%0 Journal Article
%0 Generic
%A Moniche, Francisco
%A Escudero-Martinez, Irene
%A Mancha, Fernando
%A Tomasello, Alejandro
%A Ribo, Marc
%A Delgado-Acosta, Fernando
%A Ochoa, Juan Jose
%A Gil, Joaquin
%A Gil, Rosario
%A Gonzalez-Delgado, Montserrat
%A Murias, Eduardo
%A Luna, Alain
%A Gil, Alberto
%A Mosteiro, Sonia
%A Fernandez-Couto, Maria Dolores
%A Alarcon, Luis Fernandez de
%A Ramirez-Moreno, Jose M
%A Zamarro, Joaquin
%A Parrilla, Guillermo
%A Caniego, Jose L
%A Zapata-Wainberg, Gustavo
%A González-Mandly, Andres
%A Heras, Jose A de Las
%A Lopez-Mesonero, Luis
%A Ortega, Joaquin
%A Arenillas, Juan F
%A Gariía, Ernesto
%A Alcazar, Pedro P
%A Zapata-Arriaza, Elena
%A de Alboniga-Chindurza, Asier
%A Cabezas, Juan Antonio
%A Algaba, Pilar
%A Cayuela, Aurelio
%A Montaner, Joan
%A Garcia, Alejandro Gonzalez
%T The Value of Transcranial Doppler Sonography in Hyperperfusion Syndrome after Carotid Artery Stenting: A Nationwide Prospective Study.
%D 2020
%@ 2287-6391
%U http://hdl.handle.net/10668/15892
%X Cerebral hyperperfusion syndrome (CHS) is a life-threatening complication, defined as a combination of clinical features with evidence of hyperperfusion >100% [1]. Hyperperfusion has been reported in 1% to 3% after carotid artery stenting (CAS) [1]. Although hyperperfusion evidence in those patients with the typical clinical syndrome seems to be a critical aspect of the CHS, the severity of the cerebral perfusion increase that is needed to develop the CHS is not clear [2]. Definitions with different degrees of hyperperfusion have been used to diagnose CHS, although the most widely used is an increase in cerebral blood flow of more than 100% compared with baseline values [1]. The aim of the study was to validate prospectively the transcranial Doppler (TCD) criteria in diagnosis of CHS after CAS in a nationwide study.
%K Brain Edema
%K Middle Cerebral Artery
%K Blood Pressure
%K Consciousness
%K Cerebral Hemorrhage
%K Angioplasty
%K Hospitals
%~