Chemical repair, regeneration, and the role of superoxide in antioxidant activity
Juan Raúl
Free Radical Research, 2026, 1–24
Doctor en Química
Professor and researcher in theoretical and computational chemistry at the UNAM Faculty of Chemistry.
Juan Raúl Álvarez Idaboy is a Full Professor at UNAM’s Faculty of Chemistry and has been a Level III researcher in Mexico’s National System of Researchers (SNI) since 2011. His work focuses on reaction mechanisms and rates using theoretical and computational chemistry methods, with a particular interest in free radicals, oxidative stress, antioxidants, and chemical kinetics.
Career in numbers
Source: OpenAlex · updated Sep 2026
Research
Three questions, one method: rebuilding chemical reactions atom by atom.

01
He studies which molecules protect DNA and proteins from free-radical damage, and how fast they act.

02
He studies how the hydroxyl radical breaks down organic pollutants in the air.

03
He reconstructs chemical reactions step by step to understand which product forms and why.
Publications
Juan Raúl
Free Radical Research, 2026, 1–24
Aida Mariana Rebollar‐Zepeda, Mirzam Carreón-González, Leonardo Muñoz‐Rugeles, Juan Raúl
Journal of Chemical Theory and Computation, 2026, 22(13), 6367–6376
Mirzam Carreón-González, Juan Raúl
Antioxidants, 2023, 12(5), 1125
Mirzam Carreón-González, Annik Vivier‐Bunge, Juan Raúl
Journal of Computational Chemistry, 2019, 40(24), 2103–2110
Blog

Outreach
¿Depende nuestra defensa antioxidante únicamente de la dieta? Explora cómo el cuerpo humano y otros animales han desarrollado sofisticados sistemas antioxidantes endógenos capaces de controlar el estrés oxidativo y proteger las células.
September 26, 2026

Outreach
Durante años se nos ha dicho que los antioxidantes son los héroes y los radicales libres, los villanos. Pero la biología rara vez funciona en blanco y negro. Aquí exploramos cómo ambos cumplen funciones esenciales, cuándo son necesarios, cuándo se descontrolan y por qué el factor clave es mantener el equilibrio.
September 26, 2026
Our group studies reactivity, chemical kinetics, free radicals, and oxidative stress using theoretical and computational chemistry tools.