Metabolically efficient walking assistance using optimized timed forces at the waist.

Prokopios Antonellis, Arash Mohammadzadeh Gonabadi, Sara A Myers, Iraklis I Pipinos, Philippe Malcolm

March 2022 Sci Robot

Synopsis of Social media discussions

Many discussions highlight the innovative approach of using optimized timed forces to enhance walking efficiency, with phrases like 'surprising way to make walking easier' and references to 'robot-assisted therapy.' Words like 'excited,' 'potential,' and 'significant' demonstrate positive tone and recognition of scientific progress, showing engagement through shared enthusiasm and technical curiosity.

A
Agreement
 Moderate agreement

Most discussions agree that the research presents promising and innovative findings in walking assistance technology.

I
Interest
 High level of interest

Posts show high interest, with multiple mentions of excitement and potential applications, indicating strong curiosity about the topic.

E
Engagement
 Moderate level of engagement

Comments reflect some depth, referencing specific technical details like timing and force profiles, though many are broadly appreciative or curious.

I
Impact
 Moderate level of impact

Posts suggest the findings could influence future research and applications in robotics and rehabilitation, but the overall perceived practical impact remains moderate.

Social Mentions

YouTube

1 Videos

Facebook

3 Posts

Twitter

57 Posts

Blogs

4 Articles

News

12 Articles

Metrics

Video Views

1,812

Total Likes

298

Extended Reach

9,575,252

Social Features

77

Timeline: Posts about article

Top Social Media Posts

Posts referencing the article

Innovative Research on Energy Efficient Walking Assistance

Innovative Research on Energy Efficient Walking Assistance

Findings by researchers at the University of Nebraska at Omaha describe a novel way to reduce the energy spent on walking by up to 50%. This research could greatly benefit patients with impaired walking abilities and enhance therapy methods. For more details, visit the UNO news page.

University of Nebraska at Omaha

March 16, 2022

1,812 views

  • Arash M. Gonabadi
    @Arash25595 (Twitter)

    Was waiting for this... https://t.co/5FfkCDB9Rc https://t.co/2pywvhhwYM
    view full post

    April 30, 2022

    1

  • Carola Finch
    @carola_finch (Twitter)

    Study Finds Surprising Way to Make Walking Easier https://t.co/LhoOm7Zmne
    view full post

    April 25, 2022

  • The Innovation | Medicine
    @Innov_Medicine (Twitter)

    Metabolically efficient walking assistance using optimized timed forces at the waist @SciRobotics @TheInnovation_M #robot #ArtificialIntelligence #DeepLearning #tech https://t.co/tY4drLwLzz
    view full post

    April 22, 2022

  • humotech
    @humotech (Twitter)

    We’re excited to see how these results might be applied to robot-assisted therapy paradigms! Check out the research team's latest publication in Science Robotics to learn more. https://t.co/ab75rHNnOh
    view full post

    April 15, 2022

    1

  • humotech
    @humotech (Twitter)

    ICYMI: @UNOmaha researchers discover that assisting walking with forward pulls at the waist is most effective when timed with double support, an unexpected finding given simple model predictions. @UNOCEHHS @SciRobotics @UNOBiomechanics https://t.co/HkrnQamEN1
    view full post

    April 15, 2022

    4

  • Sci-Fi Room
    @SciFiRoom (Twitter)

    RT @NotTheAeronaut: For anyone with mobility-assistance tech in their #SpecFic stories: https://t.co/D3uGvYYJLm #Science #ScienceFiction…
    view full post

    April 8, 2022

    1

  • The RPG Equivalent of a Pair of Aviators
    @NotTheAeronaut (Twitter)

    For anyone with mobility-assistance tech in their #SpecFic stories: https://t.co/D3uGvYYJLm #Science #ScienceFiction #SciFi #AmWriting
    view full post

    April 8, 2022

    1

  • さらす - PPMPPP
    @t2saras (Twitter)

    RT @sarekore: ではなく、片方の足が前進を止め、もう片方の足が加速して次の一歩を踏み出す準備をしている、この両足が地面にある短いタイミングにウエストテザーで引っ張ることが最も効率的に歩行を支援することがわかりました。https://t.co/6CBXOM8Oqz
    view full post

    April 1, 2022

    1

  • サイエンスあれこれ
    @sarekore (Twitter)

    ではなく、片方の足が前進を止め、もう片方の足が加速して次の一歩を踏み出す準備をしている、この両足が地面にある短いタイミングにウエストテザーで引っ張ることが最も効率的に歩行を支援することがわかりました。https://t.co/6CBXOM8Oqz
    view full post

    April 1, 2022

    1

    1

  • QEHS_physics
    @PhysicsQehs (Twitter)

    RT @ScienceMagazine: A robotic waist tether pulls at a wearer’s center of mass to reduce the energy needed to walk by 48%, offering a new p…
    view full post

    April 1, 2022

    11

  • xxy
    @xxy07255392 (Twitter)

    RT @ScienceMagazine: A robotic waist tether pulls at a wearer’s center of mass to reduce the energy needed to walk by 48%, offering a new p…
    view full post

    April 1, 2022

    11

  • cacouteau
    @cacouteau (Twitter)

    RT @ScienceMagazine: A robotic waist tether pulls at a wearer’s center of mass to reduce the energy needed to walk by 48%, offering a new p…
    view full post

    April 1, 2022

    11

  • Gabriel Semaan
    @GabrielkSemaan (Twitter)

    RT @ScienceMagazine: A robotic waist tether pulls at a wearer’s center of mass to reduce the energy needed to walk by 48%, offering a new p…
    view full post

    April 1, 2022

    11

  • Tobias Kintzel
    @tobiaskintzel (Twitter)

    RT @ScienceMagazine: A robotic waist tether pulls at a wearer’s center of mass to reduce the energy needed to walk by 48%, offering a new p…
    view full post

    April 1, 2022

    11

  • Jason Mullikin
    @jason_mullikin (Twitter)

    RT @ScienceMagazine: A robotic waist tether pulls at a wearer’s center of mass to reduce the energy needed to walk by 48%, offering a new p…
    view full post

    April 1, 2022

    11

  • Shah
    @AliShah_123456 (Twitter)

    RT @ScienceMagazine: A robotic waist tether pulls at a wearer’s center of mass to reduce the energy needed to walk by 48%, offering a new p…
    view full post

    April 1, 2022

    11

  • VirginSlayerIncelius
    @VIncelius (Twitter)

    ScienceMagazine: A robotic waist tether pulls at a wearer’s center of mass to reduce the energy needed to walk by 48%, offering a new potential approach for assistive rehabilitation. https://t.co/uuBt4xjs2Z @SciRobotics https://t.co/rnDAVljWFt
    view full post

    April 1, 2022

  • Iridescent Ashes (Iridescent-Ashes at b sky)
    @IridescentAshes (Twitter)

    RT @ScienceMagazine: A robotic waist tether pulls at a wearer’s center of mass to reduce the energy needed to walk by 48%, offering a new p…
    view full post

    April 1, 2022

    11

  • Ashish Chauhan
    @ashishchauhan (Twitter)

    RT @ScienceMagazine: A robotic waist tether pulls at a wearer’s center of mass to reduce the energy needed to walk by 48%, offering a new p…
    view full post

    April 1, 2022

    11

  • Shatter the Vial
    @ShatteredVial (Twitter)

    RT @ScienceMagazine: A robotic waist tether pulls at a wearer’s center of mass to reduce the energy needed to walk by 48%, offering a new p…
    view full post

    April 1, 2022

    11

  • Science Magazine
    @ScienceMagazine (Twitter)

    A robotic waist tether pulls at a wearer’s center of mass to reduce the energy needed to walk by 48%, offering a new potential approach for assistive rehabilitation. https://t.co/qcPRFVEqH9 @SciRobotics https://t.co/A0dS2v7IjQ
    view full post

    April 1, 2022

    92

    11

  • 東北大学大学院医工学研究科（Tohoku Univ Biomedical Engineering）
    @tu_bme (Twitter)

    RT @Kodama_Lab: ロボットウエストテザー 新たなリハビリテーションツール 歩行エネルギーを48％削減 https://t.co/DrL4X0HB7Q
    view full post

    March 31, 2022

    1

  • 住田 朋久
    @sumidatomohisa (Twitter)

    RT @ScienceMagazine: A robotic waist tether pulls at a wearer’s center of mass to reduce the energy needed to walk by 48%, offering a new p…
    view full post

    March 29, 2022

    18

  • tsukiharu
    @tsukiharu4 (Twitter)

    https://t.co/zwqAY9Skqb
    view full post

    March 29, 2022

  • Jason Mullikin
    @jason_mullikin (Twitter)

    RT @ScienceMagazine: A robotic waist tether pulls at a wearer’s center of mass to reduce the energy needed to walk by 48%, offering a new p…
    view full post

    March 29, 2022

    18

  • nicole ✖
    @apricotkitten (Twitter)

    RT @ScienceMagazine: A robotic waist tether pulls at a wearer’s center of mass to reduce the energy needed to walk by 48%, offering a new p…
    view full post

    March 29, 2022

    18

  • Compack.cpk
    @CompackCpk (Twitter)

    RT @ScienceMagazine: A robotic waist tether pulls at a wearer’s center of mass to reduce the energy needed to walk by 48%, offering a new p…
    view full post

    March 29, 2022

    18

  • DavidSan Riveros
    @20usdave (Twitter)

    RT @ScienceMagazine: A robotic waist tether pulls at a wearer’s center of mass to reduce the energy needed to walk by 48%, offering a new p…
    view full post

    March 29, 2022

    18

  • VirginSlayerIncelius
    @VIncelius (Twitter)

    ScienceMagazine: A robotic waist tether pulls at a wearer’s center of mass to reduce the energy needed to walk by 48%, offering a new potential approach for assistive rehabilitation. https://t.co/uuBt4xjs2Z @SciRobotics https://t.co/EO8m0N3a9B
    view full post

    March 29, 2022

    1

  • Michael Palayew
    @MichaelPalayew (Twitter)

    RT @ScienceMagazine: A robotic waist tether pulls at a wearer’s center of mass to reduce the energy needed to walk by 48%, offering a new p…
    view full post

    March 29, 2022

    18

  • Rob
    @CFCRobby (Twitter)

    RT @ScienceMagazine: A robotic waist tether pulls at a wearer’s center of mass to reduce the energy needed to walk by 48%, offering a new p…
    view full post

    March 29, 2022

    18

  • bocheng shen
    @BochengS (Twitter)

    RT @ScienceMagazine: A robotic waist tether pulls at a wearer’s center of mass to reduce the energy needed to walk by 48%, offering a new p…
    view full post

    March 29, 2022

    18

  • Cremat és poC
    @JacoboCastilla (Twitter)

    RT @ScienceMagazine: A robotic waist tether pulls at a wearer’s center of mass to reduce the energy needed to walk by 48%, offering a new p…
    view full post

    March 29, 2022

    18

  • Klinger Neves
    @Kli_Nev (Twitter)

    RT @ScienceMagazine: A robotic waist tether pulls at a wearer’s center of mass to reduce the energy needed to walk by 48%, offering a new p…
    view full post

    March 29, 2022

    18

  • Scott Hu
    @slipknothooh (Twitter)

    RT @ScienceMagazine: A robotic waist tether pulls at a wearer’s center of mass to reduce the energy needed to walk by 48%, offering a new p…
    view full post

    March 29, 2022

    18

  • jr.
    @idialijnr (Twitter)

    RT @ScienceMagazine: A robotic waist tether pulls at a wearer’s center of mass to reduce the energy needed to walk by 48%, offering a new p…
    view full post

    March 29, 2022

    18

  • Carolina Romero
    @Caroraque (Twitter)

    RT @ScienceMagazine: A robotic waist tether pulls at a wearer’s center of mass to reduce the energy needed to walk by 48%, offering a new p…
    view full post

    March 29, 2022

    18

  • Science Magazine
    @ScienceMagazine (Twitter)

    A robotic waist tether pulls at a wearer’s center of mass to reduce the energy needed to walk by 48%, offering a new potential approach for assistive rehabilitation. https://t.co/qcPRFVEqH9 @SciRobotics https://t.co/x8POf9LV2j
    view full post

    March 29, 2022

    111

    18

  • Gregory S. Sawicki
    @gregory_sawicki (Twitter)

    RT @SciRobotics: A robotic waist tether pulls at a wearer’s center of mass to reduce the energy needed to walk by 48%, offering a new poten…
    view full post

    March 23, 2022

    16

  • Dr James McLoughlin
    @neurophysioPT (Twitter)

    RT @SciRobotics: A robotic waist tether pulls at a wearer’s center of mass to reduce the energy needed to walk by 48%, offering a new poten…
    view full post

    March 23, 2022

    16

  • Harish Chander
    @H_Chander (Twitter)

    RT @SciRobotics: A robotic waist tether pulls at a wearer’s center of mass to reduce the energy needed to walk by 48%, offering a new poten…
    view full post

    March 23, 2022

    16

  • Mohammadreza Mahaki
    @mohammad_mahaki (Twitter)

    RT @SciRobotics: A robotic waist tether pulls at a wearer’s center of mass to reduce the energy needed to walk by 48%, offering a new poten…
    view full post

    March 23, 2022

    16

  • Ricardo Peterson Silveira
    @rpsportscience (Twitter)

    RT @SciRobotics: A robotic waist tether pulls at a wearer’s center of mass to reduce the energy needed to walk by 48%, offering a new poten…
    view full post

    March 23, 2022

    16

  • Carlo Biancardi
    @CarloBiancardi (Twitter)

    RT @SciRobotics: A robotic waist tether pulls at a wearer’s center of mass to reduce the energy needed to walk by 48%, offering a new poten…
    view full post

    March 23, 2022

    16

  • Edson Silva
    @ssilva_edson (Twitter)

    RT @SciRobotics: A robotic waist tether pulls at a wearer’s center of mass to reduce the energy needed to walk by 48%, offering a new poten…
    view full post

    March 23, 2022

    16

  • Esthevan Machado
    @EsthevanMachado (Twitter)

    RT @SciRobotics: A robotic waist tether pulls at a wearer’s center of mass to reduce the energy needed to walk by 48%, offering a new poten…
    view full post

    March 23, 2022

    16

  • David Raichlen
    @DavidRaichlen (Twitter)

    RT @SciRobotics: A robotic waist tether pulls at a wearer’s center of mass to reduce the energy needed to walk by 48%, offering a new poten…
    view full post

    March 23, 2022

    16

  • Inseung Kang
    @inseungkang (Twitter)

    RT @SciRobotics: A robotic waist tether pulls at a wearer’s center of mass to reduce the energy needed to walk by 48%, offering a new poten…
    view full post

    March 23, 2022

    16

  • UNO College of Education, Health, & Human Sciences
    @UNOCEHHS (Twitter)

    RT @SciRobotics: A robotic waist tether pulls at a wearer’s center of mass to reduce the energy needed to walk by 48%, offering a new poten…
    view full post

    March 23, 2022

    16

  • Science Robotics
    @SciRobotics (Twitter)

    A robotic waist tether pulls at a wearer’s center of mass to reduce the energy needed to walk by 48%, offering a new potential approach for assistive rehabilitation. @UNOBiomechanics @UNOCEHHS https://t.co/njRumn2yDH https://t.co/w4xfWnbrUv
    view full post

    March 23, 2022

    55

    16

  • Pittsburgh Startup News
    @pghstartupnews (Twitter)

    Metabolically efficient walking assistance using optimized timed forces at the waist https://t.co/SM59p8DOpk via @ScienceMagazine h/t @HumoTech
    view full post

    March 20, 2022

    1

  • Bioinformatics Trends 
    @BinfoTrends (Twitter)

    RT @Metabbot: Metabolically efficient walking assistance using optimized timed forces at the waist. Sci Robot #metabolomics https://t.co/48…
    view full post

    March 17, 2022

    1

  • Metabolomics Papers
    @Metabbot (Twitter)

    Metabolically efficient walking assistance using optimized timed forces at the waist. Sci Robot #metabolomics https://t.co/48OxtBzuJz
    view full post

    March 17, 2022

    1

    1

  • Esthevan Machado
    @EsthevanMachado (Twitter)

    RT @Owen1Beck: Metabolically efficient walking assistance using optimized timed forces at the waist https://t.co/S65cKo33eu
    view full post

    March 16, 2022

    1

  • Owen Beck
    @Owen1Beck (Twitter)

    Metabolically efficient walking assistance using optimized timed forces at the waist https://t.co/S65cKo33eu
    view full post

    March 16, 2022

    11

    1

  • Arash M. Gonabadi
    @Arash25595 (Twitter)

    https://t.co/klrq9WR1mR
    view full post

    March 16, 2022

  • Arash M. Gonabadi
    @Arash25595 (Twitter)

    https://t.co/8BjfmpmIHY https://t.co/CBBvZAUMNX
    view full post

    March 16, 2022

    2

Abstract Synopsis

  • Applying a carefully timed forward force at the waist can significantly lower the metabolic cost of walking, with a reduction of up to 48%.
  • The study found that using a sinusoidal force profile during the middle of the double support phase is most effective, and this approach works not only for healthy individuals but also for patients with peripheral artery disease.
  • Interestingly, the research shows that mimicking biological force patterns isn't always the best way to reduce energy expenditure; instead, optimized force timing and profile have a greater impact on walking efficiency.]