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A pioneering study at Cardiff University is set to illuminate the impacts of repeated head injuries in women’s rugby, a previously under-researched area in sports science. As the sport continues to gain popularity, with female participation now constituting a quarter of players worldwide, the urgent need for tailored safety protocols becomes clear. Current research indicates that the existing guidelines, derived largely from male athletes, may not sufficiently protect female players, highlighting a significant gender gap in sports health research.
The Need for Comprehensive Research
Cleo Pallister-Turley, a forward for Cardiff University’s women’s rugby team, has experienced the risks firsthand, recalling two serious concussions during her time on the field. “Girls often ask me, ‘aren’t you worried about getting injured?’” she explained. “I enjoy the physicality and intensity. For me, no other sports compare.” Despite the sport’s growth—over 400 clubs now offer rugby to women and girls across the UK—investment in research aimed at safeguarding female players has lagged behind.
The current threshold for assessing concussions in women is set at just 12% below that of men, raising concerns about the adequacy of existing safety measures. To address these disparities, a team of medical engineers from Cardiff University has launched a comprehensive study designed to establish the first scientifically-backed head impact assessment protocol for women’s rugby.
Innovative Research Methodology
The study, titled “Towards precise brain health guidelines for women’s rugby,” aims to provide unprecedented insights into the long-term risks associated with female contact sports. Researchers have meticulously monitored the university’s female rugby team throughout the academic year, gathering data from instrumented mouthguards, cognitive assessments, MRI scans, and advanced computer modelling. This multifaceted approach is believed to be the first of its kind that integrates all these methods on a single group of athletes.
Dr Peter Theobald, the lead researcher, emphasised the historic underrepresentation of women in sports research, stating, “Women’s sports research is historically underrepresented. We can look back decades for data in men’s sports, but for women’s rugby, it hardly existed.” Theobald noted that the female brain’s unique vulnerability to concussion necessitates tailored research to fully understand the implications of subconcussive injuries.
The Players’ Perspectives
Participating in the study has been a source of excitement for players like Pallister-Turley and teammate Ffion James, even amidst their busy schedules leading up to exams and key matches. They recently underwent extensive MRI scans at Cardiff’s state-of-the-art imaging facility, which is among only four such centres globally. “I do feel safer knowing there’s going to be more research,” James remarked during a break between tests. “Before I step on the pitch, I never think I’m going to get injured, but it’s a reality when you see someone down.”
Both players expressed a desire to contribute to the evolving landscape of women’s rugby, where understanding the risks is crucial for future generations. “Even if it’s a small part, it’s exciting, and hopefully in years to come it will make a change for women in sport,” Pallister-Turley added.
Addressing Broader Health Concerns
The implications of this research extend beyond concussion risks. Freya Butcher, a PhD student working alongside Theobald, highlighted the importance of investigating other health issues in female athletes, such as musculoskeletal health and the effects of menstruation on performance and injury susceptibility. “It’s still a taboo topic,” Butcher noted, pointing out the lack of protective gear for female players dealing with injuries to sensitive areas.
The study also aims to explore potential links between breast health and the impacts of the sport, an area that has been largely ignored in sports research. As Butcher stated, “Right now, female players don’t have adequate protective wear or strategies for dealing with that.”
A Look Ahead
As Cardiff University’s women’s rugby team prepares for their matches, they wear Bluetooth-enabled mouthguards that track impacts, providing invaluable data for the researchers. In a recent game, Cardiff triumphed over Swansea with an impressive 81-0 scoreline, all while the study’s participants underwent balance and cognitive tests to correlate their performance with the impact data collected.
James reflected on the broader implications of the research, stating, “I always think, if I have daughters, I want them to feel safe on a rugby pitch. My parents were terrified, but with this research, hopefully, that will change.”
Why it Matters
This transformative study not only aims to enhance player safety in women’s rugby but also strives to bridge the considerable gap in sports science research related to female athletes. As awareness grows around the risks associated with head injuries in contact sports, this research could pave the way for improved protocols and protective measures, ensuring that future generations of female athletes can enjoy the sport while minimising health risks. The findings, expected by the end of 2026, hold the potential to reshape the landscape of women’s rugby, fostering an environment where both participation and safety go hand in hand.
