy at the site of device insertion in one patient (14.7%). None of the patient developed a device fracture. CONCLUSION: Endovascular stent-grafts offer an effective, less invasive alternative to standard techniques in treating traumatic arterial lesions, resulting in shorter procedure time and less blood loss than previously reported.

Adolescent↗