RM-Difusión avanzada y biomarcadores en el sistema nervioso central, un nuevo enfoque.

Bases físicas y relevancia clínica.

Autores/as

  • Teodoro Martín Noguerol
  • Jose Pablo Martínez Barbero

Palabras clave:

RM-Difusión avanzada, biomarcadores en el sistema nervioso central, SNC, poster, seram

Resumen

Objetivos Docentes
Recordar las bases físicas de la difusión y DTI.
Describir los principales modelos de análisis de la caída de señal de la difusión (IVIM y Kurtosis) mostrando sus principales aplicaciones clínicas.
Recordar el significado biológico de los distintos parámetros obtenidos y su potencial uso como biomarcadores.

Revisión del tema
1.- Introducción
Las secuencias potenciadas en difusión (DWI) son capaces de detectar el movimiento de las moléculas de agua en un medio biológico. Dichas moléculas experimentan, en condiciones normales, un desplazamiento en el espacio transcurrido un determinado periodo de tiempo. Por lo tanto, dichas secuencias permiten valorar no sólo cualitativamente dicho grado de movimiento sino también cuantificarlo aportando de esta forma información anatómica y funcional de los tejidos normales y patológicos.

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Citas

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Publicado

2018-11-22

Cómo citar

Martín Noguerol, T., & Martínez Barbero, J. P. (2018). RM-Difusión avanzada y biomarcadores en el sistema nervioso central, un nuevo enfoque.: Bases físicas y relevancia clínica. Seram. Recuperado a partir de https://piper.espacio-seram.com/index.php/seram/article/view/2589

Número

Sección

Neurorradiología

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