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SFRBM

@sfrbm

The most relevant research & medical applications of free radical chemistry, redox biology & antioxidants, and what it means to your health and everyday life.

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linkhttps://sfrbm.org/meetings/2021-annual-conference/conference-program-1-1/#Full calendar_today08-04-2014 13:16:34

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Researchers have decoded how reactive oxygen species (ROS) trigger calpain activation, playing a key role in cancer growth. Read about these findings in #AdvancesinRedoxResearch bit.ly/420S3Q5

Researchers have decoded how reactive oxygen species (ROS) trigger calpain activation, playing a key role in cancer growth. Read about these findings in #AdvancesinRedoxResearch bit.ly/420S3Q5
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Findings shared in Neuroscience News show that Type 2 diabetes can affect the brain’s reward and memory processing, resembling early signs of Alzheimer’s disease. Read more here: tinyurl.com/3c76xnww

Findings shared in Neuroscience News show that Type 2 diabetes can affect the brain’s reward and memory processing, resembling early signs of Alzheimer’s disease. Read more here:
tinyurl.com/3c76xnww
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New research shared in Nature links menopause and declining estrogen to increased Alzheimer’s risk in women. Estrogen supports brain energy metabolism, and its loss may drive neurodegeneration. tinyurl.com/mpn8eupx

New research shared in Nature links menopause and declining estrogen to increased Alzheimer’s risk in women. Estrogen supports brain energy metabolism, and its loss may drive neurodegeneration. tinyurl.com/mpn8eupx
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A recent study on ALS shared in Nature reveals that sympathetic nervous system (SNS) activity boosts respiratory function, improving cognition, functionality, and antioxidant capacity. Respiratory function plays a key role in mediating these effects. go.nature.com/3QRi67d

A recent study on ALS shared in Nature reveals that sympathetic nervous system (SNS) activity boosts respiratory function, improving cognition, functionality, and antioxidant capacity. Respiratory function plays a key role in mediating these effects. go.nature.com/3QRi67d
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Recent research in #AdvancesinRedoxResearch delves into sickness caused by acute high-altitude hypoxic exposure, focusing on its effects on cellular processes and molecular disruptions. Key findings include how chronic and intermittent hypoxia impact cellular homeostasis and the

Recent research in #AdvancesinRedoxResearch delves into sickness caused by acute high-altitude hypoxic exposure, focusing on its effects on cellular processes and molecular disruptions. Key findings include how chronic and intermittent hypoxia impact cellular homeostasis and the
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Mark your calendars and join us on Thursday, May 15, for a Redox Biology Virtual Seminar! Click here to learn more and register: tinyurl.com/4865m8rr

Mark your calendars and join us on Thursday, May 15, for a Redox Biology Virtual Seminar! Click here to learn more and register: tinyurl.com/4865m8rr
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The deadline to apply for the SfRBM Discovery Award is approaching! The winner will receive a $2,500 paid travel stipend for SfRBM 2025 and be a featured lecturer in Washington, D.C. bit.ly/3FSyD8x

The deadline to apply for the SfRBM Discovery Award is approaching! The winner will receive a $2,500 paid travel stipend for SfRBM 2025 and be a featured lecturer in Washington, D.C. bit.ly/3FSyD8x
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A recent Redox Biology study found that taurine alleviates cellular senescence and oxidative damage in a mouse model of CCl₄-induced chronic liver injury. tinyurl.com/2msmt5yv

A recent Redox Biology study found that taurine alleviates cellular senescence and oxidative damage in a mouse model of CCl₄-induced chronic liver injury. tinyurl.com/2msmt5yv
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Check out the Featured Plenary Session speakers for the SfRBM 2025 Conference in Washington, DC! ✨ Don’t miss this powerhouse lineup. #SfRBM2025 #RedoxBiologyhttps://tinyurl.com/5faxuanh

Check out the Featured Plenary Session speakers for the SfRBM 2025 Conference in Washington, DC! ✨ Don’t miss this powerhouse lineup. #SfRBM2025 #RedoxBiologyhttps://tinyurl.com/5faxuanh
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Mark your calendars! The 2025 SfRBM Symposium is bringing cutting-edge research, expert discussions, and groundbreaking discoveries.

Mark your calendars! The 2025 SfRBM Symposium is bringing cutting-edge research, expert discussions, and groundbreaking discoveries.
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Could Nitro-oleic acid be the key to protecting vision? Check out this recent research in Redox Biology to learn more! tinyurl.com/4pdkn3e3

Could Nitro-oleic acid be the key to protecting vision? Check out this recent research in Redox Biology to learn more! tinyurl.com/4pdkn3e3
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Powerful compounds from extra virgin olive oil (EVOO) could offer new hope in cancer research! A new study reveals that secoiridoid-enriched EVOO extracts enhance mitochondrial activity and antioxidant defenses in colorectal cancer cells. tinyurl.com/3pe5wjab

Powerful compounds from extra virgin olive oil (EVOO) could offer new hope in cancer research! A new study reveals that secoiridoid-enriched EVOO extracts enhance mitochondrial activity and antioxidant defenses in colorectal cancer cells. tinyurl.com/3pe5wjab
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New research in #AdvancesinRedoxResearch uses bibliometric analysis to map the evolving landscape of research on chondrocyte metabolism and oxidative stress in osteoarthritis. Check it out: tinyurl.com/4zd33h8f

New research in #AdvancesinRedoxResearch uses bibliometric analysis to map the evolving landscape of research on chondrocyte metabolism and oxidative stress in osteoarthritis. Check it out: tinyurl.com/4zd33h8f
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A new mechanistic #AdvancesinRedoxResearch unpacks how excessive intake of linoleic acid, common in industrial seed oils, disrupts mitochondrial redox balance and contributes to metabolic dysfunction. tinyurl.com/5d3hpa4v

A new mechanistic #AdvancesinRedoxResearch unpacks how excessive intake of linoleic acid, common in industrial seed oils, disrupts mitochondrial redox balance and contributes to metabolic dysfunction. tinyurl.com/5d3hpa4v
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Can iodide protect proteins from photooxidative damage? A study in #RedoxBiochemistryandChemistry reveals that iodide ions can reduce photooxidative damage to tyrosine and tryptophan residues caused by the photosensitizer 3-carboxybenzophenone. tinyurl.com/5t5f3u8r

Can iodide protect proteins from photooxidative damage? A study in #RedoxBiochemistryandChemistry reveals that iodide ions can reduce photooxidative damage to tyrosine and tryptophan residues caused by the photosensitizer 3-carboxybenzophenone. tinyurl.com/5t5f3u8r
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Save the date and come join us for a Core Concepts in Redox Biology Virtual Seminar happening on Tuesday, June 24! Click below to learn more about the seminar and register today! tinyurl.com/ycjnhzxp

Save the date and come join us for a Core Concepts in Redox Biology Virtual Seminar happening on Tuesday, June 24! Click below to learn more about the seminar and register today! tinyurl.com/ycjnhzxp
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Researchers have found that a simple test can help predict the risk of heart disease better than the current standard. Check out the findings in Medical Xpress: tinyurl.com/4yataexc

Researchers have found that a simple test can help predict the risk of heart disease better than the current standard. Check out the findings in Medical Xpress: tinyurl.com/4yataexc
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A new study in JAMA has found that 1 in 7 U.S. adults between the ages of 30 and 59 years have a high 30-year risk for cardiovascular disease. This research suggests that young and middle-aged adults may underestimate their future heart disease risk. Read the full findings here:

A new study in JAMA has found that 1 in 7 U.S. adults between the ages of 30 and 59 years have a high 30-year risk for cardiovascular disease. This research suggests that young and middle-aged adults may underestimate their future heart disease risk. Read the full findings here:
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Congrats to the authors of the 2024 Papers of the Year! Selected by our journal editors and judged by SfRBM and SFRR-Europe, the top paper from each Redox journal will be featured in a special symposia at #SfRBM2025. tinyurl.com/2tu2jy3k

Congrats to the authors of the 2024 Papers of the Year! Selected by our journal editors and judged by SfRBM and SFRR-Europe, the top paper from each Redox journal will be featured in a special symposia at #SfRBM2025. tinyurl.com/2tu2jy3k