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Pubmed for Handhelds

PUBMED FOR HANDHELDS

Journal Abstract Search

257 related items for PubMed ID: 37569010

  • 21. Effect Analysis of Wearing an Lumbar Exoskeleton on Coordinated Activities of the Low Back Muscles Using sEMG Topographic Maps.
    Jiang N, Wang D, Ji X, Wang L, Wu X, Li G.
    IEEE Trans Neural Syst Rehabil Eng; 2024; 32():259-270. PubMed ID: 38165795
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  • 22. Potential exoskeleton uses for reducing low back muscular activity during farm tasks.
    Thamsuwan O, Milosavljevic S, Srinivasan D, Trask C.
    Am J Ind Med; 2020 Nov; 63(11):1017-1028. PubMed ID: 32926450
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  • 23. The influence of high and low heeled shoes on EMG timing characteristics of the lumbar and hip extensor complex during trunk forward flexion and return task.
    Mika A, Clark BC, Oleksy Ł.
    Man Ther; 2013 Dec; 18(6):506-11. PubMed ID: 23632370
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  • 24. Assessment of an active industrial exoskeleton to aid dynamic lifting and lowering manual handling tasks.
    Huysamen K, de Looze M, Bosch T, Ortiz J, Toxiri S, O'Sullivan LW.
    Appl Ergon; 2018 Apr; 68():125-131. PubMed ID: 29409626
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  • 25. Effects of passive exoskeleton support on EMG measures of the neck, shoulder and trunk muscles while holding simulated surgical postures and performing a simulated surgical procedure.
    Tetteh E, Hallbeck MS, Mirka GA.
    Appl Ergon; 2022 Apr; 100():103646. PubMed ID: 34847371
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  • 26. Real-time lumbosacral joint loading estimation in exoskeleton-assisted lifting conditions via electromyography-driven musculoskeletal models.
    Moya-Esteban A, Durandau G, van der Kooij H, Sartori M.
    J Biomech; 2023 Aug; 157():111727. PubMed ID: 37499430
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  • 27. Passive exoskeletons alter low back load transfer mechanism.
    Zou H, Choi J, Hyeon Kang S, Kim S, Jin S.
    J Biomech; 2023 Jan; 147():111437. PubMed ID: 36680890
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  • 28. Flexible sensor-based biomechanical evaluation of low-back exoskeleton use in lifting.
    Yin W, Chen Y, Reddy C, Zheng L, Mehta RK, Zhang X.
    Ergonomics; 2024 Feb; 67(2):182-193. PubMed ID: 37204270
    [Abstract] [Full Text] [Related]

  • 29. Effects of a Passive Back Support Exoskeleton when Lifting and Carrying Lumber Boards.
    Novak VD, Song Y, Gorsic M, Dai B.
    Annu Int Conf IEEE Eng Med Biol Soc; 2023 Jul; 2023():1-4. PubMed ID: 38083667
    [Abstract] [Full Text] [Related]

  • 30. Model-Based Comparison of Passive and Active Assistance Designs in an Occupational Upper Limb Exoskeleton for Overhead Lifting.
    Zhou X, Zheng L.
    IISE Trans Occup Ergon Hum Factors; 2021 Jul; 9(3-4):167-185. PubMed ID: 34254566
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  • 32. Effects of Two Passive Back-Support Exoskeletons on Muscle Activity, Energy Expenditure, and Subjective Assessments During Repetitive Lifting.
    Alemi MM, Madinei S, Kim S, Srinivasan D, Nussbaum MA.
    Hum Factors; 2020 May; 62(3):458-474. PubMed ID: 32017609
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  • 34. SPEXOR passive spinal exoskeleton decreases metabolic cost during symmetric repetitive lifting.
    Baltrusch SJ, van Dieën JH, Koopman AS, Näf MB, Rodriguez-Guerrero C, Babič J, Houdijk H.
    Eur J Appl Physiol; 2020 Feb; 120(2):401-412. PubMed ID: 31828480
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  • 36. The effect of a passive trunk exoskeleton on metabolic costs during lifting and walking.
    Baltrusch SJ, van Dieën JH, Bruijn SM, Koopman AS, van Bennekom CAM, Houdijk H.
    Ergonomics; 2019 Jul; 62(7):903-916. PubMed ID: 30929608
    [Abstract] [Full Text] [Related]

  • 37. Effects of passive back-support exoskeletons on physical demands and usability during patient transfer tasks.
    Hwang J, Kumar Yerriboina VN, Ari H, Kim JH.
    Appl Ergon; 2021 May; 93():103373. PubMed ID: 33516046
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