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The discussions reflect strong agreement with the publication's conclusions, illustrated by comments such as 'exercise makes our natural killer cells more active' and references to immune mechanisms like epinephrine and IL-6, which show high engagement with the scientific details and implications for therapy. Words like 'important adjuvant therapy' and phrases about tumor suppression convey a sense of high impact and relevance.
Most discussions support the article's findings, emphasizing the beneficial role of exercise in tumor suppression and immune function.
Posts demonstrate high interest, referencing specific mechanisms like NK cell mobilization and metabolic pathways, indicating engagement with the scientific content.
Discussions include detailed references to molecular pathways (epinephrine, IL-6) and real-world implications, showing deep engagement and analytical thinking.
Many posts highlight potential clinical applications and the significance of exercise as an adjunct therapy, suggesting perceived high impact of the research.
Exercise via epinephrine-induced mobilization of NK cells reduces tumor growth in mouse models. @tnseyfried @DominicDAgosti2 @ProfTimNoakes https://t.co/TImOVG89FH https://t.co/9dkwu00w28
Exercise training may be an important adjuvant therapy to counteract cancer cachexia (as has also previously been shown by Pernille Højmann’s group https://t.co/Tc3VZkAlz5) Mechanisms may involve COPS2 to regulate myotube homeostasis. https://t.co/cfzhpifmJw
@g_gafgarion 分泌量依存かどうかを調べた論文までいきつきませんでした。。すみません。 これはマウスにがん細胞を注入し，運動群と非運動群でがん病巣の増殖率の差を調べた研究で、IL-6を介したNK細胞動員の亢進が関与しているとのことです。 https://t.co/7UHLMQlSNx
Post this 2016 Cell Metabolism paper the third time! 再休养一个月可以试着重新开始跑步
@xhutid
RT @LDLSkeptic: Exercise via epinephrine-induced mobilization of NK cells reduces tumor growth in mouse models. @tnseyfried @DominicDAgost…
Regular voluntary exercise significantly reduces tumor growth and boosts immune function, particularly increasing natural killer cell activity, driven by epinephrine and IL6, which are crucial for tumor suppression.
This video explores the transformative power of physical activity for cancer patients, highlighting evidence supporting its safety and benefits during treatment and recovery. Exercise improves quality of life, reduces…
@foundmyfitness https://t.co/LzspT02iPm https://t.co/sRH4bzDrNZ
Referencia: Pedersen, L., Idorn, M., Olofsson, G. H., et al. (2016). Voluntary running suppresses tumor growth through epinephrine- and IL-6-dependent NK cell mobilization and redistribution. Cell Metabolism, 23(3), 554-562.
RT @smurfclumsy7: Post this 2016 Cell Metabolism paper the third time! 再休养一个月可以试着重新开始跑步
Post this 2016 Cell Metabolism paper the third time! 再休养一个月可以试着重新开始跑步
@xhutid
Voluntary Running Suppresses Tumor Growth through Epinephrine- and IL-6-Dependent NK Cell Mobilization and Redistribution https://t.co/fetq08wmIv
https://t.co/8cDjH9zkj1
4 Improving immune system function There is evidence that exercise makes our natural killer cells more active and able to infiltrate and kill tumor cells more effectively https://t.co/8cDjH9hIUr
@g_gafgarion 分泌量依存かどうかを調べた論文までいきつきませんでした。。すみません。 これはマウスにがん細胞を注入し，運動群と非運動群でがん病巣の増殖率の差を調べた研究で、IL-6を介したNK細胞動員の亢進が関与しているとのことです。 https://t.co/7UHLMQlSNx
@charlesryanmd @onepeloton @DrChoueiri @HalaBorno @UMNHOT @CaPsurvivorship I'm in!
RT @LDLSkeptic: Exercise via epinephrine-induced mobilization of NK cells reduces tumor growth in mouse models. @tnseyfried @DominicDAgost…
Exercise via epinephrine-induced mobilization of NK cells reduces tumor growth in mouse models. @tnseyfried @DominicDAgosti2 @ProfTimNoakes https://t.co/TImOVG89FH https://t.co/9dkwu00w28
RT @LykkeSylow: Exercise training may be an important adjuvant therapy to counteract cancer cachexia (as has also previously been shown by…
Exercise training may be an important adjuvant therapy to counteract cancer cachexia (as has also previously been shown by Pernille Højmann’s group https://t.co/Tc3VZkAlz5) Mechanisms may involve COPS2 to regulate myotube homeostasis. https://t.co/cfzhpifmJw
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