10.1055/b-0037-146684 10 TECHNIQUES AND NUANCES OF PIPELINE DEPLOYMENT EDISON P. VALLE-GILER, RYAN HEBERT, MICHAEL J. LANG, STAVRAPOLA I. TJOUMAKARIS, PASCAL JABBOUR, and ROBERT H. ROSENWASSER Abstract Flow diversion is an…
10.1055/b-0037-146679 5 ON-LABEL USE (ILLUSTRATIVE CASES) LYNN B. McGRATH JR., JOHN D. NERVA, and LOUIS J. KIM Abstract The Pipeline for Uncoilable or Failed Aneurysms (PUFS) trial helped define the…
10.1055/b-0037-146632 7 Anterior Aspect of the Neck: Deep Dissection Maria Peris-Celda Fig. 7.1. Anterior and lateral cervical regions, anterolateral view, left side. The sternocleidomastoid and trapezius muscles have been removed….
10.1055/b-0037-146682 8 PHARMACOLOGY FOR FLOW DIVERSION AMIN NIMA AGHAEBRAHIM and ANDREW F. DUCRUET Abstract Flow-diverting devices are being used more commonly for the treatment of intracranial aneurysms. Owing to their…
10.1055/b-0037-146683 9 OVERVIEW OF CURRENT FLOW-DIVERTING DEVICES PEDRO AGUILAR-SALINAS, BARTLEY MITCHELL, DOUGLAS GONSALES, RICARDO A. HANEL, and ERIC SAUVAGEAU Abstract The treatment of intracranial aneurysms has impressively evolved over the…
10.1055/b-0037-146681 7 FLOW DIVERSION IN RUPTURED ANEURYSMS ARTHUR WANG and MICHAEL F. STIEFEL Abstract Flow diversion is an established method for treating complex aneurysms not amenable to conventional endovascular or…
10.1055/b-0037-146651 26 Cranial Nerves Maria Peris-Celda Fig. 26.1. Enlarged view of the left jugular foramen. The internal jugular vein has been removed. Fig. 26.2. Posterolateral view of the left side…
10.1055/b-0037-146650 25 Sagittal and Endoscopic Dissection of the Cranial Base Maria Peris-Celda, Carlos Diogenes Pinheiro-Neto, and Rowan Valentine Fig. 25.1. Specimen divided in the midsagittal plane, medial view of the…
10.1055/b-0037-146633 8 Posterior Aspect of the Neck Maria Peris-Celda Fig. 8.1. Posterior cervical region, posterior view. The skin and subcutaneous tissue have been removed. The sternocleidomastoid muscle has been removed…
