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El Consorcio de Comunicación de ARN Extracelular: Establecimiento de conocimientos y tecnologías fundamentales para

Saumya Das¹, ², K Mark Ansel³

¹Cardiovascular Research Center, Massachusetts General Hospital, Boston, MA 02114, USA.

|April 6, 2019

Resumen

El Consorcio de Comunicación de ARN Extracelular (ERCC) avanza en la biología del ARN extracelular (exRNA) y la investigación de las vesículas extracelulares (EV). El ERCC se centra en las funciones de exRNA, los biomarcadores, la terapéutica y el desarrollo de métodos de análisis robustos para aplicaciones clínicas.

Área de la Ciencia:

Biología del ARN extracelular (exRNA)
Investigación de las vesículas extracelulares
Comunicación entre las células

Sus antecedentes:

El campo de la biología del ARN extracelular (exRNA) está emergiendo rápidamente.
Las vesículas extracelulares (EV) son los principales portadores de exARN.
Se están investigando las posibles aplicaciones clínicas de los exARN y los EV.

Objetivo del estudio:

Acelerar el progreso en la biología exRNA y la investigación EV.
Para determinar si los exARN y los EV median la comunicación intercelular.
Para explorar la utilidad clínica de los exARN y los EV.

Principales métodos:

Centrarse en la biogénesis y la función de exRNA/EV.
Descubrimiento de biomarcadores de exARN.
Desarrollo de terapias basadas en exRNA/EV.
Construcción de perfiles de exARN de referencia para biofluidos.
Desarrollo de métodos robustos para el aislamiento y análisis de EV/exARN.
Creación de herramientas para el intercambio y el análisis computacional de datos de perfiles de exARN.

Principales resultados:

Progreso en la biogénesis, la función y el descubrimiento de biomarcadores de exRNA / EV.
Avances en el desarrollo de terapias basadas en exRNA/EV.
Establecimiento de perfiles de exARN de referencia para los biofluidos.
Desarrollo de proyectos de colaboración para métodos robustos de análisis de EV/exRNA.
Creación de herramientas para el intercambio de datos y análisis computacional.

Conclusiones:

El ERCC está haciendo progresos significativos en el avance de la biología exRNA y la investigación EV.
Los esfuerzos de colaboración son cruciales para desarrollar métodos estandarizados para el análisis de exARN/EV.
Estos avances son prometedores para futuras aplicaciones clínicas de los exARN y los EV.

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