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Updated: Jan 26, 2026

Rare Event Detection Using Error-corrected DNA and RNA Sequencing

Rare Event Detection Using Error-corrected DNA and RNA Sequencing

Published on: August 3, 2018

Corrección del editor: secuenciación del ADN a los 40: pasado, presente y futuro

Jay Shendure^1,2, Shankar Balasubramanian^3,4, George M Church⁵

¹Department of Genome Sciences, University of Washington, Seattle, Washington, USA. shendure@u.washington.edu.

|April 6, 2019

Resumen

Esta revisión pone de relieve los errores críticos en las fechas de publicación y atribuciones de la base de datos. La corrección de estos detalles asegura un contexto histórico preciso para las bases de datos genómicas como GenBank.

Área de la Ciencia:

La bioinformática
Bases de datos genómicos
Publicaciones científicas

Sus antecedentes:

La citación precisa y el contexto histórico son cruciales en las revisiones científicas.
Las bases de datos genómicas han evolucionado significativamente desde su creación.
Asegurar la precisión de las fechas y nombres de lanzamiento de la base de datos es vital para la precisión histórica.

Objetivo del estudio:

Para corregir las inexactitudes fácticas en una revisión publicada.
Proporcionar información histórica precisa con respecto a las principales bases de datos genómicas.
Mejorar la fiabilidad y la capacidad de descubrimiento de la literatura científica.

Principales métodos:

Revisión de las referencias citadas para la precisión del año de publicación.
Verificando los nombres y años de lanzamiento de las principales bases de datos genómicas.
Comparación de la información de lanzamiento de la base de datos original con el texto revisado.

Principales resultados:

Se identificó un año de publicación incorrecto para la referencia 54 (2015 en lugar de 2005).
Se encontraron inexactitudes en la denominación y el alcance de las bases de datos genómicas mencionadas en el recuadro 2.
Señaló que los lanzamientos de GenBank, ENA y DDBJ fueron coordinados, lo que requería una atribución unificada.

Conclusiones:

La corrección de estos errores específicos mejora la integridad fáctica de la revisión.
La representación precisa de la historia de la base de datos genómica es esencial para la comunidad científica.
La atención al detalle en las publicaciones científicas garantiza la credibilidad de los resultados de la investigación.

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