Biomechanics
Transforming lower extremity biomechanical evaluations through pressure measurement systems.
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Transforming lower extremity biomechanical evaluations through pressure measurement systems.
Bilateral asymmetries are common in gait, balance and all types of movement. The key is quantifying the levels of asymmetries, which provide insights into pathologies and injury risks.
By analyzing movements, forces and plantar pressure exerted by lower extremities, you are presented with objective data that visual assessments cannot provide. Tekscan empowers researchers and clinicians to easily detect asymmetries, develop injury prevention protocols, and optimize sports performance with a host of solutions designed to meet your unique needs.
Tekscan systems allow you to quantify this in an objective, accurate way. With actionable force and pressure data from Tekscan’s biomechanical assessment systems it is possible to evaluate the following applications:
Walkway systems measure spatial temporal data and in-shoe systems measure pressure and timing during the gait cycle phases.
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Balance and stability analysis platforms measure and assess dynamic weight distribution.
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Joint function analysis shows researchers how articulating bones interact with pressure contact data.
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Gait asymmetries or lameness in paws requires pressure measurement across multiple steps.
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Pressure offloading and balancing in seating or bedding can screen patients to prevent ulcers and impact product design.
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Foot pressure analysis can help shoe selection, orthotics and enhance customer engagement.
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Biomechanics research exists to optimize movement, function, and predict the consequences of interventions like surgery and assistive devices.
Whether you are looking for biomechanical insights to develop footwear, grip devices, artificial joints, or gain a deeper understanding of human/animal movement patterns, information from Tekscan pressure mapping technology can help.
Biomechanics labs are not the only place you will find Tekscan technology.
The applications are endless for Tekscan technology but it all boils down to the essential information derived from the technology.
Tekscan technology has been validated by leading researchers worldwide with thousands of publications ranging from studies evaluating the effect of gait training in elderly patients1 to the effects of energy drinks on postural stability2, you will find our technology in a variety of spaces.
1.Kim, S. G., & Park, J. H. (2015). The effects of dual-task gait training on foot pressure in elderly women. Journal of physical therapy science, 27(1), 143-4.
2. Rosario, Martin, et al. 2017. Increased static postural sway after energy drink consumption: A randomized trial. F1000Research. 6:2036
Export data for advanced calculation
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Synchronize with other technologies
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Reports for easy documentation
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Are you working on a biomechanics research project? This eBook will provide a deep overview of Tekscan’s complete portfolio of technologies for biomechanics research, covering several applications and research examples.
This eBook explores the complementary technology that could complete your gait lab, enabling a full picture of data for various applications.
Watch this 20-minute webinar to get a deeper understanding of foot function and movement which will help you identify issues and pathologies in human gait.
Dr. Howard Dananberg will help you gain greater insight into how the timing and position of limbs in motion can impact loading and unloading.
Dr. Howard Dananberg will share actual patient cases, demonstrating how he uses the F-Scan in-shoe gait analysis system in his everyday practice.
Transform clinical and research evaluations through pressure measurement systems.
Discover which Tekscan gait analysis solution will best fit your practice or gait lab with this guide.
Watch this webinar to learn about the benefits of using gait analysis technology.
Watch this webinar to learn how to use gait analysis technology in your clinical practice.
Download this eBook to learn more about technology for data-driven decision for lower-extremity physical therapy & rehab patients.