Mentions
Extended reach
Total likes
Video views
AI synopsis
Several discussions emphasize the implications of the research, notably comparing muscular weakness to smoking in terms of health risks. Phrases like 'Begin today to wage war on weakness' and 'muscle weakness could be as harmful as smoking' showcase the urgency and seriousness of the topic. The tone reflects a blend of motivation and concern, highlighting a shift in how individuals perceive grip strength as an essential marker of health.
The discussions reflect strong alignment with the study's conclusions about grip strength and aging.
Participants express high curiosity about the implications of the study, suggesting it resonates with their personal or professional interests.
While most posts acknowledge the findings, many do not delve deeply into the methodologies or broader implications beyond surface-level commentary.
There is a general belief that the publication could have a significant impact on health and wellness understanding, especially regarding aging.
Per la prima volta, uno studio dell'Università del Michigan ha trovato una forte evidenza di un legame biologico tra la debolezza muscolare e l'effettiva accelerazione dell'età biologica. https://t.co/XWCMRl5bei
中高年者1,274人の生物学的年齢と握力の関係を評価した結果、男女ともに、握力の低下と生物学的年齢の進行との間に関連がある、とJCSMの報告。握力が低いと、10年後まで測定した（生物学的）老化も早い。 握力の維持はアンチエイジングの観点からも重要かも。 https://t.co/Hyeg3okmcJ https://t.co/nkamOkjKEN
Begin today to wage war on weakness. This paper calls muscular weakness the new smoking and focuses on grip strength as “a biomarker of aging.” Grip strength is inversely associated with DNA methylation age acceleration. https://t.co/BKWkALoSwc via @bloodcure
Grip strength is inversely associated with DNA methylation age acceleration https://t.co/9OBno2IMS5 https://t.co/VET9h0Xz1K
Grip strength is inversely associated with DNA methylation age acceleration https://t.co/fgNjPORj7m
“Grip strength is inversely associated with DNA methylation age acceleration” by Mark D. Peterson et al. Journal of Cachexia, Sarcopenia and Muscle https://t.co/3Noma5ktuV
This study compares different ways of measuring hand grip strength, including adjusted measures, to predict death and cerebrovascular events in older adults, with some measures proving more effective for risk assessment.
Grip strength is vital in all walks of life, with recent studies showing it correlates with DNA methylation age acceleration. Lower grip strength may indicate faster biological aging. This video discusses the importance…
握力はDNAメチル化(DNAm)老化⬆️と反比例https://t.co/1STqsPqRDM 2006〜2008年8～10年追跡
Importance of Grip Strength Dr Donald A Ozello DC of Championship Chiropractic #gripstrength #stronggrip #gripping #gripexercises #gripstrengthexercises #grippingexercises #vegas #chiropractor #handstrength #wriststrength https://t.co/tuCpcaaKvE https://t.co/akhS02HoHV
Importance of Grip Strength Dr Donald A Ozello DC #gripstrength #stronggrip #gripping #gripexercises #gripstrengthexercises #grippingexercises #vegas #chiropractor #handstrength #wriststrength https://t.co/tuCpcabilc https://t.co/uOYcJb2ZRR
RT @LoriShemek: Begin today to wage war on weakness. This paper calls muscular weakness the new smoking and focuses on grip strength as “a…
RT @drdozellodc: Importance of Grip Strength Dr Donald A Ozello DC #gripstrength #stronggrip #gripping #gripexercises #gripstrengthexerci…
Importance of Grip Strength Dr Donald A Ozello DC #gripstrength #stronggrip #gripping #gripexercises #gripstrengthexercises #grippingexercises #vegas #chiropractor https://t.co/tuCpcabilc https://t.co/VC5GTfFCmZ
Importance of Grip Strength Dr Donald A Ozello DC #gripstrength #stronggrip #gripping #gripexercises #gripstrengthexercises #grippingexercises #vegas #chiropractor #handexercises #wristexercises #upperbodystrength #upperextremitystrength #farmerswalk https://t.co/tuCpcabilc https://t.co/8NffsyZ3Js
RT @LoriShemek: Begin today to wage war on weakness. This paper calls muscular weakness the new smoking and focuses on grip strength as “a…
RT @LoriShemek: Begin today to wage war on weakness. This paper calls muscular weakness the new smoking and focuses on grip strength as “a…
RT @LoriShemek: Begin today to wage war on weakness. This paper calls muscular weakness the new smoking and focuses on grip strength as “a…
RT @LoriShemek: Begin today to wage war on weakness. This paper calls muscular weakness the new smoking and focuses on grip strength as “a…
RT @LoriShemek: Begin today to wage war on weakness. This paper calls muscular weakness the new smoking and focuses on grip strength as “a…
RT @LoriShemek: Begin today to wage war on weakness. This paper calls muscular weakness the new smoking and focuses on grip strength as “a…
RT @LoriShemek: Begin today to wage war on weakness. This paper calls muscular weakness the new smoking and focuses on grip strength as “a…
RT @LoriShemek: Begin today to wage war on weakness. This paper calls muscular weakness the new smoking and focuses on grip strength as “a…
RT @LoriShemek: Begin today to wage war on weakness. This paper calls muscular weakness the new smoking and focuses on grip strength as “a…
RT @LoriShemek: Begin today to wage war on weakness. This paper calls muscular weakness the new smoking and focuses on grip strength as “a…
RT @LoriShemek: Begin today to wage war on weakness. This paper calls muscular weakness the new smoking and focuses on grip strength as “a…
RT @LoriShemek: Begin today to wage war on weakness. This paper calls muscular weakness the new smoking and focuses on grip strength as “a…
RT @LoriShemek: Begin today to wage war on weakness. This paper calls muscular weakness the new smoking and focuses on grip strength as “a…
RT @LoriShemek: Begin today to wage war on weakness. This paper calls muscular weakness the new smoking and focuses on grip strength as “a…
RT @LoriShemek: Begin today to wage war on weakness. This paper calls muscular weakness the new smoking and focuses on grip strength as “a…
RT @LoriShemek: Begin today to wage war on weakness. This paper calls muscular weakness the new smoking and focuses on grip strength as “a…
Begin today to wage war on weakness. This paper calls muscular weakness the new smoking and focuses on grip strength as “a biomarker of aging.” Grip strength is inversely associated with DNA methylation age acceleration. https://t.co/BKWkALoSwc via @bloodcure
RT @lchfRD: There is a large body of evidence linking muscular weakness as determined by low #GripStrength to a host of negative age-relate…
There is a large body of evidence linking muscular weakness as determined by low #GripStrength to a host of negative age-related health outcomes. This is why grip strength has been labelled a ‘biomarker of aging.' https://t.co/Bse2nLHPQt https://t.co/oSJjJl1J3M
https://t.co/W3IlEVHXRY
Grip strength is inversely associated with DNA methylation age acceleration - Peterson - 2023 - Journal of Cachexia, Sarcopenia and Muscle - Wiley Online Library https://t.co/YPJxJUMMZT
Grip Strength For Longevity??
To read the full article from the Journal of Cachexia, Sarcopenia, and Muscle, follow this link: https://t.co/nyCqclBjZf To read the full article from the Journal for Clinical Interventions in Aging, follow this link: https://t.co/cIPMV9uLiR.
¡Mantén tus manos fuertes y jóvenes con ejercicio! Un estudio encontró que la fuerza de agarre está relacionada con el envejecimiento del ADN. ¡Mantén tus músculos activos para un envejecimiento saludable!
MiCDA @umisr affiliates @mdpeterz, @DrHelenMeier, Faul & coauthors recent article in @JCSM_cachexia was referenced in @Yahoo regarding those with a weak grip had an accelerated rate of aging of their DNA: https://t.co/wXW9BB48S7 Original article: https://t.co/a6s0Agp5gC
RT @MiCDA_UMISR: New work from MiCDA @umisr affiliates @mdpeterz, @DrHelenMeier, Faul, et al @JCSM_cachexia Grip strength is inversely ass…
New work from MiCDA @umisr affiliates @mdpeterz, @DrHelenMeier, Faul, et al @JCSM_cachexia Grip strength is inversely assoc. w/DNA methylation age acceleration "evidence of age acceleration among men & women w/↓ normalized grip strength (NGS)" https://t.co/a6s0Agp5gC
Read the journal article https://t.co/LGzjNvhHMN
Is muscle weakness the new smoking? Grip strength tied to accelerated biological age, study shows https://t.co/z29j3gBlau https://t.co/LLwv1AYBdc https://t.co/wTDd8jyXVs
RT @MiCDA_UMISR: MiCDA @umisr affiliate @mdpeterz, @DrHelenMeier, Faul et al. recent article in @wileyinresearch was referenced in @washing…
RT @MiCDA_UMISR: MiCDA @umisr affiliate @mdpeterz, @DrHelenMeier, Faul et al. recent article in @wileyinresearch was referenced in @washing…
RT @MiCDA_UMISR: MiCDA @umisr affiliate @mdpeterz, @DrHelenMeier, Faul et al. recent article in @wileyinresearch was referenced in @washing…
MiCDA @umisr affiliate @mdpeterz, @DrHelenMeier, Faul et al. recent article in @wileyinresearch was referenced in @washingtonpost regarding weak handgrip strength of older adults being assoc. w/↑ aging of DNA: https://t.co/CcOni9m3fs Original article: https://t.co/a6s0Agoxr4
Ky studimi i ri shumë interesant nga Universiteti i Miçiganit nxjerr në pah rëndësinë e stërvitjes me pesha për një jetë të gjatë e të shëndetshme duke treguar se muskujt e dobët mund të jenë po aq të dëmshëm sa pirja e duhanit
See the full study here: https://t.co/iIYb2sREKv
RT @wbgrant2: Grip strength is inversely associated with DNA methylation age acceleration https://t.co/fgNjPORj7m
RT @wbgrant2: Grip strength is inversely associated with DNA methylation age acceleration https://t.co/fgNjPORj7m
RT @wbgrant2: Grip strength is inversely associated with DNA methylation age acceleration https://t.co/fgNjPORj7m
RT @wbgrant2: Grip strength is inversely associated with DNA methylation age acceleration https://t.co/fgNjPORj7m
Grip strength may be tied to DNA methylation age acceleration https://t.co/snhwW9JAOx
Grip strength is inversely associated with DNA methylation age acceleration https://t.co/fgNjPORj7m
Muscle weakness marked by grip strength (proxy for overall strength capacity) is connected with accelerated biological age. Never to late to start lifting some weights…both for physicians as well as their patients. Let’s go!
Grip strength is inversely associated with DNA methylation age acceleration https://t.co/2wQ2rzSNnz https://t.co/AsG3OQPMWg
تخيل ان عمرك الحقيقي غير عمرك اللي مكتوب في شهادة الميلاد؟ ازاي تعرف عمر... https://t.co/qRO1BEWNhr عبر @YouTube
@CaunaJimmy @FitFounder There are studies showing strong association like this one but that’s about it. https://t.co/L6EM4RHx1l
مهم لكل كائن حي. تخيل ان عمرك الحقيقي غير عمرك اللي مكتوب في شهادة الميلاد؟ ازاي تعرف عمر... https://t.co/3OPHUkuRCJ عبر @YouTube
RT @pills_ofscience: Per la prima volta, uno studio dell'Università del Michigan ha trovato una forte evidenza di un legame biologico tra l…
RT @pills_ofscience: Per la prima volta, uno studio dell'Università del Michigan ha trovato una forte evidenza di un legame biologico tra l…
RT @pills_ofscience: Per la prima volta, uno studio dell'Università del Michigan ha trovato una forte evidenza di un legame biologico tra l…
RT @pills_ofscience: Per la prima volta, uno studio dell'Università del Michigan ha trovato una forte evidenza di un legame biologico tra l…
RT @pills_ofscience: Per la prima volta, uno studio dell'Università del Michigan ha trovato una forte evidenza di un legame biologico tra l…
Per la prima volta, uno studio dell'Università del Michigan ha trovato una forte evidenza di un legame biologico tra la debolezza muscolare e l'effettiva accelerazione dell'età biologica. https://t.co/XWCMRl5bei
RT @SFujita77: 中高年者1,274人の生物学的年齢と握力の関係を評価した結果、男女ともに、握力の低下と生物学的年齢の進行との間に関連がある、とJCSMの報告。握力が低いと、10年後まで測定した（生物学的）老化も早い。 握力の維持はアンチエイジングの観点からも重要…
Findings by @mdpeterz and colleagues associate epigenetic age acceleration among middle-aged and older men and women with lower grip strength and loss of strength over time. https://t.co/sYnLA4pour
握力が老化のバイオマーカーになる https://t.co/nxClwP1YZu 男女に多少の差はあったものの、握力は8～10年後のDNAメチル化のレベルと強く相関していたらしい。もちろん握力を鍛えれば健康になるというわけではないけども。
anti-age DNA methylation push ups? Who's in? Grip strength is inversely associated with DNA methylation age acceleration https://t.co/lFAr0K93dz
anti-age DNA methylation push ups? Sounds like a good reason to me.. who's up? Grip strength is inversely associated with DNA methylation age acceleration https://t.co/lFAr0K93dz
Grip strength is inversely associated with DNA methylation age acceleration https://t.co/u8f3nrj9ri
RT @UM_PSC: Grip strength has been labelled a ‘biomarker of aging’ because it's linked to a host of aging-related negative outcomes-- but t…
RT @UM_PSC: Grip strength has been labelled a ‘biomarker of aging’ because it's linked to a host of aging-related negative outcomes-- but t…
RT @UM_PSC: Grip strength has been labelled a ‘biomarker of aging’ because it's linked to a host of aging-related negative outcomes-- but t…
Grip strength has been labelled a ‘biomarker of aging’ because it's linked to a host of aging-related negative outcomes-- but the connection is unclear. A new UM study looks at grip strength's association with measures of DNA methylation age acceleration. https://t.co/Gc48sHuxDI https://t.co/I63WXRc6dN
Grip strength is inversely associated with DNA methylation age acceleration (open access) https://t.co/B8af3y2FA9 #aging #longevity #exercise #Workout #TrainHard #GymLife #GymTime #muscle #strength #lift #GetStrong #cardio #hiit
RT @NeuroscienceNew: “Grip strength is inversely associated with DNA methylation age acceleration” by Mark D. Peterson et al. Journal of Ca…
RT @SFujita77: 中高年者1,274人の生物学的年齢と握力の関係を評価した結果、男女ともに、握力の低下と生物学的年齢の進行との間に関連がある、とJCSMの報告。握力が低いと、10年後まで測定した（生物学的）老化も早い。 握力の維持はアンチエイジングの観点からも重要…
RT @SFujita77: 中高年者1,274人の生物学的年齢と握力の関係を評価した結果、男女ともに、握力の低下と生物学的年齢の進行との間に関連がある、とJCSMの報告。握力が低いと、10年後まで測定した（生物学的）老化も早い。 握力の維持はアンチエイジングの観点からも重要…
RT @SFujita77: 中高年者1,274人の生物学的年齢と握力の関係を評価した結果、男女ともに、握力の低下と生物学的年齢の進行との間に関連がある、とJCSMの報告。握力が低いと、10年後まで測定した（生物学的）老化も早い。 握力の維持はアンチエイジングの観点からも重要…
RT @SFujita77: 中高年者1,274人の生物学的年齢と握力の関係を評価した結果、男女ともに、握力の低下と生物学的年齢の進行との間に関連がある、とJCSMの報告。握力が低いと、10年後まで測定した（生物学的）老化も早い。 握力の維持はアンチエイジングの観点からも重要…
RT @SFujita77: 中高年者1,274人の生物学的年齢と握力の関係を評価した結果、男女ともに、握力の低下と生物学的年齢の進行との間に関連がある、とJCSMの報告。握力が低いと、10年後まで測定した（生物学的）老化も早い。 握力の維持はアンチエイジングの観点からも重要…
中高年者1,274人の生物学的年齢と握力の関係を評価した結果、男女ともに、握力の低下と生物学的年齢の進行との間に関連がある、とJCSMの報告。握力が低いと、10年後まで測定した（生物学的）老化も早い。 握力の維持はアンチエイジングの観点からも重要かも。 https://t.co/Hyeg3okmcJ https://t.co/nkamOkjKEN
RT @NeuroscienceNew: “Grip strength is inversely associated with DNA methylation age acceleration” by Mark D. Peterson et al. Journal of Ca…
Grip strength is inversely associated with DNA methylation age acceleration https://t.co/6zJNUpV18X https://t.co/2I0s2NH6ne
“Grip strength is inversely associated with DNA methylation age acceleration” by Mark D. Peterson et al. Journal of Cachexia, Sarcopenia and Muscle https://t.co/3Noma5ktuV
RT @EddieRDMD: Journal of Cachexia, Sarcopenia and Muscle: Is muscle weakness the new smoking? Strength training may be key to long life St…
RT @EddieRDMD: Journal of Cachexia, Sarcopenia and Muscle: Is muscle weakness the new smoking? Strength training may be key to long life St…
RT @EddieRDMD: Journal of Cachexia, Sarcopenia and Muscle: Is muscle weakness the new smoking? Strength training may be key to long life St…
Grip strength is inversely associated with DNA methylation age acceleration
RT @EddieRDMD: Journal of Cachexia, Sarcopenia and Muscle: Is muscle weakness the new smoking? Strength training may be key to long life St…
Journal of Cachexia, Sarcopenia and Muscle: Is muscle weakness the new smoking? Strength training may be key to long life Study found 1st evidence linking muscle weakness and biological age acceleration. Journal: https://t.co/kEmmRGZlWc Press: https://t.co/GOmX31Z0st @Mangan150
https://t.co/947tR4Gqdf
RT @agingdoc1: Grip strength is inversely associated with DNA methylation age acceleration https://t.co/9OBno2IMS5 https://t.co/VET9h0Xz1K
RT @agingdoc1: Grip strength is inversely associated with DNA methylation age acceleration https://t.co/9OBno2IMS5 https://t.co/VET9h0Xz1K
RT @agingdoc1: Grip strength is inversely associated with DNA methylation age acceleration https://t.co/9OBno2IMS5 https://t.co/VET9h0Xz1K
Grip strength is inversely associated with DNA methylation age acceleration https://t.co/9OBno2IMS5 https://t.co/VET9h0Xz1K