Javascript must be enabled to continue!
New open-access journal, Redox Experimental Biology, launched by Bioscientifica
View through CrossRef
Redox Experimental Medicine is a new, fully open-access, peer-reviewed journal publishing redox research that advances our understanding of the effect of redox processes on human health and disease.
Aberrations in redox processes can have a profound impact on the normal physiology of humans, with implications in many diseases. Redox Experimental Medicine will serve as an essential publication for the international scientific community to translate experimental knowledge to redox-based preventive and/or therapeutic interventions, with a view to advancing health. The journal will publish basic and translational articles which have potential therapeutic relevance, as well as pre-clinical and clinical studies.
Led by Editor-in-Chief Professor Giuseppe Poli, from the University of Turin, Redox Experimental Medicine’s highly accomplished and internationally diverse Editorial Board will oversee the rigorous yet rapid peer review of articles.
In his launch Editorial, Professor Poli explains how the journal focuses on an underserved area, commenting that "the experimental investigation of the pathophysiological role of a single molecule or a molecular pathway is certainly essential, but it cannot stand alone and needs to be part of a more comprehensive study project, taking into account the complex reality of the human organism".
Bioscientifica is sponsoring the article publication charge until the end of 2023, enabling Redox Experimental Medicine authors to publish their research on an open-access basis free of charge, offering greater reach and visibility of their work.
Redox Experimental Medicine is now open for submissions. Please take a look at the scope for a full list of topics covered by the journal.
About Bioscientifica
Bioscientifica exists to support biomedicine. Through our publishing expertise we strengthen biomedical communities to advance science and health. Bioscientifica is owned by the UK’s Society for Endocrinology and any profits made through our publications are redistributed to support biomedical research and practice.
Title: New open-access journal, Redox Experimental Biology, launched by Bioscientifica
Description:
Redox Experimental Medicine is a new, fully open-access, peer-reviewed journal publishing redox research that advances our understanding of the effect of redox processes on human health and disease.
Aberrations in redox processes can have a profound impact on the normal physiology of humans, with implications in many diseases.
Redox Experimental Medicine will serve as an essential publication for the international scientific community to translate experimental knowledge to redox-based preventive and/or therapeutic interventions, with a view to advancing health.
The journal will publish basic and translational articles which have potential therapeutic relevance, as well as pre-clinical and clinical studies.
Led by Editor-in-Chief Professor Giuseppe Poli, from the University of Turin, Redox Experimental Medicine’s highly accomplished and internationally diverse Editorial Board will oversee the rigorous yet rapid peer review of articles.
In his launch Editorial, Professor Poli explains how the journal focuses on an underserved area, commenting that "the experimental investigation of the pathophysiological role of a single molecule or a molecular pathway is certainly essential, but it cannot stand alone and needs to be part of a more comprehensive study project, taking into account the complex reality of the human organism".
Bioscientifica is sponsoring the article publication charge until the end of 2023, enabling Redox Experimental Medicine authors to publish their research on an open-access basis free of charge, offering greater reach and visibility of their work.
Redox Experimental Medicine is now open for submissions.
Please take a look at the scope for a full list of topics covered by the journal.
About Bioscientifica
Bioscientifica exists to support biomedicine.
Through our publishing expertise we strengthen biomedical communities to advance science and health.
Bioscientifica is owned by the UK’s Society for Endocrinology and any profits made through our publications are redistributed to support biomedical research and practice.
Related Results
Live visualization of endoplasmic reticulum redox potential in zebrafish embryos reveals region-specific heterogeneity
Live visualization of endoplasmic reticulum redox potential in zebrafish embryos reveals region-specific heterogeneity
AbstractRedox homeostasis is an integral part of many cellular processes, and its perturbation is associated with conditions such as diabetes, aging, and neurodegenerative disorder...
Mechanisms of action of thioredoxin reductase inhibitors in the context of cancer
Mechanisms of action of thioredoxin reductase inhibitors in the context of cancer
<p dir="ltr">The increased understanding of the role of redox homeostasis in cancer survival and progression has placed a spotlight on studying the perturbations in redox sig...
Mechanisms of action of thioredoxin reductase inhibitors in the context of cancer
Mechanisms of action of thioredoxin reductase inhibitors in the context of cancer
<p dir="ltr">The increased understanding of the role of redox homeostasis in cancer survival and progression has placed a spotlight on studying the perturbations in redox sig...
Librarian Authors Appear to Favour Open Access Journals, while Academic Authors Appear to Favour Non-Open Access Journals
Librarian Authors Appear to Favour Open Access Journals, while Academic Authors Appear to Favour Non-Open Access Journals
A Review of:
Chang, Y.-W. (2017). Comparative study of characteristics of authors between open access and non-open access journals in library and information science. Library &...
Improved Mass Transfer of Methyl Viologen By the Nitrate As Counter Anion for Aqueous Redox Flow
Improved Mass Transfer of Methyl Viologen By the Nitrate As Counter Anion for Aqueous Redox Flow
Among the redox active materials, viologen compounds are the most promising redox species, featuring the stable redox reaction MV2+/MV+ and the tunability of the substituents and c...
Essential trace element selenium and redox regulation: its metabolism, physiological function, and related diseases
Essential trace element selenium and redox regulation: its metabolism, physiological function, and related diseases
Graphical abstract
Abstract
The essential trace element selenium plays a significant role in redox homeostasis in the human body. Selenium is very reactive and has a potent toxi...
Perceptions of Telemedicine and Rural Healthcare Access in a Developing Country: A Case Study of Bayelsa State, Nigeria
Perceptions of Telemedicine and Rural Healthcare Access in a Developing Country: A Case Study of Bayelsa State, Nigeria
Abstract
Introduction
Telemedicine is the remote delivery of healthcare services using information and communication technologies and has gained global recognition as a solution to...
The Philosophy of Evolutionary Biology
The Philosophy of Evolutionary Biology
Philosophy of evolutionary biology is a major subfield of philosophy of biology concerned with the methods, conceptual foundations, and implications of evolutionary biology. It als...


