Alistair McBurnie 1st Team Sports Science Analyst, Manchester United F.C. Latest from Alistair McBurnie Assessing the Speed Qualities of the 360° Team Sport Athlete Faster and Fitter: Developing a Soccer Player’s High-Intensity Movement Profile A Framework for Developing Multi-Directional Speed in the Adolescent Soccer Player: Part Two A Framework for Developing Multi-Directional Speed in the Adolescent Soccer Player: Part One The Deceleration ‘Vaccine’ in Team Sports Multi-Directional Speed in Team Sports Chris Thomas Strength & Conditioning Coach at Aspetar Orthopaedic and Sports Medicine Hospital, specializing in ACL rehabilitation Latest from Chris Thomas From Straight Lines to Sharp Turns: Evaluating Physical Qualities Essential for Multi-Directional Speed Assessing Inter-limb Asymmetries: Should We Bother? The Importance of Strength Qualities for Change of Direction Damian Harper Lecturer in Coaching and Performance, UCLan and Founder of Human Braking Performance. Latest from Damian Harper Don’t Speed Up What You Can’t Slow Down: How Are We Assessing Our Athlete’s Horizontal Deceleration Performance Capabilities? Deceleration: The Most Mechanically Demanding Task in Multi-Directional Sports? Horizontal Deceleration Ability: A Critical, but often Overlooked Quality for Speed Performance and Injury-Risk Reduction in Multi-Directional Sports Paul Jones Lecturer in Biomechanics/Strength & Conditioning, University of Salford. Latest from Paul Jones Assessing True ‘Agility’ – The ‘Holy Grail’ of Performance Testing? Curve Your Speed: Biomechanical Insights Into Developing Curvilinear Running Speed Assessing Change of Direction Qualities in the Field Biomechanically Informed Training Strategies for Injury Risk Mitigation for Change of Direction Creating Technical Frameworks to Aid the Coaching of Agility Actions Tom Dos'Santos Lecturer in Strength & Conditioning/Sports Biomechanics, Manchester Metropolitan University. Latest from Tom Dos'Santos Testing: What is it Good For? Developing Neuromuscular Power for Athletic Performance: Part 2 – Training Strategies andProgramming Solutions Developing Neuromuscular Power for Athletic Performance: Part 1 – Physiological and Biomechanical Theories Programming Resistance Training to Improve Sports Performance and Injury Resilience The Importance and Principles of Resistance Training Optimising Cutting Attacking Agility Actions: Technique Guidelines
