Abstract

Introduction: The progress made in cancer immunotherapy and the clinical response of patients who have undergone this type of therapy have made it the fourth pillar of cancer treatment. Objective: To briefly describe the biological rationale of personalized neoantigen-based cancer immunotherapy, the current perspectives regarding its development, and some of the clinical outcomes achieved with this therapy. Materials and methods: A literature search was performed in PubMed, Scopus and EBSCO using the following search strategy: type of articles: original experimental studies, clinical trials, and narrative and systematic reviews addressing methods to identify mutations found in tumors and cancer immunotherapy strategies based on neoantigen-based vaccines; study population: humans and animal models; publication period: January 1989 - December 2019; language: English and Spanish; search terms: “Immunotherapy”, “Neoplasms”, “Mutation” and “Cancer Vaccines”. Results: The initial search started with 1 344 records. Once duplicates were removed (n=176), 780 studies were excluded after reading their abstract and title. The full text of 338 articles was read to confirm which met the inclusion criteria, finally including 73 studies for full analysis. All articles retrieved were published in English and were mainly conducted in the USA (43.83%) and Germany (23.65%). In the case of original studies (n=43), 20 were performed in humans only, 9 in animals only, 2 in both models, and 12 used in silico methodology. Conclusion: Personalized cancer immunotherapy with tumor neoantigen-based vaccines is strongly emerging as a new alternative to treat cancer. However, to achieve its appropriate implementation, it is necessary to use it in combination with conventional treatments, produce more knowledge that helps clarify cancer immunobiology, and reduce the costs associated with its production.

Highlights

  • This article was accepted for publication in V69N3 of Revista de la Facultad de Medicina (Journal of the Faculty of Medicine), considering the concepts of the peer reviewers and the changes made by the authors based on said concepts

  • The preliminary version of this article is published for consultation and provisional citation purposes

  • Materials and methods: A literature search was performed in PubMed, Scopus and EBSCO using the following search strategy: type of articles: original experimental studies, clinical trials, and narrative and systematic reviews addressing methods to identify mutations caused by tumors and cancer immunotherapy strategies based on neoantigen-based vaccines; study population: humans and animal models; publication period: Janua. ary 1989- December 2019; language: English and Spanish; search terms: d “Immunotherapy”, “Neoplasms”, “Mutation” and “Cancer Vaccines”. ipa Results: The initial search yielded 1344 records; after removing duplitic cates (n=176), 780 studies were excluded after reading their abstract . and title, and the full text of 338 read to confirm which met the inclusion an ed criteria, including 73 studies for full analysis

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Summary

Publicación anticipada

Este artículo fue aprobado para publicación en el v69n3 de la Revista de la Facultad de Medicina teniendo en cuenta los conceptos de los pares evaluadores y los cambios realizados por los autores según estos conceptos. Se publica la versión preliminar del artículo para su consulta y citación provisional, pero debe aclararse que esta puede diferir del documento final, ya que no ha completado las etapas finales del proceso editorial (corrección de estilo, traducción y diagramación) y solo los títulos, datos de autores, palabras clave y resúmenes corresponden a la versión final del artículo. Descargarse y citarse según se indique a continuación, pero debe recordarse que el documento final (PDF, HTML y XML) puede ser diferente. Cómo citar: Ortiz-Aguirre JP, Velandia-Vargas EA, Rodríguez-Bohórquez OM, Amaya-Ramírez D, Bernal-Estévez, Parra-López CA.

Article in press
In press publication
Materials and methods
Presentación de protocolos para la síntesis de ARN
Demostración de epítopes
Pico de Coaña
Presentación de la cadena
Gubin MM et
Discusión del diseño de
Experimental in silico cáncer
Inducción de altos niveles de linfocitos T antígeno
Del Campo adecuada de moléculas
De la teoría inmunológica al diseño de vacunas basadas en neoantígenos
Análisis del transcriptoma del tejido tumoral
ARN Desnudo
Péptidos sintéticos
Findings
Carga mutacional diferencial
Full Text
Published version (Free)

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