Pilot Programs 2.0
May 10, 2016
Two sideline concussion detection pilot programs launched with 62 schools at the start of the 2015-16 school year will continue in 2016-17, with several significant modifications.
For the upcoming school year, a smaller number of schools will be invited to participate, training will be both earlier and longer, and the focus will be on those sports which the MHSAA’s mandated concussion reporting by all high schools has identified as having the highest risk for head injuries.
The primary purpose for the MHSAA to initiate, drive and monitor these pilot programs is to emphasize the removal-from-play phase of the concussion care continuum, and to encourage more care, consistency and courage during that decision-making process.
Data from the most recent fall and winter seasons tends to demonstrate that schools in the pilot programs reported more concussions than non-pilot schools and they withheld students from activity longer than schools which did not participate in the pilot programs.
These tendencies are supported by both systems being tested, King-Devick and XLNTbrain, both of which have significant improvements in store for pilot schools in 2016-17.
The purpose of the pilot programs is not to select a single system to be recommended to or required of all MHSAA member schools, but to demonstrate to vendors how to serve the needs of our diverse constituency and to help our schools serve their student-athletes better. Further progress toward these purposes is a certainty during 2016-17.
Long-Term Effects?
November 4, 2014
A recent report of NBC News has raised concern for the possibility that prolonged exposure to one of the latest versions of artificial turf might contribute to the chances that a person will contract some forms of cancer. This came as cruel irony to many who have raised funds for and installed the latest facilities that were intended to be much healthier both for participants and our environment.
It is reported that the millions of old tires that have been diverted from landfills and then ground up and spread to soften artificial playing surfaces may release elements that contribute to disease for those who spend enough time on those surfaces. Touted to be softer and protect participants from joint injuries and concussions, and advertised to promote a healthier environment by recycling old tires and avoiding the need to constantly fertilize and water natural grass fields, it’s now being suggested that this artificial product may be the less healthy alternative for participants and the environment.
As of this writing, the health benefits of current generation artificial turf are well documented, while the health risks are unproven – there is anecdotal evidence, for example, that soccer goalies who have spent many hours per week for many years diving and rolling on the new turf may have ingested unhealthy levels of the tiny black rubber pellets that give the artificial turf its soft “natural” feel.
Nevertheless, this situation is a humbling reminder of how difficult it is to assess all of the unintended consequences in the future of our actions in the present. How might a product that solves many obvious problems be anticipated to have a link to a hidden illness many years later? How might a person who plays a single sport many hours each day all year long anticipate the overuse injuries or other illnesses that such an obsession or devotion might cause?
The questions being raised about the long-term effects of long-term interaction with today’s artificial turf remind us once again to seek moderation in how much we do of any one thing and to seek humility when we think we’ve accomplished something. One seldom can be certain of what is good for us and what is not; and sometimes even the long view of things is not long enough to know.