Background The number and magnitude of head impacts have been assessed in-vivo using
inertial sensors to characterise the exposure in various sports and to help understand their …

Contact, collision, and combat sports have more head impacts as compared to noncontact
sports; therefore, such sports are uniquely suited to the investigation of head impact …

Background: Wearable sensors are increasingly used to quantify the frequency and
magnitude of head impact events in multiple sports. There is a paucity of evidence that …

Wearable sensors that accurately record head impacts experienced by athletes during play
can enable a wide range of potential applications including equipment improvements …

Sports concussions are a public health concern. Improving helmet performance to reduce
concussion risk is a key part of the research and development community response. Direct …

Wearable devices are increasingly used to measure real-world head impacts and study
brain injury mechanisms. These devices must undergo validation testing to ensure they …

This study sought to compare a new head impact-monitoring device, which is not limited to
specific helmet styles, against reference accelerometer measurements. Laboratory …

Purpose To (1) quantify white matter (WM) alterations in female high school athletes during
a soccer season and characterise the potential for normalisation during the off-season rest …

Advances in low-cost wearable head impact sensor technology provide potential benefits
regarding sports safety for both consumers and researchers. However, previous laboratory …

The cumulative effects of repetitive subclinical head impacts during sports may result in
chronic white matter (WM) changes and possibly, neurodegenerative sequelae. In this pilot …