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Study overview. During the first session, 18 adults with knee osteoarthritis walked on <t>a</t> <t>force-instrumented</t> treadmill and began training to reduce their gastrocnemius activity, which was monitored through surface electromyography (EMG). Participants received vibrational haptic feedback after each step, with the number of vibrations corresponding to the change in gastrocnemius EMG from baseline. The objective was to receive no feedback by reducing gastrocnemius EMG below an adaptive goal. If participants achieved an average reduction of 10% from baseline over 50 consecutive steps within 5 feedback trials (30 minutes of training), they qualified for the second training session. Thirteen participants qualified and continued training to reduce their gastrocnemius EMG with the same feedback. Data from this session informed musculoskeletal models to estimate knee contact force.
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Study overview. During the first session, 18 adults with knee osteoarthritis walked on <t>a</t> <t>force-instrumented</t> treadmill and began training to reduce their gastrocnemius activity, which was monitored through surface electromyography (EMG). Participants received vibrational haptic feedback after each step, with the number of vibrations corresponding to the change in gastrocnemius EMG from baseline. The objective was to receive no feedback by reducing gastrocnemius EMG below an adaptive goal. If participants achieved an average reduction of 10% from baseline over 50 consecutive steps within 5 feedback trials (30 minutes of training), they qualified for the second training session. Thirteen participants qualified and continued training to reduce their gastrocnemius EMG with the same feedback. Data from this session informed musculoskeletal models to estimate knee contact force.
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Study overview. During the first session, 18 adults with knee osteoarthritis walked on <t>a</t> <t>force-instrumented</t> treadmill and began training to reduce their gastrocnemius activity, which was monitored through surface electromyography (EMG). Participants received vibrational haptic feedback after each step, with the number of vibrations corresponding to the change in gastrocnemius EMG from baseline. The objective was to receive no feedback by reducing gastrocnemius EMG below an adaptive goal. If participants achieved an average reduction of 10% from baseline over 50 consecutive steps within 5 feedback trials (30 minutes of training), they qualified for the second training session. Thirteen participants qualified and continued training to reduce their gastrocnemius EMG with the same feedback. Data from this session informed musculoskeletal models to estimate knee contact force.
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instrumented split-belt treadmill  (Motek Inc)
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Study overview. During the first session, 18 adults with knee osteoarthritis walked on <t>a</t> <t>force-instrumented</t> treadmill and began training to reduce their gastrocnemius activity, which was monitored through surface electromyography (EMG). Participants received vibrational haptic feedback after each step, with the number of vibrations corresponding to the change in gastrocnemius EMG from baseline. The objective was to receive no feedback by reducing gastrocnemius EMG below an adaptive goal. If participants achieved an average reduction of 10% from baseline over 50 consecutive steps within 5 feedback trials (30 minutes of training), they qualified for the second training session. Thirteen participants qualified and continued training to reduce their gastrocnemius EMG with the same feedback. Data from this session informed musculoskeletal models to estimate knee contact force.
Instrumented Split Belt Treadmill, supplied by Motek Inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/split+belt+treadmill/instrumented+split+belt+treadmill/pmc12141809-90-20-11
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instrumented split-belt treadmill - by Bioz Stars, 2026-09
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instrumented split-belt treadmill grail forcelink bv  (Motek Inc)
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Study overview. During the first session, 18 adults with knee osteoarthritis walked on <t>a</t> <t>force-instrumented</t> treadmill and began training to reduce their gastrocnemius activity, which was monitored through surface electromyography (EMG). Participants received vibrational haptic feedback after each step, with the number of vibrations corresponding to the change in gastrocnemius EMG from baseline. The objective was to receive no feedback by reducing gastrocnemius EMG below an adaptive goal. If participants achieved an average reduction of 10% from baseline over 50 consecutive steps within 5 feedback trials (30 minutes of training), they qualified for the second training session. Thirteen participants qualified and continued training to reduce their gastrocnemius EMG with the same feedback. Data from this session informed musculoskeletal models to estimate knee contact force.
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instrumented split-belt treadmill grail forcelink bv - by Bioz Stars, 2026-09
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instrumented split-belt treadmill caren  (Motek Inc)
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Study overview. During the first session, 18 adults with knee osteoarthritis walked on <t>a</t> <t>force-instrumented</t> treadmill and began training to reduce their gastrocnemius activity, which was monitored through surface electromyography (EMG). Participants received vibrational haptic feedback after each step, with the number of vibrations corresponding to the change in gastrocnemius EMG from baseline. The objective was to receive no feedback by reducing gastrocnemius EMG below an adaptive goal. If participants achieved an average reduction of 10% from baseline over 50 consecutive steps within 5 feedback trials (30 minutes of training), they qualified for the second training session. Thirteen participants qualified and continued training to reduce their gastrocnemius EMG with the same feedback. Data from this session informed musculoskeletal models to estimate knee contact force.
Instrumented Split Belt Treadmill Caren, supplied by Motek Inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/split+belt+treadmill/instrumented+split+belt+treadmill/pm40450893-58-27-30
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instrumented split-belt treadmill caren - by Bioz Stars, 2026-09
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split-belt-treadmill  (Motek Inc)
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Study overview. During the first session, 18 adults with knee osteoarthritis walked on <t>a</t> <t>force-instrumented</t> treadmill and began training to reduce their gastrocnemius activity, which was monitored through surface electromyography (EMG). Participants received vibrational haptic feedback after each step, with the number of vibrations corresponding to the change in gastrocnemius EMG from baseline. The objective was to receive no feedback by reducing gastrocnemius EMG below an adaptive goal. If participants achieved an average reduction of 10% from baseline over 50 consecutive steps within 5 feedback trials (30 minutes of training), they qualified for the second training session. Thirteen participants qualified and continued training to reduce their gastrocnemius EMG with the same feedback. Data from this session informed musculoskeletal models to estimate knee contact force.
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split-belt-treadmill - by Bioz Stars, 2026-09
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Study overview. During the first session, 18 adults with knee osteoarthritis walked on a force-instrumented treadmill and began training to reduce their gastrocnemius activity, which was monitored through surface electromyography (EMG). Participants received vibrational haptic feedback after each step, with the number of vibrations corresponding to the change in gastrocnemius EMG from baseline. The objective was to receive no feedback by reducing gastrocnemius EMG below an adaptive goal. If participants achieved an average reduction of 10% from baseline over 50 consecutive steps within 5 feedback trials (30 minutes of training), they qualified for the second training session. Thirteen participants qualified and continued training to reduce their gastrocnemius EMG with the same feedback. Data from this session informed musculoskeletal models to estimate knee contact force.

Journal: IEEE transactions on neural systems and rehabilitation engineering : a publication of the IEEE Engineering in Medicine and Biology Society

Article Title: Retraining Gastrocnemius Muscle Coordination Reduces Late-Stance Knee Contact Force in Individuals With Knee Osteoarthritis

doi: 10.1109/TNSRE.2026.3669842

Figure Lengend Snippet: Study overview. During the first session, 18 adults with knee osteoarthritis walked on a force-instrumented treadmill and began training to reduce their gastrocnemius activity, which was monitored through surface electromyography (EMG). Participants received vibrational haptic feedback after each step, with the number of vibrations corresponding to the change in gastrocnemius EMG from baseline. The objective was to receive no feedback by reducing gastrocnemius EMG below an adaptive goal. If participants achieved an average reduction of 10% from baseline over 50 consecutive steps within 5 feedback trials (30 minutes of training), they qualified for the second training session. Thirteen participants qualified and continued training to reduce their gastrocnemius EMG with the same feedback. Data from this session informed musculoskeletal models to estimate knee contact force.

Article Snippet: Participants then walked at a self-selected speed on a split-belt force-instrumented treadmill (Bertec Corporation, Columbus, OH, USA) until they felt comfortable walking on the treadmill (minimum 8 minutes).

Techniques: Activity Assay