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Wearable devices in the prevention and rehabilitation of running related injuries

Discussion in 'Biomechanics, Sports and Foot orthoses' started by NewsBot, Oct 7, 2017.

  1. NewsBot

    NewsBot The Admin that posts the news.

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    Innovations and pitfalls in the use of wearable devices in the prevention and rehabilitation of running related injuries
    Richard W. Willy, PhD, PT' et al
    Phys Ther Sport; Article in Press
     
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  3. NewsBot

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    Articles:
    1
    Integration of Wearable Sensors Into the Evaluation of Running Economy and Foot Mechanics in Elite Runners
    Muniz-Pardos, Borja et al
    Current Sports Medicine Reports: December 2018 - Volume 17 - Issue 12 - p 480–488
     
  4. NewsBot

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    Articles:
    1
    Tibial acceleration measured from wearable sensors is associated with loading rates in injured runners.
    Tenforde AS et al
    PM R. 2019 Oct 31
     
  5. NewsBot

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    Press release:
    RunEASI wearable enables runners to train and rehabilitate more efficiently

    Being able to exercise without pain or injury: it's every athlete's dream as well as the goal of RunEASI, a new spin-off of KU Leuven. RunEASI's wearable measures the impact experienced by runners and provides scientific feedback that can help them avoid and recover from injuries. The spin-off is supported by the Gemma Frisius Fund and the Freshmen investment fund.

    Runners typically use a heart rate monitor, but this device does not offer insight into how the body responds to the impact caused by the feet landing on the ground. And yet, this impact is precisely what determines the risk of injuries. RunEASI - which originated from a collaboration between movement and computer scientists at KU Leuven - has therefore developed a wearable application that does assess these important parameters.

    This is achieved using a sensor that is attached to the lower back with a belt and is connected to an app. The sensors measures the impact on the body while running and detects any movement compensations that may occur. The app provides feedback to improve the running pattern. RunEASI is the first application that can perform such an analysis and intervention in a scientifically validated and efficient way. The application will be available on the market as of mid-February 2021.

    Stability, symmetry, impact

    "We are trying to establish the link between the way in which someone runs, the associated impact loads, and the risk of injuries," says Professor Benedicte Vanwanseele from the Human Movement Biomechanics unit at KU Leuven. "Three parameters are key to this: stability, symmetry, and impact."

    "Research has shown that trunk instability increases with a runner's fatigue level. When this is combined with high impact loads, this creates a compensatory pattern that increases the risk of overuse injuries. Symmetry shows whether the impact is equally divided between left and right: after an injury, for instance, a runner may favour one leg without realising it. Last, but not least, the impact parameter shows how the body responds to the shocks that occur when the foot strikes the ground."

    "Our tool intervenes when the data show that the runner has a harmful running pattern," says computer science professor Jesse Davis. "AI allows us to analyse when the body is exposed to the most severe impacts. This can depend on the surface, the pace, the duration of the training, the runner's fatigue, and other factors. On the basis of this analysis, coaches and physiotherapists can proactively adjust the runners' training."

    More insight and better support

    "With RunEASI we want to help runners, whether it be professional or recreational ones, to achieve their goals with less risk of injury," explain co-founders Kurt Schütte (CEO) and Tim Op De Beéck (CTO). "The way our sensor is attached is unique and was developed in cooperation with the orthopaedic experts at Steunzoolpunt. It enables us to measure our new movement metrics very efficiently and accurately. Physiotherapists can use this scientific analysis to better assess when someone is ready to resume training after an injury."

    "We strongly believe in digital tools that improve a person's quality of life, and this ambition is also reflected in RunEASI," says Steven Spittaels of the Freshmen investment fund. "It's an application that, thanks to its scientific feedback, can be of great added value to runners and professional healthcare providers. Athletes obviously want to know how to stay injury free and we want to support RunEASI to help them achieve this."

    "We are extremely grateful for the belief and financial support of the Gemma Frisius Fund and Freshmen Fund," responds CEO Kurt Schütte. "With their support, we can fulfil our mission and ambition to make the world run better."

    ###

    More information

    The RunEASI wearable can be pre-ordered and will be available as of mid-February 2021. Check the website for further information: runeasi.ai
     
  6. NewsBot

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    A narrative review of running wearable measurement system accuracy and reliability: can we make running shoe prescription objective?
    Paul Blazey,Tom V. Michie & Christopher Napier
    Footwear Science: 02 Mar 2021
     
  7. NewsBot

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    Biomechanics of Trail Running Performance: Quantification of Spatio-Temporal Parameters by Using Low Cost Sensors in Ecological Conditions
    Noé Perrotin et al
    Appl. Sci. 2021, 11(5), 2093
     
  8. NewsBot

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    Use of monitoring technology and injury incidence among recreational runners: a cross-sectional study
    Richard S. Mayne, Chris M. Bleakley & Mark Matthews
    BMC Sports Science, Medicine and Rehabilitation volume 13, Article number: 116 (2021)
     
  9. NewsBot

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    Use of wearable sensors to identify biomechanical alterations in runners with Exercise-Related lower leg pain
    Alexandra F.DeJong Lempke et al
    Journal of Biomechanics; Volume 126, 20 September 2021, 110646
     
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    The reliability of wearable commercial sensors for outdoor assessment of running biomechanics: the effect of surface and running speed
    Žiga Kozinc et al
    Sports Biomech. 2022 Jan 12;1-14
     
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    The reliability of wearable commercial sensors for outdoor assessment of running biomechanics: the effect of surface and running speed
    Žiga Kozinc,Darjan Smajla &Nejc Šarabon
    12 Jan 2022
     
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    Consumption Goals of Attributes
    Associated with a Product: A Study
    of Smart Running Shoes for a Group
    of Consumers in Nottingham, UK

    Gülden Turhan and Anthony Kent
    FIBRES & TEXTILES in Eastern Europe 2021; 29, 6(150): 18-21.
     
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    Comprehensive validation of a wearable foot sensor system for estimating spatiotemporal gait parameters by simultaneous three-dimensional optical motion analysis
    Kentaro Homan, Keizo Yamamoto, Ken Kadoya, Naoki Ishida & Norimasa Iwasaki
    BMC Sports Science, Medicine and Rehabilitation volume 14, Article number: 71 (2022)
     
  14. NewsBot

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    Recent Machine Learning Progress in Lower Limb Running Biomechanics With Wearable Technology: A Systematic Review
    Liangliang Xiang et al
    Front Neurorobot. 2022 Jun 2
     
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    Does Site Matter? Impact of Inertial Measurement Unit Placement on the Validity and Reliability of Stride Variables During Running: A Systematic Review and Meta-analysis
    Benjamin J. Horsley, Paul J. Tofari, Shona L. Halson, Justin G. Kemp, Jessica Dickson, Nirav Maniar & Stuart J. Cormack
    Sports Medicine volume 51, pages1449–1489 (2021)
     
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    Wearable technology assessing running biomechanics and prospective running-related injuries in Active Duty Soldiers
    Amy N. Weart et al
    Sports Biomechanics 05 May 2023
     
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    Is Stryd critical power a meaningful parameter for runners?
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    The accuracy of commercially available instrumented insoles (ARION) for measuring spatiotemporal running metrics
    Bas Van Hooren, Paul Willems, Guy Plasqui, Kenneth Meijer
    04 June 2023
     
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    Foot Pronation Prediction with Inertial Sensors during Running: A Preliminary Application of Data-Driven Approaches
    Liangliang Xiang et al
    J Hum Kinet. 2023 Jul 15
     
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    Can a shoe-mounted IMU identify the effects of orthotics in ways comparable to gait laboratory measurements?
    Max Lewin, Carina Price & Christopher Nester
    Journal of Foot and Ankle Research volume 16, Article number: 54 (2023)
     
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    Using wearable technology data to explain recreational running injury: A prospective longitudinal feasibility study
    Bradley S. Neal et al
    Physical Therapy in Sport; 30 December 2023
     
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    The Effect of Wearable-Based Real-Time Feedback on Running Injuries and Running Performance: A Randomized Controlled Trial
    Bas Van Hooren et al
    Source
     
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    Predicting Musculoskeletal Loading at Common Running Injury Locations using Machine Learning and Instrumented Insoles
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    Medicine & Science in Sports & Exercise ():10.1249/MSS.0000000000003493, June 6, 2024. | DOI: 10.1249/MSS.0000000000003493
     
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    Wearable Technology Applications and Methods to Assess Clinical Outcomes in Foot and Ankle Disorders: Achievements and Perspectives
    Lorenzo Brognara et al
    Sensors (Basel). 2024 Nov 1;24(21):7059.
     
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    The Ability of Stryd Footpod Metrics to Reflect Changes in Metabolic Power Between Running Shoe Types
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    Journal of Sports Sciences
     
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