Cellular allostatic load is linked to increased energy expenditure and accelerated biological aging.

Natalia Bobba-Alves, Gabriel Sturm, Jue Lin, Sarah A Ware, Kalpita R Karan, Anna S Monzel, Céline Bris, Vincent Procaccio, Guy Lenaers, Albert Higgins-Chen, Morgan Levine, Steve Horvath, Balaji S Santhanam, Brett A Kaufman, Michio Hirano

September 2023

Synopsis of Social media discussions

Several posts mention the article and highlight aspects like the link between cellular allostatic load and energy expenditure, showcasing interest through phrases like 'how much energy do we waste' which suggests reflection on personal or clinical implications. The tone is predominantly inquisitive and engaged, with users discussing the need for understanding the context and definitions of allostasis, which shows the complexity and relevance of the topic.

A
Agreement
 Moderate agreement

The majority of discussions reflect support for the findings of the publication, indicating a general consensus on its significance.

I
Interest
 High level of interest

Users show a high level of curiosity about the article, as indicated by the frequent sharing and references made.

E
Engagement
 Moderate level of engagement

While some discussions touch on broader implications, the depth of engagement about the methodologies and specifics of the study varies.

I
Impact
 High level of impact

Many participants recognize the findings as influential, particularly concerning the implications for understanding biological aging.

Social Mentions

YouTube

2 Videos

Bluesky

1 Posts

Facebook

6 Posts

Twitter

150 Posts

News

3 Articles

Metrics

Video Views

351

Total Likes

171

Extended Reach

430,722

Social Features

162

Timeline: Posts about article

Top Social Media Posts

Posts referencing the article

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  • AngryPhDstudent❗️❗️❗️
    @ONNESHA092 (Twitter)

    RT @Madam_Mito: Cellular Allostatic Load is linked to Increased Energy Expenditure and Accelerated Biological #Aging https://t.co/1159LYxO…
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  • Dr. Stephen Parker
    @FutureHealthSP (Twitter)

    RT @Madam_Mito: Cellular Allostatic Load is linked to Increased Energy Expenditure and Accelerated Biological #Aging https://t.co/1159LYxO…
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  • Madam Mitochondria
    @Madam_Mito (Twitter)

    RT @Madam_Mito: Cellular Allostatic Load is linked to Increased Energy Expenditure and Accelerated Biological #Aging https://t.co/1159LYxO…
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  • AngryPhDstudent❗️❗️❗️
    @ONNESHA092 (Twitter)

    RT @Madam_Mito: Cellular Allostatic Load is linked to Increased Energy Expenditure and Accelerated Biological #Aging https://t.co/1159LYxO…
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  • NADIA EB
    @NADYEUGENY (Twitter)

    RT @Madam_Mito: Cellular Allostatic Load is linked to Increased Energy Expenditure and Accelerated Biological #Aging https://t.co/1159LYxO…
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  • Ryan L. Brown
    @ryanlinnbrown.bsky.social (Bluesky)

    You can access their paper, "Cellular allostatic load is linked to increased energy expenditure and accelerated biological aging" for free here: www.stressmeasurement.org/_files/ugd/8...
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    December 3, 2024

  • CLaE
    @leafs_s (Twitter)

    RT @leafs_s: Psychoneuroendocrinology Cellular allostatic load is linked to increased energy expenditure and accelerated biological aging…
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  • V2
    @vibpsych (Twitter)

    RT @leafs_s: Psychoneuroendocrinology Cellular allostatic load is linked to increased energy expenditure and accelerated biological aging…
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  • thmonk
    @thmonk_pf (Twitter)

    RT @leafs_s: Psychoneuroendocrinology Cellular allostatic load is linked to increased energy expenditure and accelerated biological aging…
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    November 23, 2024

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  • Alexandra Badea
    @portokalh (Twitter)

    RT @leafs_s: Psychoneuroendocrinology Cellular allostatic load is linked to increased energy expenditure and accelerated biological aging…
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    November 23, 2024

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  • Tamim Ahsan
    @TamimAhsan10 (Twitter)

    RT @leafs_s: Psychoneuroendocrinology Cellular allostatic load is linked to increased energy expenditure and accelerated biological aging…
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    November 23, 2024

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  • CLaE
    @leafs_s (Twitter)

    Psychoneuroendocrinology Cellular allostatic load is linked to increased energy expenditure and accelerated biological aging https://t.co/QduyVkQ2rL
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  • Manoj Mayogi Mishra
    @mayogisense (Twitter)

    RT @Madam_Mito: Cellular Allostatic Load is linked to Increased Energy Expenditure and Accelerated Biological #Aging https://t.co/1159LYxO…
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  • Pere Joan Sala
    @Fradbius (Twitter)

    RT @Madam_Mito: Cellular Allostatic Load is linked to Increased Energy Expenditure and Accelerated Biological #Aging https://t.co/1159LYxO…
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  • Madam Mitochondria
    @Madam_Mito (Twitter)

    RT @Madam_Mito: Cellular Allostatic Load is linked to Increased Energy Expenditure and Accelerated Biological #Aging https://t.co/1159LYxO…
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  • Mind Your Science!
    @MindYourSci (Twitter)

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    @rhodobacter (Twitter)

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  • Patricia G. Freire
    @gallardomp (Twitter)

    RT @Madam_Mito: Cellular Allostatic Load is linked to Increased Energy Expenditure and Accelerated Biological #Aging https://t.co/1159LYxO…
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    June 23, 2024

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  • Eric Novack
    @eric_novack (Twitter)

    RT @Madam_Mito: Cellular Allostatic Load is linked to Increased Energy Expenditure and Accelerated Biological #Aging https://t.co/1159LYxO…
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  • Shams Salah Mahdi
    @ShamsPath (Twitter)

    RT @Madam_Mito: Cellular Allostatic Load is linked to Increased Energy Expenditure and Accelerated Biological #Aging https://t.co/1159LYxO…
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  • T-MaX84
    @max_ev_84 (Twitter)

    RT @Madam_Mito: Cellular Allostatic Load is linked to Increased Energy Expenditure and Accelerated Biological #Aging https://t.co/1159LYxO…
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  • Partha
    @parthas87928170 (Twitter)

    RT @Madam_Mito: Cellular Allostatic Load is linked to Increased Energy Expenditure and Accelerated Biological #Aging https://t.co/1159LYxO…
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  • Dirk T.
    @Talsicht2023 (Twitter)

    RT @Madam_Mito: Cellular Allostatic Load is linked to Increased Energy Expenditure and Accelerated Biological #Aging https://t.co/1159LYxO…
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  • Ahmed Ibrahim
    @TheIbrahimLab (Twitter)

    RT @Madam_Mito: Cellular Allostatic Load is linked to Increased Energy Expenditure and Accelerated Biological #Aging https://t.co/1159LYxO…
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    June 22, 2024

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  • NinaB10
    @B10Nina (Twitter)

    RT @Madam_Mito: Cellular Allostatic Load is linked to Increased Energy Expenditure and Accelerated Biological #Aging https://t.co/1159LYxO…
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    June 22, 2024

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  • Dr. Paula Martín Marfil
    @drpaulamarfil (Twitter)

    RT @Madam_Mito: Cellular Allostatic Load is linked to Increased Energy Expenditure and Accelerated Biological #Aging https://t.co/1159LYxO…
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  • Madam Mitochondria
    @Madam_Mito (Twitter)

    Cellular Allostatic Load is linked to Increased Energy Expenditure and Accelerated Biological #Aging https://t.co/1159LYxODM https://t.co/68qlxFbcSG
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  • Diana
    @PharmphoodTM (Twitter)

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  • Dr. Paula Martín Marfil
    @drpaulamarfil (Twitter)

    RT @MitoPsychoBio: How much energy do we waste by generating psychobiological stress responses? And does this accelerate biological aging?…
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  • lady limón
    @lady_limones (Twitter)

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    @DrTysonFND (Twitter)

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    @vavatin (Twitter)

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    @nosemosenoe (Twitter)

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    @JessAStern (Twitter)

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    @FndPortal (Twitter)

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    @ndosenbach (Twitter)

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    @Sapiensbici (Twitter)

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  • drjasonmccloskey
    @drjmccloskey (Twitter)

    Cellular allostatic load is linked to increased energy expenditure and accelerated biological aging - ScienceDirect https://t.co/uJL1yyr0rY
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    January 7, 2024

  • Pau Oller
    @PauOller (Twitter)

    RT @MitoPsychoBio: How much energy do we waste by generating psychobiological stress responses? And does this accelerate biological aging?…
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  • Catie Walsh, PhD
    @CatheriWalsh (Twitter)

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  • Psychoneuroendocrinology
    @PNECJournal (Twitter)

    RT @MitoPsychoBio: The paper is here: https://t.co/z0X5qSpvQV Thanks to @PNECJournal for allowing an unusually long and broad paper in the…
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  • @clafrisa
    @clafrisa (Twitter)

    RT @MitoPsychoBio: The paper is here: https://t.co/z0X5qSpvQV Thanks to @PNECJournal for allowing an unusually long and broad paper in the…
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    @clafrisa (Twitter)

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    @BluForster (Twitter)

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    @UldisVarnevichs (Twitter)

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    @Klavs__ (Twitter)

    RT @Klavs__:
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  • UCSF Psychiatry and Behavioral Sciences
    @UCSFPsychiatry (Twitter)

    #Research reading: Cellular allostatic load is linked to increased energy expenditure and accelerated biological aging https://t.co/LrxpE8iV2G
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    October 2, 2023

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  • Dr. Lotte van Dammen
    @LottevanDammen (Twitter)

    RT @PNECJournal: #EditorsChoiceFriday Cellular allostatic load is linked to increased energy expenditure and accelerated biological aging…
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    September 22, 2023

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  • ComprehensivePNEC
    @CPNECJournal (Twitter)

    RT @PNECJournal: #EditorsChoiceFriday Cellular allostatic load is linked to increased energy expenditure and accelerated biological aging…
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    @ISPNE (Twitter)

    RT @PNECJournal: #EditorsChoiceFriday Cellular allostatic load is linked to increased energy expenditure and accelerated biological aging…
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    @PNECJournal (Twitter)

    #EditorsChoiceFriday Cellular allostatic load is linked to increased energy expenditure and accelerated biological aging A
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  • Ivy L. Xiong
    @ivy_lxiong (Twitter)

    @mr_corcorana @alan_garfinkel @whatishealth21 I'm not sure there is a general consensus about the definition of allostasis. What "allostatic regulation" means seems to be highly context-dependent. See latest work by Dr. Martin Picard @MitoPsychoBio: https://t.co/lT100soPvk Some clarification might be helpful... anyone?
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    August 7, 2023

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  • Zhang Yanjie
    @ZhangYanjie3 (Twitter)

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  • Lynne Irwin
    @LLynneIrwin (Twitter)

    RT @Limbictweets: Cellular allostatic load is linked to increased energy expenditure and... https://t.co/Nb50sV61Bj
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    July 26, 2023

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  • Christine C.
    @Limbictweets (Twitter)

    Cellular allostatic load is linked to increased energy expenditure and... https://t.co/Nb50sV61Bj
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    July 26, 2023

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  • Dan Patrick
    @mdpatrick (Twitter)

    RT @MitoPsychoBio: How much energy do we waste by generating psychobiological stress responses? And does this accelerate biological aging?…
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  • Researching the Brain
    @Brain_Database (Twitter)

    Cellular allostatic load is linked to increased energy expenditure and accelerated biological aging https://t.co/rCgXWTTlIJ
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    @Aquila_Alta3141 (Twitter)

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    @Aquila_Alta3141 (Twitter)

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    @sjenningsfan1 (Twitter)

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    @EneaFioretti (Twitter)

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    @PenelopeFigtree (Twitter)

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    @ElizabethShirt2 (Twitter)

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    @DrPeter_Hall (Twitter)

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  • Jamie Hanson (@jamielarsh.bsky.social)
    @JamieLarsH (Twitter)

    RT @MitoPsychoBio: How much energy do we waste by generating psychobiological stress responses? And does this accelerate biological aging?…
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    @bien_h811 (Twitter)

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    @deMendoncaFilho (Twitter)

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    @ISPNE (Twitter)

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    @mellenjlaaciz (Twitter)

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    @alessiafirmani1 (Twitter)

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    @MrPundurs (Twitter)

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    @PNIRS (Twitter)

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    @dp_moriarity (Twitter)

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    @MandyBekhbat (Twitter)

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    @justascienceguy (Twitter)

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    @BillOccham0 (Twitter)

    Cellular allostatic load is linked to increased energy expenditure and accelerated biological aging - ScienceDirect https://t.co/hVkzuMV0eg
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    @BillOccham0 (Twitter)

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    @heartintact (Twitter)

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    @SJunSon1 (Twitter)

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    @RealUnsweetDee (Twitter)

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    @Catalyst2Thrive (Twitter)

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    @LabsScanderson (Twitter)

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    @Chudaism_ (Twitter)

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    @JorgeIzaguirrre (Twitter)

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    @CPNECJournal (Twitter)

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    @ISPNE (Twitter)

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    @PNECJournal (Twitter)

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    @vdougiez (Twitter)

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    @AndrIlnitski (Twitter)

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    @drmom01 (Twitter)

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    @LucassenPJ (Twitter)

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    @PT_Thunem (Twitter)

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    @ChrisMarco_ (Twitter)

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    @KvChannels (Twitter)

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    @onat_yilmaz (Twitter)

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    @journey_lists (Twitter)

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  • Genocide by any other name still smells as horror
    @JustineGSwaab (Twitter)

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    @metallicat6 (Twitter)

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Abstract Synopsis

  • Cellular allostatic load refers to a state of stress where energy-dependent physiological responses become dysregulated, leading to functional decline and accelerated aging.
  • Chronic exposure to glucocorticoids increases cellular energy expenditure by 60% and shifts metabolism towards mitochondrial oxidative phosphorylation, contributing to aging effects.
  • The study highlights the complex relationship between energy expenditure and cellular aging, suggesting that managing energy metabolism could influence aging dynamics.