SfRBM: Home

UPCOMING EVENTS

Aug

SfRBM 2019 Regional Redox Symposium & 10th LPI International Conference

Botanicals, Bioactives and Redox Mechanisms
Oregon State University
Corvallis, Oregon, USA

Event Details »

Nov

RRS 2019 Annual Meeting

65th Annual Meeting of the Radiation Research Society
Westin San Diego Gaslamp
San Diego, California, USA

Event Details »

Nov

SfRBM 2019

26th Annual Conference of the Society for Redox Biology & Medicine
Planet Hollywood Resort & Casino
Las Vegas, Nevada, USA

Event Details »

View full event listing

Established in 1987, the SOCIETY FOR REDOX BIOLOGY AND MEDICINE is a professional organization comprised of scientists and clinicians investigating redox biology, a unifying theme in the pathophysiology of human diseases.

Learn how SfRBM “opens the door” to career possibilities in redox research

SfRBM TWEETS

Tweets by SFRBM

SEE ALL TWEETS

Latest Articles in FRBM and Redox Biology

Copper accumulation in the brain causes the elevation of oxidative stress and less anxious behavior in Ts1Cje mice, a model of Down syndrome

Publication date: April 2019 Source: Free Radical Biology and Medicine, Volume 134 Author(s): Keiichi Ishihara, Eri Kawashita, Ryohei Shimizu, Kazuki Nagasawa, Hiroyuki Yasui, Haruhiko Sago, Kazuhiro Yamakawa, Satoshi Akiba AbstractElevated oxidative stress (OS) is widely accepted to be involved in ...

read article »

New red-shifted fluorescent biosensor for monitoring intracellular redox changes

Publication date: April 2019 Source: Free Radical Biology and Medicine, Volume 134 Author(s): Claudia Vanesa Piattoni, Florencia Sardi, Florencia Klein, Sergio Pantano, Mariela Bollati-Fogolin, Marcelo Comini AbstractMaintenance of intracellular redox homeostasis is critical for cell survival, proli ...

read article »

Lung epithelial protein disulfide isomerase A3 (PDIA3) plays an important role in influenza infection, inflammation, and airway mechanics

Publication date: April 2019 Source: Redox Biology, Volume 22 Author(s): Nicolas Chamberlain, Bethany R. Korwin-Mihavics, Emily M. Nakada, Sierra R. Bruno, David E. Heppner, David G. Chapman, Sidra M. Hoffman, Albert van der Vliet, Benjamin T. Suratt, Oliver Dienz, John F. Alcorn, Vikas Anathy Abstr ...

read article »

TUDCA-treated chronic kidney disease-derived hMSCs improve therapeutic efficacy in ischemic disease via PrPC

Publication date: April 2019 Source: Redox Biology, Volume 22 Author(s): Yeo Min Yoon, SangMin Kim, Yong-Seok Han, Chul Won Yun, Jun Hee Lee, Hyunjin Noh, Sang Hun Lee AbstractAlthough autologous human mesenchymal stem cells (hMSCs) are a promising source for regenerative stem cell therapy in chroni ...

read article »

SEE ALL ARTICLES

WHAT'S NEW

New Study Finds Antioxidant Therapy is Key to Combating Cell Aging in Mice

September 20, 2018

WVU’s Eric E. Kelley, Ph.D., and the University of Minnesota’s Laura Niedernhofer, Ph.D., have published a new study in Redox Biology that could change the way we look at aging in humans. Through a new discovery of the main driver of aging in cells, their research shows that it may be possible to slow the aging process. In the 1950’s, Denham Harmon published a groundbreaking theory correlating antioxidants and aging, but since then there have been few findings that validate directly this theory. This new study provides that validation which has been missing.

St. Clair Selected 2018 Lifetime Achievement Award Recipient

July 15, 2018

SfRBM's Senior Awards Committee has announced that the recipient of the 2018 Lifetime Achievement Award is Daret St. Clair, Ph.D., of the University of Kentucky, for her seminal work on the role of manganese superoxide dismutase (MnSOD) in cancer development and therapy.

Insulin Found to Control Cardiac Function Through Reactive Oxygen Species

November 15, 2017

A recent breakthrough by Dr. Thomas Michel of Harvard School of Medicine has shown that insulin impacts the body in a unique way. The study, recently published in FRBM, unveiled an entirely unexpected mechanism whereby insulin-dependent generation of hydrogen peroxide (H2O2) in cardiac myocytes controls heart contractility and critical cell signaling pathways. These research findings have direct implications for our understanding of diabetic cardiomyopathy, which is a major cause of morbidity and mortality for patients with diabetes.