The world of women's rugby is experiencing a surge in popularity, with more and more women joining the sport and making up a quarter of players worldwide. This growth has not been matched by investment in research to keep female rugby players safe, despite the well-known long-term health risks associated with the game's repetitive head impacts. A groundbreaking new study by medical engineers at Cardiff University aims to address this gap by producing the first-ever head impact assessment protocol in women's rugby backed by scientific evidence. The study will also provide the first academic insights into the relative long-term risks of female contact sports.
The researchers have been following the university's female rugby team during training and matches, using impact data from instrumented mouth guards, cognitive tests, MRI scans, and computer modeling. This multi-faceted approach is unprecedented, as it combines four different strands of research on the same group of people.
Dr. Peter Theobald, the project's lead researcher, highlights the historical underrepresentation of women's sports research and the lack of data available for women's rugby. He notes that the female brain is softer and more vulnerable to concussion, but the study's goal is not to dissuade women from playing rugby. Instead, it aims to shed light on the risks so that people can make informed decisions.
The study participants, including Cleo Pallister-Turley and Ffion James, have been participating in MRI and imaging scans, despite the demands on their time during the exam period and the annual varsity match. They express excitement about being part of the change and making a difference for women in sport.
The findings of the study, titled 'Towards precise brain health guidelines for women's rugby', are expected to be published by the end of 2026. The study's implications are far-reaching, as they may not only impact the safety of women's rugby but also contribute to a broader understanding of the risks associated with contact sports.
One of the study's key insights is the need to address the gender gap in sports and exercise research. Freya Butcher, a medical engineering PhD student, emphasizes that women's and men's rugby are played differently, and their brains are different. She argues that looking at the men's game alone doesn't provide a complete understanding of the impact on women's brains and bodies.
The study also explores the influence of menstruation and breast health on musculoskeletal health, strength, and fatigue. Butcher highlights the taboos surrounding these topics and the lack of adequate protective wear and strategies for female players. The study's findings could have significant implications for the development of more comprehensive safety protocols and protective gear for women in rugby.
In conclusion, the study by Cardiff University is a significant step forward in addressing the underrepresentation of women's sports research and the specific risks associated with women's rugby. By combining advanced research methods and a comprehensive approach, the study has the potential to shape the future of women's rugby and contribute to a safer and more inclusive sporting environment.
