Hyposialia and Xerostomy Post Irradiation: Innovative Therapies in the Biomolecular Field

Juan Ocampo; Sergio Olate; Ziyad S Haidar; Bélgica Vásquez

Keywords: growth factors, irradiation, salivary glands, gene therapy, stem cells, xerostomia, Terapia génica, factores de crecimiento, células madre, glándulas salivales, irradiación, xerostomy, Hiposialia, Hyposialia

Abstract

Human salivary glands can be seriously injured by the radiotherapy used against head and neck neoplasms, producing hyposialia and xerostomy, which affect oral and systemic health, diminishing the person's quality of life. Current conventional treatments are designed to reduce symptoms, without acting on the pathophysiological changes that occur at the glandular level. This review attempts to analyze those preventive and /or curative therapies that are developing in the biomolecular field and that have a promising future due to their innovative features: Gene therapy, stem cell therapy and growth factor therapy. An additional contribution of nanotechnology is evident, which is improving the routes of treatment application.

Más información

Título según WOS: Hyposialia and Xerostomy Post Irradiation: Innovative Therapies in the Biomolecular Field
Título según SCOPUS: Hyposialia and xerostomy post irradiation: Innovative therapies in the biomolecular field [Hiposialia y xerostomía post irradiación: Terapias innovadoras en el campo biomolecular]
Título según SCIELO: Hiposialia y Xerostom�a Post Irradiaci�n: Terapias Innovadoras en el Campo Biomolecular
Título de la Revista: INTERNATIONAL JOURNAL OF MORPHOLOGY
Volumen: 37
Número: 4
Editorial: SOC CHILENA ANATOMIA
Fecha de publicación: 2019
Página de inicio: 1564
Página final: 1571
Idioma: Spanish
DOI:

10.4067/S0717-95022019000401564

Notas: ISI, SCIELO, SCOPUS