Talysha Reeve’s Post

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Musculoskeletal Podiatrist & Clinical Educator - I want to work with you to help you stay at the forefront of evidence-based practice and achieve great clinical outcomes.

Enhancing running injury prevention strategies with real-time biofeedback: A systematic review and meta-analysis. Shen et al, 2024 Join The Progressive Podiatry Project's monthly Research Round-Up for free. 👇 https://lnkd.in/gexV-yz9 🏃♂️ Loading Variables Assessed in the Study ▪ Plantar Loading ▪ Vertical Average Loading Rate (VALR) ▪ Vertical Ground Reaction Force (vGRF) ▪ Vertical Impact Peak (VIP) ▪ Vertical Instantaneous Loading Rate (VILR) 🔍 Monitoring and Changes with Biofeedback 🤓 Visual Biofeedback (VB) ▪ Utilised tools such as monitors, projectors, or watches to present visual cues related to biomechanical variables. ▪ Participants received immediate visual feedback during running or training sessions. ▪ Cues included setting a reduced level of Plantar Loading, Vertical Average Loading Rate, or Vertical Ground Reaction Force, and increasing step rate. ▪ Participants adjusted their gait based on the visual cues provided. 🗣 Auditory Biofeedback (AB) ▪ Integrated biofeedback into musical feedback, activating a warning sound in response to high-impact movements. ▪ Participants found it challenging to determine the extent of movement correction based on auditory cues. Combined Biofeedback (CB) was also utilised, offering a multi-sensory approach to gait retraining. 💡 Gait Modification Effects ▪ Significant reductions in loading variables observed post-training with both VB and AB interventions. ▪ VB demonstrated a greater impact on reducing metrics like Plantar Loading, VALR, and VILR compared to AB. ▪ VB interventions lead to more substantial effects on gait modification. Article Link: https://lnkd.in/gZrZUxBe #podiatry #sportspodiatry #gaittraining #running #runninginjur #runningrehab

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