All the latest resources for mitigating injury risk

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Tendon Tautologies - Balancing Tendon Stiffness and Tendon Compliance in the Athlete to Maximise Performance and Health.

We were thrilled to host a webinar on February 12 featuring the esteemed Dr Keith Baar.

With a rich history spanning over 15 years, Dr Baar's research is meticulously centred on understanding the impact of exercise, nutrition, age, and disease on musculoskeletal tissue function. The results of this research include an impressive portfolio of over 150 peer-reviewed articles published in journals ranging from the Journal of Applied Physiology to Nature. 

Notably, the citation of these papers places Prof Baar in the top 0.3% of physiologists worldwide.

Those who missed it can now access the full webinar via the link below.

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A Comprehensive Guide for Measuring Muscle Strength

Strength is commonly measured in an attempt to maximise performance and mitigate injury risk in athletic and medical settings. In an attempt to gain more accurate measures of strength than traditional repetition maximum-based testing and to isolate specific muscle groups, Hand-Held Dynamometry (HHD) is often utilised. This eBook is a consideration of Isometric Dynamometry Options.


A Comprehensive Guide to Preseason Screening in Elite Football

This invaluable resource is designed to help you identify potential risk factors for injuries in football athletes during the preseason. By collecting data and analysing deficiencies and asymmetries, you can target these areas with specialised conditioning programs to mitigate the risk and enhance performance.

Improving Care for Better Athlete Outcomes

While monitoring processes have been shown to mitigate injury risk by identifying and improving communication around potential risk factors before pain or injury occurs, decisions around how and what to monitor in any population can be complex, require a collaborative approach, and must consider established workflows.

KT360 Independent Validation 

Victoria University undertook a validation study which assessed the relationship between the device measurements and a criterion (calibration masses). The validation protocol included testing of the device load cells at different masses (1-200 Kg), in two modalities of static force application (push and pull).

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