Dr Samuel Impey, at the UKSCA's 2022 Conference, discusses utilising implementation science to design, develop and deliver interventions to influence athlete behaviours in elite sport.

The aim of this study was to investigate the relationships between unilateral leg strength speed, momentum, change of direction speed and change of direction deficit, in RL players.

This session explores the validity and usefulness of allowing athletes to self-select recovery intervals with a view to optimising performance.

This presentation will critique some of the key literature with regards to sports supplements and then assess the transitional ability of this research.

This presentation will give insight into the UFC Performance Institute and its approach to training theory, physical preparation, weight management, and competition performance.

This session explores the use of the weightlifting exercises and their derivatives to enhance the force-velocity profile of athletes.

The objective of this session is to discuss how a combined nutrition and physical preparation approach to performance profiling, diagnostics and planning was implemented, to identify and achieve sports performance objectives.

Dr. Martin Buchheit is a Sport Physiologist at the Directorate of Sport Science, ASPIRE Academy for Sports Excellence in Qatar since 2009, where he provides sport science support.

Biomechanical data clearly identifies similarities between accelerative and maximum velocity sprinting. However, several differences can also be identified.

Exploring the systemised development of a sound periodisation model for elite 100m sprinters. Reviewing current science surrounding yearly planning and sport demands.

This article explores the biomechanical parameters making up sprint performance, allowing the integration of relevant training modalities into effective speed development programmes.

Weightlifting is commonly used to enhance sprint performance. However, debate exists as to whether weightlifting derivatives overload sprinting's biomechanical components.

This article will look at the mechanisms by which beta alanine improves athletic performance and discuss practical strategies for it use.

The development of explicit motor abilities in particular are predominately informed by biomechanics. An example is the characterisation of maximum velocity sprinting