New research finds that in healthy neuronal cells, androgens & estrogens appear protective against oxidative stress insults, but in unhealthy cells, sex hormones have negative effects on cell viability by exacerbating oxidative stress-induced cell loss. https://t.co/2zfaroCAJe
Neuroprotective and neurotoxic outcomes of androgens and estrogens in an oxidative stress environment.
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Apr 2020 – Jan 2025Where it's discussed
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X / Twitter14 posts
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YouTube2 videos
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What people are saying
The discussions reflect a balanced appreciation of the study's nuanced insights, with posts mentioning the protective versus harmful effects of sex hormones in different cell types and their relevance to disorders like Parkinson’s. The tone combines scientific detail with relevance to health, emphasizing both methodological rigor, as seen in the praise for RRID inclusion, and broader implications, such as how this research could influence future treatments.
Most discussions acknowledge the nuanced effects of sex hormones on oxidative stress, showing general support for the study's findings.
Comments demonstrate moderate curiosity, referencing specific cell types and implications for diseases like Parkinson's, indicating engagement beyond surface-level.
Posts discuss methodological details, such as the inclusion of RRIDs and the study's relevance to disease mechanisms, reflecting active participation.
Several discussions highlight the importance of this research for understanding neurodegenerative diseases and potential therapies, suggesting notable significance.
Abstract in brief
- The study explores how sex hormones like androgens and estrogens can either protect or harm nerve cells in conditions of oxidative stress, finding that their effects depend on cell type and timing of hormone exposure.
- In neuronal cells, sex hormones generally showed protective effects via estrogen receptors, but in glial cells, they did not prevent damage from oxidative stress; applying hormones after stress could worsen cell loss.
- The research also examined brain tissue from men and women, finding that a specific androgen receptor variant (AR45) is present in the human brain, which may influence how hormones affect brain cell survival under stress.
Top posts
Most liked on X and BlueskyThis BSD study examines the relationship between #sexhormones and oxidative stress on cell viability—noting that #sexdifferences have been observed in multiple oxidative stress-associated CNS disorders, including #Parkinsons disease: https://t.co/8MK5C9UK0Q #WorldParkinsonsDay
RT @BiologySexDiff: New research finds that in healthy neuronal cells, androgens & estrogens appear protective against oxidative stress ins…
RT @BiologySexDiff: New research finds that in healthy neuronal cells, androgens & estrogens appear protective against oxidative stress ins…
RT @BiologySexDiff: This BSD study examines the relationship between #sexhormones and oxidative stress on cell viability—noting that #sexdi…
Neuroprotective and neurotoxic outcomes of androgens and estrogens in an oxidative stress environment. https://t.co/xojDrqADLs
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@JoshpBerta Neuroprotective and neurotoxic outcomes of androgens and estrogens in an oxidative stress environment https://t.co/tOVFdLuicm
RT @BiologySexDiff: This BSD study examines the relationship between #sexhormones and oxidative stress on cell viability—noting that #sexdi…
RT @BiologySexDiff: This BSD study examines the relationship between #sexhormones and oxidative stress on cell viability—noting that #sexdi…
RT @BiologySexDiff: This BSD study examines the relationship between #sexhormones and oxidative stress on cell viability—noting that #sexdi…
RT @BiologySexDiff: This BSD study examines the relationship between #sexhormones and oxidative stress on cell viability—noting that #sexdi…
This BSD study examines the relationship between #sexhormones and oxidative stress on cell viability—noting that #sexdifferences have been observed in multiple oxidative stress-associated CNS disorders, including #Parkinsons disease: https://t.co/8MK5C9UK0Q #WorldParkinsonsDay
The authors of "Neuroprotective and neurotoxic outcomes of androge…" (https://t.co/rRAsvLFhyz) included RRIDs in their paper! Thank you for making your #methodsmatter. #reproducibility
RT @BiologySexDiff: New research finds that in healthy neuronal cells, androgens & estrogens appear protective against oxidative stress ins…
RT @BiologySexDiff: New research finds that in healthy neuronal cells, androgens & estrogens appear protective against oxidative stress ins…
RT @BiologySexDiff: New research finds that in healthy neuronal cells, androgens & estrogens appear protective against oxidative stress ins…
RT @BiologySexDiff: New research finds that in healthy neuronal cells, androgens & estrogens appear protective against oxidative stress ins…
New research finds that in healthy neuronal cells, androgens & estrogens appear protective against oxidative stress insults, but in unhealthy cells, sex hormones have negative effects on cell viability by exacerbating oxidative stress-induced cell loss. https://t.co/2zfaroCAJe
Neuroprotective and neurotoxic outcomes of androgens and estrogens in an oxidative stress environment. https://t.co/xojDrqADLs
Neuroprotective and neurotoxic outcomes of androgens and estrogens in an oxidative stress environment. https://t.co/Fq321rDlqR
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