Emerging Frontiers in Redox Experimental Medicine: Perspective of Young Investigators

 

Emerging Frontiers in Redox Experimental Medicine: Perspective of Young Investigators

This special collection is open to young scientists, PhD students and postdocs who want to realise their scientific career within the framework of redox biology. This includes investigations of redox homeostasis in vitro and in vivo, in plants and microorganisms, animal models and human studies, from inflammatory, cardiovascular, neurological, mitochondrial and metabolic diseases, to aging and cancer. The collection welcomes results of redox-dependent molecular mechanisms in these and numerous other conditions, as well as the influence of environmental factors, lifestyle, nutrition, drugs, and the development of new pharmacological approaches.

The collection will also include original and review articles contributed by presenters of the Fifth International Congress of Serbian Society for Mitochondrial and Free Radical Physiology (SSMFRP), September 27-29, 2024, Belgrade, Serbia.

The collection is guest edited by SSMFRP President Professor Bato Korac, alongside Redox Experimental Medicine Editor-in-Chief Professor Giuseppe Poli.  

To contribute an article to this important collection, please submit your proposal to rem.bioscientifica.com.

Publish for free in this growing open-access journal, with the APC waived until June 2025. 

 

Collection Editors 
 
Photograph of Professor Poli Giuseppe Professor Giuseppe Poli
University of Torino at San Luigi Hospital, Turin, Italy
Editor-in-Chief
Professor Bato Korac
University of Belgrade School of Medicine, Belgrade, Serbia
Guest Editor

 

More about our guest editor:

Professor Bato Korac, deals with the examination of molecular mechanisms of redox regulation in physiological and pathological conditions through a concept that unites redox-dependent biological processes, energy and metabolic homeostasis with structural biology. Research into obesity, metabolic syndrome, diabetes, cardio-vascular disorders, assisted reproduction, hibernation and cancer, in animal models and in humans, are part of his team's interests.