Synopsis of Social media discussions
The discussions around this publication frequently emphasize the significance of moderate exercise for boosting immunity, using words like 'important,' 'beneficial,' and phrases like 'may help immunity' to express support. Several comments delve into mechanistic details, such as reprogramming macrophage metabolism and epigenetic landscapes, which show a deep engagement with the scientific concepts and suggest recognition of the research’s potential to influence future health strategies.
Agreement
Strong agreementMost posts strongly support the findings, emphasizing the positive role of moderate exercise in immune response and training macrophages, often using affirming words like 'important,' 'beneficial,' and 'increases.'
Interest
High level of interestDiscussions demonstrate high interest by highlighting the significance of the research, with comments such as 'The importance of exercise increases every day' and calling the findings a 'game changer,' reflecting curiosity and perceived relevance.
Engagement
High engagementMany posts delve into technical details, referencing mechanisms like metabolism, mitochondrial function, and epigenetics, indicating deep engagement with the scientific content.
Impact
Moderate level of impactAlthough some users suggest it could influence health practices and medical understanding positively, the perceived impact is slightly moderate as discussions mainly focus on potential rather than immediate, broad societal change.
Social Mentions
YouTube
3 Videos
2 Posts
32 Posts
Blogs
4 Articles
News
15 Articles
2 Posts
Metrics
Video Views
148,347
Total Likes
3,743
Extended Reach
286,951
Social Features
58
Timeline: Posts about article
Top Social Media Posts
Posts referencing the article
How 30 Days of Lifestyle Changes Reduce Inflammation Effectively
Moderate exercise induces long-lasting changes in macrophages by altering their metabolism and gene accessibility, leading to reduced inflammation and helping prevent inflammation-related diseases.
Impact of Moderate Exercise on Immune Cell Inflammation Reduction
Moderate exercise induces long-lasting changes in macrophages, immune cells responsible for inflammation, by altering their metabolism and gene access, leading to decreased inflammation and potential prevention of inflammation-related diseases.
Moderate Exercise Enhances Immune Response and Reduces Inflammation
This video explores groundbreaking research showing that moderate exercise induces long-lasting changes in macrophages, immune cells responsible for inflammation. These changes improve their function, reduce inflammatory responses, and may help prevent inflammation-related diseases.
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Watch the full video here: https://t.co/wrhrdQDDYL
view full postAugust 18, 2025
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Leslie Dwyer
@RealLeslieDwyer (Twitter)https://t.co/RRdXnIeDGY
view full postAugust 18, 2025
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Liliana Schaefer, MD
@AJPCellPhysEIC (Twitter)RT @AJPCellPhys: The importance of #exercise increases every day as this #ArtilceinPress shows it may also help immunity. Moderate exercise…
view full postJuly 26, 2023
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Brian A. Irving, PhD, FACSM
@MitoPhys (Twitter)RT @AJPCellPhys: The importance of #exercise increases every day as this #ArtilceinPress shows it may also help immunity. Moderate exercise…
view full postJuly 26, 2023
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APS Publications
@APSPublications (Twitter)RT @AJPCellPhys: The importance of #exercise increases every day as this #ArtilceinPress shows it may also help immunity. Moderate exercise…
view full postJuly 26, 2023
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AJP-Cell Physiology
@AJPCellPhys (Twitter)The importance of #exercise increases every day as this #ArtilceinPress shows it may also help immunity. Moderate exercise induces trained immunity in macrophages (Mayoorey Murugathasan et al.): https://t.co/vtzcAquR9m @MHRC_YorkU #Inflammation #Mitochondria https://t.co/s06YDBzihS
view full postJuly 26, 2023
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AJP-Cell Physiology
@AJPCellPhys (Twitter)RT @APSPhysiology: .@AJPCellPhys article (https://t.co/bDuqQx4rtj) is cited in “Cardio Curbs Excessive Inflammation in Surprising Ways” fro…
view full postJuly 11, 2023
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APS Publications
@APSPublications (Twitter)RT @AJPCellPhys: Another reminder to get to the gym, Mayoorey Murugathasan et al. authored today's #ArticleinPress Moderate exercise induce…
view full postJuly 5, 2023
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AJP-Cell Physiology
@AJPCellPhys (Twitter)Another reminder to get to the gym, Mayoorey Murugathasan et al. authored today's #ArticleinPress Moderate exercise induces trained immunity in macrophages: https://t.co/uzlSDucgo4 @YorkUHealth #Exercise #Inflammation https://t.co/zQq0LmG5MC
view full postJuly 5, 2023
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UoL Movement & Physical Activity Research Network
@InterActiveUoL (Twitter)Researchers at @UniOfYork have expanded the current knowledge on the beneficial role of exercise on the body’s response to inflammation, indicating that this may increase the production of macrophages (white blood cells that kill off infections) https://t.co/IZ5glG6rkp
view full postJuly 3, 2023
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Liliana Schaefer, MD
@AJPCellPhysEIC (Twitter)RT @APSPhysiology: .@AJPCellPhys article (https://t.co/bDuqQx4rtj) is cited in “Cardio Curbs Excessive Inflammation in Surprising Ways” fro…
view full postJune 26, 2023
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JorgeEdoChava75
@QicenoJorge (Twitter)RT @APSPhysiology: .@AJPCellPhys article (https://t.co/bDuqQx4rtj) is cited in “Cardio Curbs Excessive Inflammation in Surprising Ways” fro…
view full postJune 26, 2023
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American Physiological Society
@APSPhysiology (Twitter).@AJPCellPhys article (https://t.co/bDuqQx4rtj) is cited in “Cardio Curbs Excessive Inflammation in Surprising Ways” from @PsychToday: https://t.co/LsoP5uMXYr CC: @AJPCellPhysEIC
view full postJune 26, 2023
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Keizo Nishikawa
@ihaveapenpai (Twitter)RT @immUNode: 運動が炎症に効くのって何でなの? 中程度の運動は骨髄由来マクロファージにおいて呼吸、グルコースの代謝、DNAアクセスなどの再構築を促すことで炎症性遺伝子の発現や活性酸素の産生を抑制するらしい どのワークアウトが特にいいとかも気になるな https…
view full postJune 19, 2023
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Alex
@AlexViKu (Twitter)Moderate exercise induces trained immunity in macrophages | American Journal of Physiology-Cell Physiology https://t.co/NwUOuAAs6K
view full postJune 19, 2023
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Satoru Ato / 阿藤聡
@SatoruAto (Twitter)RT @immUNode: 運動が炎症に効くのって何でなの? 中程度の運動は骨髄由来マクロファージにおいて呼吸、グルコースの代謝、DNAアクセスなどの再構築を促すことで炎症性遺伝子の発現や活性酸素の産生を抑制するらしい どのワークアウトが特にいいとかも気になるな https…
view full postJune 18, 2023
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仕事寄りのジャンボ(中村拓也)
@jumbo_hakodate (Twitter)RT @immUNode: 運動が炎症に効くのって何でなの? 中程度の運動は骨髄由来マクロファージにおいて呼吸、グルコースの代謝、DNAアクセスなどの再構築を促すことで炎症性遺伝子の発現や活性酸素の産生を抑制するらしい どのワークアウトが特にいいとかも気になるな https…
view full postJune 18, 2023
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Shigekazu Ishihara
@shigekzishihara (Twitter)RT @immUNode: 運動が炎症に効くのって何でなの? 中程度の運動は骨髄由来マクロファージにおいて呼吸、グルコースの代謝、DNAアクセスなどの再構築を促すことで炎症性遺伝子の発現や活性酸素の産生を抑制するらしい どのワークアウトが特にいいとかも気になるな https…
view full postJune 18, 2023
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Immu node
@immUNode (Twitter)運動が炎症に効くのって何でなの? 中程度の運動は骨髄由来マクロファージにおいて呼吸、グルコースの代謝、DNAアクセスなどの再構築を促すことで炎症性遺伝子の発現や活性酸素の産生を抑制するらしい どのワークアウトが特にいいとかも気になるな https://t.co/dn9sWezjjQ
view full postJune 18, 2023
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Ben Kirk, PhD
@DrBenKirk (Twitter)RT @Osteoporosis_NL: Chronic moderate exercise can influence the inflammatory responses of macrophages by reprogramming their metabolic and…
view full postJune 16, 2023
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Mind Your Science!
@MindYourSci (Twitter)RT @agingdoc1: Moderate exercise induces trained immunity in macrophages https://t.co/skoctiyI4F @AJPCellPhys https://t.co/OdaNPAv6ZU
view full postJune 16, 2023
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Patty T CNP
@PattyT_NP (Twitter)RT @Osteoporosis_NL: Chronic moderate exercise can influence the inflammatory responses of macrophages by reprogramming their metabolic and…
view full postJune 16, 2023
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Dr. Elena Seranova
@ESeranova (Twitter)RT @agingdoc1: Moderate exercise induces trained immunity in macrophages https://t.co/skoctiyI4F @AJPCellPhys https://t.co/OdaNPAv6ZU
view full postJune 16, 2023
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Dr Celestino Gutiérrez González MD
@CelestinoGutirr (Twitter)RT @Osteoporosis_NL: Chronic moderate exercise can influence the inflammatory responses of macrophages by reprogramming their metabolic and…
view full postJune 16, 2023
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Vicente Lozada-Balderrama
@VicenteLozadaB (Twitter)RT @Osteoporosis_NL: Chronic moderate exercise can influence the inflammatory responses of macrophages by reprogramming their metabolic and…
view full postJune 16, 2023
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VENEZUELA HERMOSA
@rodriguezb5 (Twitter)RT @Osteoporosis_NL: Chronic moderate exercise can influence the inflammatory responses of macrophages by reprogramming their metabolic and…
view full postJune 16, 2023
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サイエンスあれこれ
@sarekore (Twitter)として機能する白血球ですが、時として癌や自己免疫疾患の原因となる過剰な炎症を起こすこともあります。適度な運動が、骨髄内のマクロファージ前駆体の代謝およびエピジェネティックな調節を再プログラムすることによって、過剰な炎症反応を和らげることが明らかになりましたhttps://t.co/ojm1SfjBQ7
view full postJune 16, 2023
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Osteoporosis-NL @osteoporosis-nl.bsky.social
@Osteoporosis_NL (Twitter)Chronic moderate exercise can influence the inflammatory responses of macrophages by reprogramming their metabolic and epigenetic landscape. M Murugathasan et al. Am J Physiol Cell Physiol 2023 Jun 12 https://t.co/1G2bcNHWnC …trained immunity https://t.co/HvIFKNW1uv
view full postJune 16, 2023
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Agingdoc
@agingdoc1 (Twitter)Moderate exercise induces trained immunity in macrophages https://t.co/skoctiyI4F @AJPCellPhys https://t.co/OdaNPAv6ZU
view full postJune 16, 2023
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Mitochondrial News
@MitochondriaNe1 (Twitter)Moderate exercise induces trained immunity in macrophages https://t.co/e919jlipLQ https://t.co/BLo4SFY4q5
view full postJune 14, 2023
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Rod FK
@RodFK01 (Twitter)RT @APSPublications: New in @AJPCell: Murugathasan et al. found that chronic moderate #exercise can influence the inflammatory responses of…
view full postJune 13, 2023
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APS Publications
@APSPublications (Twitter)New in @AJPCell: Murugathasan et al. found that chronic moderate #exercise can influence the inflammatory responses of #macrophages by reprogramming their metabolic & #epigenetic landscape. https://t.co/4ankW6ufXQ @MHRC_YorkU @YorkUHealth @aabdulsater #Mitochondria https://t.co/y1tryTv21Q
view full postJune 13, 2023
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Abstract Synopsis
- Moderate exercise causes long-lasting changes in macrophages, the immune cells responsible for inflammation, by altering their metabolism and how their genes are accessed (epigenetic landscape).
- These changes lead to a reduction in inflammatory responses, such as decreased activation of inflammatory pathways and increased expression of anti-inflammatory (M2-like) genes, ultimately helping prevent inflammation-related diseases.
- The process involves improved mitochondrial function, increased reliance on oxygen-based energy production, and modifications in chromatin accessibility, which together help macrophages respond more efficiently to threats while minimizing tissue damage.
Rowena's
@the_meat_market (Twitter)