El Azul de Metileno podría retrasar la senescencia celular gracias a sus efectos beneficiosos a nivel mitocondrial. https://t.co/JviRl4FrkB Curioso artículo del 2008. https://t.co/SB1mA6jRAk
Methylene blue delays cellular senescence and enhances key mitochondrial biochemical pathways.
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Jul 2020 – Sep 2025Where it's discussed
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X / Twitter24 posts
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Facebook5 posts
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Blogs4 articles
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YouTube3 videos
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What people are saying
The discussions reflect a positive view of methylene blue's potential, citing examples like its ability to delay senescence, improve mitochondrial activity, and possibly treat Alzheimer’s disease, with words like 'neuroprotective,' 'possible usefulness,' and mentions of 'significant' effects. The tone combines scientific curiosity with optimism about medical applications.
Most discussions recognize and support the findings that methylene blue may delay cellular aging and improve mitochondrial functions.
The discussions show high interest, with mentions of potential applications in neuroprotection and Alzheimer's disease, as well as references to historical and recent research.
Participants reference mechanisms, such as mitochondrial pathways, and specific effects like plaque removal, indicating a moderate level of detailed engagement.
There is acknowledgment of the possible significance of methylene blue's effects on aging and neurodegenerative diseases, suggesting perceived moderate to high impact.
Abstract in brief
- Methylene blue (MB) has been used clinically for about a century and can extend the lifespan of human fibroblasts in cell culture by delaying cellular aging and improving mitochondrial functions such as increasing complex IV activity and oxygen consumption.
- MB enhances mitochondrial pathways by cycling between its oxidized and reduced forms, which helps reduce oxidative stress and may reverse premature cellular aging caused by harmful agents like H2O2 or cadmium.
- The ability of MB to improve mitochondrial health suggests it could potentially be useful in delaying age-related diseases like Alzheimer’s, where mitochondrial dysfunction and oxidative stress are common.]
Top posts
Most liked on X and Bluesky@shimesabadon これですよね。 100年以上いろんな病気の治療に使われてきた実績があるんですが、日本だと魚用しか売ってないんで摂取するのに戸惑いを感じます。 メチレンブルーは細胞老化を遅らせ、重要なミトコンドリアの電子伝達系を強化する。 https://t.co/UUgiBzDxFL
Methylene blue Mitochondrial dysfunction and oxidative stress are thought to be key aberrations that lead to cellular senescence and aging.MB may be useful to delay mitochondrial dysfunction with aging and the decrease in complex IV in Alzheimer disease" https://t.co/EDkhgaea9j
@Salsaroquefort1 @mitokondriac https://t.co/vn6JTWLY91
MBは細胞老化を遅らせ、重要なミトコンドリアの生化学的経路を強化https://t.co/PT5CTQfwq2 電子伝達複合体(ETC I、II、III、IV)にMBの還元酸化 複合体IのNADH-デヒドロゲナーゼでMBH2に還元され、O 2と競合し、酸化剤形成を防ぐ? その後、MBH2は、シトクロムc(cyt c )などヘム蛋白・ETCIVで再酸化 https://t.co/KxSpraEe5c
https://t.co/rmqO2IYjpt https://t.co/EiwQAHQnm6 https://t.co/IcTZmWttbq https://t.co/Dj9GwWl5FJ https://t.co/ukbCOsBAMi
All mentions
Methylene Blue's Role in Delaying Cellular Aging and Boosting Mitochondrial Function
Methylene blue can extend human fibroblast lifespan by delaying cellular aging and enhancing mitochondrial pathways, including increasing complex IV activity and oxygen consumption. Its antioxidant properties may help…
Метиленовый синий : замедление старения и лечение рака? Реальные факты.
Impact of Methylene Blue on Health and Longevity Risks
Methylene blue is a well-known substance in medicine being promoted on social media as an anti-aging remedy. This video examines its medical applications, potential benefits for mitochondrial function, and important…
Methylene Blue: Scientific Insights into Its Medicinal and Cognitive Effects
From malaria drug to mitochondrial modulator, this video explores the scientific evidence supporting methylene blue's impact on brain activity, cognition, and its safety profile, guiding informed use and biohacking…
Studies: Methylene blue delays cellular senescence and enhances key mitochondrial biochemical pathways - https://t.co/N7rnrKfxws Neuroprotective Actions of Methylene Blue and Its Derivatives - https://t.co/aMLXJbhbVb https://t.co/y0wAdQNIWc
Methylene blue making the rounds courtesy of Joe Rogan's interview with Mel Gibson 2007: delays senescence, should be investigated further 2019: emerging role in neuroprotection Doctors: Lets' use it as a placebo and a dye, unless you're poisoned https://t.co/sWxVWwXC5e
Retrasa la senescencia celular https://t.co/2Nr7iftCyS https://t.co/2Nr7iftCyS Mejora los procesos de aprendizaje https://t.co/1aC2OqFMU1 Mejora el alzhéimer al mejorar el metabolismo y la producción energética. https://t.co/kPf2z9oFAw
@FerFalabella Retrasa la senescencia celular https://t.co/7xxJMGjHKp https://t.co/7xxJMGjHKp Mejora los procesos de aprendizaje https://t.co/Eq08vywxRO Mejora el alzhéimer al mejorar el metabolismo y la producción energética. https://t.co/wC7ypQC4nI
Millora l'Alzheimer inhibint i netejant plaques de beta amiloide i cabdells tau. https://t.co/MTCAqKil8V Retarda la senescència cel·lular https://t.co/0FP7pPLPti https://t.co/0FP7pPLPti Millora els processos daprenentatge https://t.co/0YCD3tQhPp
RT @mitokondriac: El Azul de Metileno podría retrasar la senescencia celular gracias a sus efectos beneficiosos a nivel mitocondrial. https…
RT @mitokondriac: El Azul de Metileno podría retrasar la senescencia celular gracias a sus efectos beneficiosos a nivel mitocondrial. https…
RT @mitokondriac: El Azul de Metileno podría retrasar la senescencia celular gracias a sus efectos beneficiosos a nivel mitocondrial. https…
RT @mitokondriac: El Azul de Metileno podría retrasar la senescencia celular gracias a sus efectos beneficiosos a nivel mitocondrial. https…
RT @mitokondriac: El Azul de Metileno podría retrasar la senescencia celular gracias a sus efectos beneficiosos a nivel mitocondrial. https…
RT @mitokondriac: El Azul de Metileno podría retrasar la senescencia celular gracias a sus efectos beneficiosos a nivel mitocondrial. https…
RT @mitokondriac: El Azul de Metileno podría retrasar la senescencia celular gracias a sus efectos beneficiosos a nivel mitocondrial. https…
RT @mitokondriac: El Azul de Metileno podría retrasar la senescencia celular gracias a sus efectos beneficiosos a nivel mitocondrial. https…
RT @mitokondriac: El Azul de Metileno podría retrasar la senescencia celular gracias a sus efectos beneficiosos a nivel mitocondrial. https…
RT @mitokondriac: El Azul de Metileno podría retrasar la senescencia celular gracias a sus efectos beneficiosos a nivel mitocondrial. https…
RT @mitokondriac: El Azul de Metileno podría retrasar la senescencia celular gracias a sus efectos beneficiosos a nivel mitocondrial. https…
RT @mitokondriac: El Azul de Metileno podría retrasar la senescencia celular gracias a sus efectos beneficiosos a nivel mitocondrial. https…
El Azul de Metileno podría retrasar la senescencia celular gracias a sus efectos beneficiosos a nivel mitocondrial. https://t.co/JviRl4FrkB Curioso artículo del 2008. https://t.co/SB1mA6jRAk
https://t.co/rmqO2IYjpt https://t.co/EiwQAHQnm6 https://t.co/IcTZmWttbq https://t.co/Dj9GwWl5FJ https://t.co/ukbCOsBAMi
Methylene blue Mitochondrial dysfunction and oxidative stress are thought to be key aberrations that lead to cellular senescence and aging.MB may be useful to delay mitochondrial dysfunction with aging and the decrease in complex IV in Alzheimer disease" https://t.co/EDkhgaea9j
MBは細胞老化を遅らせ、重要なミトコンドリアの生化学的経路を強化https://t.co/PT5CTQfwq2 電子伝達複合体(ETC I、II、III、IV)にMBの還元酸化 複合体IのNADH-デヒドロゲナーゼでMBH2に還元され、O 2と競合し、酸化剤形成を防ぐ? その後、MBH2は、シトクロムc(cyt c )などヘム蛋白・ETCIVで再酸化 https://t.co/KxSpraEe5c
https://t.co/NAVZWwhccS
@shimesabadon これですよね。 100年以上いろんな病気の治療に使われてきた実績があるんですが、日本だと魚用しか売ってないんで摂取するのに戸惑いを感じます。 メチレンブルーは細胞老化を遅らせ、重要なミトコンドリアの電子伝達系を強化する。 https://t.co/UUgiBzDxFL
@Salsaroquefort1 @mitokondriac https://t.co/vn6JTWLY91
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