Elective stent-graft treatment for the management of thoracic aorta mural thrombus.

BACKGROUND: Optimal management of aorta mural thrombus (AMT) continues to be controversial. The aim of this study was to describe the management of AMT in the thoracic aorta with either conservative or stent-graft treatment and to analyze the role of morphological characteristics of thrombus in the selection of suitable candidates for intervention. METHODS: A retrospective review was conducted of all patients admitted for thoracic AMT. Clinical data, treatment used, and outcomes were recorded. Patients were divided in two groups according to the treatment used: either conservative or stent-graft. Morphological features of thrombus, including size, sessile or pedunculated aspect and mobility, were compared between the two groups. RESULTS: From January 2006 to March 2013, 13 consecutive patients (nine male, mean age 53, range 37-76) were admitted for symptomatic (n = 8) or asymptomatic AMT (n = 5). All patients received unfractionated heparin. Management of primary aortic thrombus required stent-graft in seven patients, aortic thrombectomy in one, and anticoagulation therapy alone in five. Indications for intervention were recurrent embolism (n = 4), occurrence of embolism under heparin (n = 1), or persistent thrombus (n = 2). Endovascular exclusion of AMT was successful in all cases, with no complications or deaths at 30 days and no recurrence at midterm. Analysis of the morphological features of the thrombus identified solely the high degree mobility as associated with adverse outcome (p = .048). CONCLUSION: In our experience, stent-graft exclusion of AMT is an effective approach. Systematic evaluation of thrombus mobility by a real-time imaging study can be helpful to better define the indications for radical treatment of the aortic lesion.

[PEEK customized implant for skull esthetic reconstruction]. / Reconstruction esthétique de la voûte crânienne par implant sur mesure en PEEK.

INTRODUCTION: Craniotomies provide unsightly sequels. Conservative methods for the removed bone, autologous graft, or use of surgical cement do not always allow restoring cranial symmetry. A customized PolyEtherEtherKetone (PEEK) implant may then be used. This implant is made from 3D CT reconstruction. The PEEK material is biocompatible, conformable, strong enough to protect the brain. TECHNICAL NOTE: The authors report a case of aesthetic reconstruction of a large cranial defect using a customized PEEK implant. Balloon scalp expansion was performed before implant placement. DISCUSSION: The aesthetic results are satisfactory, the postoperative short and simple. PEEK is a good alternative to titanium implants for customized implants; it is easier to use and lighter. This customized implant is well suited to correct unsightly sequels of craniotomy.