# Society for Free Radical Biology and Medicine; Society for Free Radical Research-Europe

> organisation involved in scholarly research

**Wikidata**: [Q74558175](https://www.wikidata.org/wiki/Q74558175)  
**Source**: https://4ort.xyz/entity/society-for-free-radical-biology-and-medicine-society-for-free-radical-research-europe

## Summary
The Society for Free Radical Biology and Medicine (SFRBM) and the Society for Free Radical Research-Europe (SFRR-Europe) are international organizations dedicated to advancing research in the field of free radical biology and medicine. They focus on understanding the role of reactive oxygen species in health and disease, with SFRBM affiliated with the journal *Redox Biology*. Both entities are based in the Netherlands and serve as hubs for scholarly collaboration.

## Key Facts
- **Country**: Based in the Kingdom of the Netherlands.
- **Classification**: Registered as research institutes with a specialized focus on redox biology.
- **Affiliated Journal**: SFRBM is linked to *Redox Biology*, an open-access journal published by Elsevier.
- **Research Scope**: Investigate free radicals, oxidative stress, and their implications for human health and disease mechanisms.
- **Interdisciplinary Focus**: Bridge biochemistry, molecular biology, and medicine to explore redox processes.

## FAQs
### Q: What is the primary focus of these societies?
A: They study free radicals and redox biology to understand their roles in health, aging, and diseases like cancer and neurodegeneration.

### Q: Where are these organizations based?
A: Both are headquartered in the Netherlands, fostering European and global research collaboration.

### Q: Are they associated with any academic publications?
A: Yes, SFRBM is directly affiliated with the journal *Redox Biology*, a key platform for publishing research in this field.

## Why It Matters
These societies play a critical role in advancing knowledge of oxidative stress and redox signaling, which are fundamental to understanding aging, chronic diseases, and therapeutic interventions. By promoting interdisciplinary research and collaboration, they help translate basic science into clinical applications, such as developing antioxidants or targeted therapies. Their work addresses global health challenges, including neurodegenerative disorders and cardiovascular diseases, making them essential to modern biomedical research.

## Notable For
- **Journal Leadership**: SFRBM’s affiliation with *Redox Biology* ensures high-impact dissemination of research findings.
- **Specialized Focus**: Unique emphasis on redox biology, a niche but critical area intersecting chemistry, biology, and medicine.
- **Global Collaboration**: Foster networks among scientists worldwide to tackle complex health issues linked to oxidative stress.

## Body
### Research Focus
- **Core Mission**: Investigate mechanisms of free radicals and reactive oxygen species in biological systems.
- **Applications**: Explore implications for disease pathology, aging, and potential therapeutic strategies.
- **Methodologies**: Support experimental and translational research, including biomarker development and antioxidant therapies.

### Organizational Structure
- **Geographic Base**: Netherlands-based operations with international membership and partnerships.
- **Academic Ties**: Linked to academic institutions and researchers globally, emphasizing open-access knowledge sharing.

### Publications & Dissemination
- **Journal Affiliation**: *Redox Biology* (Elsevier) serves as a primary outlet for peer-reviewed studies.
- **Knowledge Sharing**: Promote conferences, workshops, and digital platforms to disseminate findings and foster debate.

## References

1. [Directory of Open Access Journals](http://www.elsevier.com/journals/redox-biology/2213-2317/open-access-journal)