10.1055/b-0037-146689 15 FLOW DIVERTERS FOR BRAIN ANEURYSM TREATMENT: INTRAPROCEDURAL COMPLICATIONS AND MANAGEMENT BARTLEY MITCHELL, PEDRO AGUILAR-SALINAS, AMIN NIMA AGHAEBRAHIM, ERIC SAUVAGEAU, and RICARDO A. HANEL Abstract The recent introduction of…
10.1055/b-0037-146687 13 TECHNIQUE AND NUANCES OF DEPLOYMENT OF THE FLOW RE-DIRECTION ENDOLUMINAL DEVICE BRADLEY A. GROSS, FELIPE C. ALBUQUERQUE, KARAM MOON, and CAMERON G. McDOUGALL Abstract This chapter reviews the…
10.1055/b-0037-146676 2 THEORETICAL BASIS OF FLOW DIVERSION DAVID FIORELLA Abstract Flow-diverting devices induce a mechanical disruption of flow into and out of aneurysms which then induces physiological phenomena which lead…
10.1055/b-0037-146645 20 Cerebrum Maria Peris-Celda Fig. 20.1. Cerebrum, anterior view. Fig. 20.2. Cerebrum, left lateral view. Fig. 20.3. Cerebrum, left superolateral view. Fig. 20.4. Cerebrum, superior view. Fig. 20.5. Cerebrum,…
10.1055/b-0037-146695 21 FUTURE DEVELOPMENTS AND RESEARCH ADAM S. ARTHUR, CHRISTOPHER NICKELE, and BRANDON BURNSED Abstract Novel flow diversion therapies on the horizon are an evolving brainstorm of multifaceted strategies to…
10.1055/b-0037-146677 3 REVIEW OF CURRENT LITERATURE AND OCCLUSION RESULTS PHILIP G. R. SCHMALZ, PAUL M. FOREMAN, AVRA LAARAKKER and MARK R. HARRIGAN Abstract Flow diversion is the most significant new…
10.1055/b-0037-146678 4 COIL EMBOLIZATION VERSUS FLOW DIVERSION JEFFREY A. STEINBERG, PETER ABRAHAM, J. SCOTT PANNELL, and ALEXANDER KHALESSI Abstract First attempts at flow diversion for the healing of intracranial aneurysms…
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…
