The world of women's rugby is experiencing a surge in popularity, with more players joining the sport and its ranks expanding globally. However, this growth has not been accompanied by the same level of research and investment in safety measures as seen in men's rugby. A groundbreaking study at Cardiff University aims to address this gap by investigating the impact of repeated head blows on women's brains in rugby. The study, led by Dr. Peter Theobald, is a first-of-its-kind, utilizing advanced technology and a diverse range of research methods to gather data from the university's women's rugby team.
The research team has been tracking the players' head impacts using instrumented mouth guards, conducting cognitive tests, performing MRI scans, and using computer modeling. This multi-faceted approach provides valuable insights into the long-term risks associated with female contact sports. The findings, titled 'Towards precise brain health guidelines for women’s rugby', are expected to be published by the end of 2026.
One of the key challenges in women's rugby research is the lack of historical data. Dr. Theobald highlights that women's sports research has been historically underrepresented, and the female brain is softer and more vulnerable to concussion. The study aims to shed light on the risks associated with subconcussive brain injuries, which are not yet fully understood. The goal is not to deter women from playing rugby but to provide informed decision-making.
The study's participants, including Cleo Pallister-Turley and Ffion James, have been instrumental in contributing their time and effort. Despite the demands of exams and matches, they have embraced the opportunity to participate in the study, showing their commitment to the sport's future. The MRI scans, conducted at Cardiff's state-of-the-art brain research imaging center, provide a unique insight into the players' brains, entertaining them with Disney films during the process.
The study's findings may not be comforting, as male rugby players face a higher risk of chronic traumatic encephalopathy (CTE) and neurodegenerative diseases. The lawsuit filed by former football and rugby players in the UK further emphasizes the need for research and safety measures. Freya Butcher, a medical engineering PhD student, emphasizes the complexity of the issue, suggesting that simply introducing helmets or changing rules may not be sufficient.
The gender gap in sports research is a significant concern. Only 6% of sport science research focuses on female athletes, and women authors make up a minority. The study by Theobald and Butcher also addresses the understudied area of musculoskeletal health, strength, and fatigue influenced by menstruation and breast health. The team recognizes the need to develop adequate protective wear and strategies for female players.
As the Cardiff women's rugby team takes on their rivals in the annual varsity match, the study continues to gather data. The researchers study the players' impact data, balance, and short-term memory, aiming to correlate these with head impacts. The players, like Ffion James, express their hope that the research will lead to safer conditions for future generations of women in rugby.
In conclusion, this study highlights the importance of addressing the gender gap in sports research and the need for tailored safety measures in women's rugby. The findings will contribute to a better understanding of the risks and provide valuable guidelines for the sport's future.
