Former Scotland defender Gordon McQueen, who passed away in June 2023 at the age of 70, may have suffered from brain injury due to repeated head impacts while playing football, a coroner has concluded. The inquest into his death found that McQueen had vascular dementia and chronic traumatic encephalopathy (CTE), which contributed to his frailty.
McQueen's career spanned 16 years, with notable stints at Manchester United and Leeds, earning him 30 caps for Scotland between 1974 and 1981. However, he also acknowledged that heading a football may have played a role in his dementia, stating during an inquest that "heading the ball for all those years probably hasn't helped" β comments shared by his daughter, TV presenter Hayley McQueen.
While McQueen did suffer from some concussions throughout his career, which would have been common among footballers at the time, he claimed to have been relatively injury-free. Nevertheless, these repeated head impacts were found by coroner Jon Heath to be a likely contributor to McQueen's CTE.
The case highlights growing concerns about the long-term effects of heading a football, particularly for athletes who spend their careers in high-intensity contact sports. The fact that McQueen, despite being relatively injury-free, still experienced headaches and felt the need to rest after training sessions suggests that he may have been more susceptible to brain damage due to his repeated exposure to heading a ball.
In recent years, there has been increasing awareness about CTE among footballers and their families. As part of an effort to raise awareness, McQueen's family donated his brain for research purposes. The study, led by Prof Willie Stewart, found evidence of CTE in McQueen's brain, further emphasizing the need for greater understanding and support for athletes at risk of this debilitating condition.
As football continues to evolve with changing rules and technologies aimed at reducing head impacts, it is essential that players prioritize their health and safety. The case of Gordon McQueen serves as a poignant reminder of the potential risks associated with playing high-impact sports, and the importance of continued research into CTE and other brain injuries suffered by athletes.
McQueen's career spanned 16 years, with notable stints at Manchester United and Leeds, earning him 30 caps for Scotland between 1974 and 1981. However, he also acknowledged that heading a football may have played a role in his dementia, stating during an inquest that "heading the ball for all those years probably hasn't helped" β comments shared by his daughter, TV presenter Hayley McQueen.
While McQueen did suffer from some concussions throughout his career, which would have been common among footballers at the time, he claimed to have been relatively injury-free. Nevertheless, these repeated head impacts were found by coroner Jon Heath to be a likely contributor to McQueen's CTE.
The case highlights growing concerns about the long-term effects of heading a football, particularly for athletes who spend their careers in high-intensity contact sports. The fact that McQueen, despite being relatively injury-free, still experienced headaches and felt the need to rest after training sessions suggests that he may have been more susceptible to brain damage due to his repeated exposure to heading a ball.
In recent years, there has been increasing awareness about CTE among footballers and their families. As part of an effort to raise awareness, McQueen's family donated his brain for research purposes. The study, led by Prof Willie Stewart, found evidence of CTE in McQueen's brain, further emphasizing the need for greater understanding and support for athletes at risk of this debilitating condition.
As football continues to evolve with changing rules and technologies aimed at reducing head impacts, it is essential that players prioritize their health and safety. The case of Gordon McQueen serves as a poignant reminder of the potential risks associated with playing high-impact sports, and the importance of continued research into CTE and other brain injuries suffered by athletes.