About
Physiokinetics
Drawing on over a decade of experience in elite sports, PHYSIOKINETICS offers high-performance consultancy and evidence-based rehabilitation strategies tailored to clubs and individual athletes. We also provide expert external consultation to support product development and improvements, bridging the essential gap between practice and science.
PHYSIOKINETICS offers specialized sports physiotherapy workshops and seminars, with particular expertise in the rehabilitation of lateral ankle sprains.
Services
Consulting & Concept Development
PHYSIOKINETICS provides comprehensive consulting services and develops tailored rehabilitation concepts specifically designed for your club, team, or organizational needs. Leveraging the latest research and scientific evidence, we create practical, science-based solutions that effectively support athlete recovery and performance enhancement.
Services
Lectures & Seminars
I offer interactive workshops, corporate training sessions, and educational seminars designed for medical teams, individual physiotherapists, and practitioners within clinical settings. A key area of specialization is the rehabilitation and prevention of lateral ankle sprain injuries, emphasizing evidence-based approaches to enhance clinical outcomes.
Services
Rehabilitation & Performance
PHYSIOKINETICS offers bespoke support services to clubs, teams, and individual athletes, informed by more than 10 years of experience in clinical and professional sports environments. Through expert consulting, hands-on workshops, and educational lectures, I cover a broad range of performance and rehabilitation concepts, specializing in injury prevention and recovery strategies.
Ankle Joint | BMJ Open Sport & Exercise Medicine, 2025
Time-loss and recurrence rate of lateral ankle sprains in male professional football players depending on the severity grade: do we trivialise LAS?
Running analysis | Sportaerztezeitung, 2020
Laufanalysen - Integration in Prävention und Rehabilitation im Profifußball
Neuroscience
Electrodermal activity during sleep – potential as a parameter for load assessment?
