Monitorización intraoperatoria y perioperatoria con eco-Doppler. Sector carotídeo / Intraoperative and perioperative monitoring with Doppler ultrasound. The carotid segment
Angiol. (Barcelona)
; Angiol. (Barcelona);59(supl.3): s3-s11, 2007. ilus, tab
Article
em Es
| IBECS
| ID: ibc-63584
Biblioteca responsável:
ES15.1
Localização: ES15.1 - BNCS
Los defectos técnicos de la cirugía carotídea pueden causar estenosis, embolización, acodamientos y trombosis y, por tanto, aumentar la tasa de complicaciones neurológicas. Por ello, la realización de una endarterectomía técnicamente perfecta debe ser el objetivo prioritario durante el procedimiento. El control intraoperatorio con eco-Doppler permite diagnosticar defectos importantes que podrían resultar en estenosis y oclusión carotídea en ausencia de señales externas que hagan sospechar su existencia y, por tanto, resulta imprecindible para conocer posibles déficit técnicos y corregirlos. Además, con una precisa evaluación intraoperatoria y un correcto seguimiento, podemos conocer la historia natural de la reestenosis y los factores relacionados con su aparición. En este artículo describimos las características del eco-Doppler y la metodología del control intraoperatorio de la endarterectomía carotídea, los tipos de defectos que detecta y su importancia e innovadoras aplicaciones en el tratamiento endovascular de la estenosis carotídea
Technical shortcomings in carotid surgery can cause stenosis, embolisation, kinks and thrombosis and, hence, give rise to an increased rate of neurological complications. The prime objective throughout the procedure should therefore be that of performing a technically perfect endarterectomy. Intraoperative control with Doppler ultrasound recording makes it possible to diagnose important defects that could lead to stenosis or carotid occlusion in the absence of external signals that cause the clinician to suspect their existence. It is thereforeessential in order to detect possible technical deficiencies and to correct them. Furthermore, a precise intraoperative assessment and correct follow-up provide us with knowledge about the natural history of the restenosis and the factors related to its appearance. In this paper we describe the characteristics of Doppler ultrasound and the methodology used for intraoperative control of carotid endarterectomies, the types of defects that can be detected and its importance and innovative applications in the endovascular treatment of carotid stenosis
Technical shortcomings in carotid surgery can cause stenosis, embolisation, kinks and thrombosis and, hence, give rise to an increased rate of neurological complications. The prime objective throughout the procedure should therefore be that of performing a technically perfect endarterectomy. Intraoperative control with Doppler ultrasound recording makes it possible to diagnose important defects that could lead to stenosis or carotid occlusion in the absence of external signals that cause the clinician to suspect their existence. It is thereforeessential in order to detect possible technical deficiencies and to correct them. Furthermore, a precise intraoperative assessment and correct follow-up provide us with knowledge about the natural history of the restenosis and the factors related to its appearance. In this paper we describe the characteristics of Doppler ultrasound and the methodology used for intraoperative control of carotid endarterectomies, the types of defects that can be detected and its importance and innovative applications in the endovascular treatment of carotid stenosis
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Coleções:
06-national
/
ES
Base de dados:
IBECS
Assunto principal:
Ecocardiografia Doppler
/
Endarterectomia das Carótidas
Tipo de estudo:
Etiology_studies
/
Risk_factors_studies
Limite:
Humans
Idioma:
Es
Revista:
Angiol. (Barcelona)
Ano de publicação:
2007
Tipo de documento:
Article