Studholme Chiropractic
Clinic-based injury recovery and sports-rehab practice in Denver emphasizing instrumented biomechanical assessment, individualized rehabilitation and return-to-sport criteria, functional respiratory training, neuro-visual concussion assessment, and multimodal acute-injury management. Services combine 3D and sensor-based movement analysis with targeted exercise prescription, device-assisted therapies, and remote exercise delivery.
Industries
Nr. of Employees
small (1-50)
Services
On-site instrumented evaluation of walking and running using 3D motion capture, force plates, IMUs and EMG to identify movement deficits and guide rehabilitation and return-to-sport planning.
Tailored rehab programs addressing muscle, tendon and connective tissue recovery, including progressive loading protocols and sport-specific strengthening, delivered on-site and via guided home programs.
Structured respiratory training to strengthen and coordinate breathing mechanics using respiratory training devices and monitored protocols for improved exercise tolerance and recovery.
On-site visual and neural reaction-time training programs to reduce concussion risk and support post-concussion rehabilitation.
Immediate in-clinic management of acute injuries using a multimodal approach (therapeutic laser, topical nerve-targeted agents, dynamic taping, vibration-assisted mobilization) combined with early progressive exercises to accelerate recovery.
Objective return-to-sport testing and ACL-focused prevention/strengthening programs informed by biomechanical analysis and functional testing.
On-site instrumented evaluation of walking and running using 3D motion capture, force plates, IMUs and EMG to identify movement deficits and guide rehabilitation and return-to-sport planning.
Tailored rehab programs addressing muscle, tendon and connective tissue recovery, including progressive loading protocols and sport-specific strengthening, delivered on-site and via guided home programs.
Structured respiratory training to strengthen and coordinate breathing mechanics using respiratory training devices and monitored protocols for improved exercise tolerance and recovery.
On-site visual and neural reaction-time training programs to reduce concussion risk and support post-concussion rehabilitation.
Immediate in-clinic management of acute injuries using a multimodal approach (therapeutic laser, topical nerve-targeted agents, dynamic taping, vibration-assisted mobilization) combined with early progressive exercises to accelerate recovery.
Objective return-to-sport testing and ACL-focused prevention/strengthening programs informed by biomechanical analysis and functional testing.
Expertise Areas
- Injury rehabilitation and sports medicine
- Clinical biomechanics and gait analysis
- Return-to-sport assessment and ACL rehabilitation
- Neuro-orthopedic assessment and peripheral nerve-focused rehab
Key Technologies
- 3D motion capture
- Inertial Measurement Units (IMUs)
- Instrumented treadmill
- Force plates
News & Updates
Discussion of effective warm-up components and practical recommendations for exercise preparation.
Guidance on triathlon training programming emphasizing mileage-based planning, combined-discipline exposure, intensity distribution, and integration of physiological testing for pacing.
Overview of ACL injury risks, statistics, and the role of comprehensive biomechanical assessment and targeted prevention/rehab to improve outcomes.
Description of an early-rehab approach to acute musculoskeletal injuries including case examples and multimodal clinical interventions to accelerate recovery.
Interview describing the clinic's biomechanics lab, assessment methods (IMUs, force plates, high-speed cameras), and clinical focus on movement-based pain and neuro-orthopedic rehab.
Summary of evidence linking regular exercise to cognitive benefits and recommendations on exercise dose.
Discussion of effective warm-up components and practical recommendations for exercise preparation.
Guidance on triathlon training programming emphasizing mileage-based planning, combined-discipline exposure, intensity distribution, and integration of physiological testing for pacing.
Overview of ACL injury risks, statistics, and the role of comprehensive biomechanical assessment and targeted prevention/rehab to improve outcomes.
Description of an early-rehab approach to acute musculoskeletal injuries including case examples and multimodal clinical interventions to accelerate recovery.
Interview describing the clinic's biomechanics lab, assessment methods (IMUs, force plates, high-speed cameras), and clinical focus on movement-based pain and neuro-orthopedic rehab.
Summary of evidence linking regular exercise to cognitive benefits and recommendations on exercise dose.