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Redox Biology

Journal on health and diseases redox biology

Journal on novel research, methods and review articles in redox biology in the areas of both health and disease.

Redox Biology is a forum for novel research, methods, and review articles in redox biology in the areas of both health and disease.  The journal is one of the highest cited and impact factor journals in the field (8.37 CiteScore, 7.793 IF).  Acceptable paper types are research articles (short or full communications), methods, mini-reviews, and commentaries in the following areas:


RedoxBiologyCover.jpgNutrition

Polyphenolics

Cancer

Metabolism

Cardiovascular

Diabetes

Inflammation

Aging

Neuroscience

Cell and Molecular Biology

Cell Signaling

Bioenergetics

Redox Biology will also consider research articles focused in chemical or biochemical mechanisms of redox biology if these include data demonstrating effects in physiologically relevant models. Studies of uncharacterized complex mixtures of natural products are not a suitable area of focus for the journal. Studies using commercial, undefined kits as the sole or primary assay for redox-related changes which are not validated using other methods will not be considered for publication.


There are substantial publication discounts for members of the Society for Free Radical Research International five member societies - the Society for Redox Biology and Medicine, the Society for Free Radical Research Europe, the Society for Free Radical Research Asia, the Society for Free Radical Research Australasia, and the Society for Free Radical Research Africa.


Information on submitting a manuscript for consideration for publication in Redox Biology can be found online here. For further information, please feel free to contact: redoxbio@elsevier.com



Visit website: https://www.journals.elsevier.com/redox-biology

Details last updated 29-Apr-2020

Redox Biology News

Synthetic fisetin used to identify new target in fight against Alzheimer's

New Atlas - 05-Aug-2020

CMS121 lowered levels of fatty acid synthetase (FASN) which inhibited lipid peroxidation

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NMN improves cognitive and motor functions in aged mice

Lifespan.io (LEAF) - 28-Apr-2020

It restores neurovascular coupling associated with age-related decline in brain function

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Boosting levels of antioxidant may help resist age-related decline

Kurzweil Network - 28-Oct-2016

Glutathione helps resist the toxic stresses of everyday life – levels decline with age. N-acetyl...

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