Concussion Testing Pilots Kick Off Fall

August 4, 2015

By Geoff Kimmerly
Second Half editor

The Michigan High School Athletic Association kicked off the 2015-16 school year Monday by hosting 70 member high schools for training in two pilot sideline concussion testing programs aimed at assisting in decision-making regarding the removal of athletes from activity after possible concussion events and record-keeping of those events beginning this fall.

Illinois-based King-Devick Test and Maryland-based XLNTbrain Sport each will be used to monitor approximately 10,000 Michigan high school student-athletes drawn from schools representing all four classes and a variety of regions statewide.

The pilot programs are part of a three-pronged advance by the MHSAA in concussion care this fall. In addition to becoming the first state association to offer pilot sideline concussion testing, the MHSAA will be the first to mandate record-keeping by member schools of all possible concussion events from detection to an athlete’s return to play. The requirement applies to both practices and events, all levels of all sports in grades 7 through 12.

The MHSAA also this fall is the first state association to provide all participants at every MHSAA member high school and junior high/middle school with insurance intended to pay accident medical expense benefits – covering deductibles and co-pays left unpaid by other policies – resulting from concussions sustained during MHSAA practices or competitions. There is no cost to either schools or families.

“These pilot programs are intended to not only improve what’s actually happening on the sidelines at practices and contests in these communities that are part of the pilot programs, they’re intended to spread the word of the need for improved concussion detection across every community,” MHSAA Executive Director John E. “Jack” Roberts said. “We hope these schools involved will become involved in their leagues and conferences and with their peers across the state as we expand the awareness of the need for better sideline detection and provide ways to get it done.”

The MHSAA asked schools at the end of this spring to volunteer for the pilot programs and then selected participants in order to guarantee a variety of schools based on enrollment and location. Schools are committed to involving at least two sports for each gender each season.

Schools participating in the XLNTbrain Sport pilot program are: Adrian, Adrian Madison, AuGres-Sims, Bay City Central, Bear Lake, Brethren, Belding, Birmingham Groves, Brighton, Chesaning, Corunna, Detroit Collegiate Prep, East Kentwood, Fennville, Fowlerville, Gibraltar Carlson, Grand Rapids Christian, Grandville, Greenville, Grosse Ile, Hamilton, Harrison Township L’Anse Creuse, Hazel Park, Kalamazoo Christian, Lansing Christian, Macomb L’Anse Creuse North, Owosso, Pewamo-Westphalia, Portland, Reese, Rochester Hills Lutheran Northwest, St. Clair Shores Lakeview, St. Johns, Stanton Central Montcalm, Vermontville Maple Valley, West Bloomfield and Wyoming Kelloggsville.

Schools participating in the King-Devick Test pilot are: Bay City Western, Benton Harbor, Buchanan, Calumet, Caro, Caseville, Detroit Cody, Detroit Martin Luther King, Fenton, Flint Kearsley, Frankenmuth, Fruitport, Garden City, Grand Ledge, Grand Rapids Northview, Lake Leelanau St. Mary, Lake Linden-Hubbell, Lincoln Alcona, Midland Bullock Creek, Montague, Muskegon, Niles, Pontiac Notre Dame Prep, Romeo, Saginaw Heritage, Scottville Mason County Central, Shelby, St. Charles, St. Joseph, Tawas, Vicksburg, Whitehall and Yale.

The King-Devick Test is a rapid eye movement screening evaluation that requires athletes to read single-digit numbers displayed on a tablet computer in order to detect impairments of eye movement, attention, language, concentration and other symptoms of abnormal brain function. The test has been validated in more than 50 recent peer reviewed articles published in elite medical journals and is associated with the Mayo Clinic.

The test is administered on the sidelines during evaluations for suspected head injuries, and the post-injury results are then compared to an athlete’s preseason baseline. Any worsening of performance (increased time and/or errors) suggests a concussion has occurred and the athlete should be “removed from play” for further evaluation.

“The first and most critical step in managing concussion in the youth athlete is to recognize when one has occurred – not always a simple task,” said Dr. David Dodick, professor of neurology and director of sports concussion services at the Mayo Clinic. “The King-Devick test helps take the guesswork and subjectivity out of the sideline evaluation in a rapid, accurate, and objective way.”

XLNTbrain Sport includes balance and web-based neuro-cognitive tests also used before the start of a season to create a baseline measurement of reaction time, attention, inhibition, impulsivity, memory, information processing efficiency and executive function. The test also assesses mood, anxiety, stress and emotionality.

After a possible head injury, a sideline assessment is done using a smartphone or tablet with those results then compared with the athlete’s baseline measurements. The program documents the severity of a concussion, provides a guide for on-the-field decision making regarding treatment and recovery time and can report results via email to parents, coaches, training staff and medical professionals.

Dr. Harry Kerasidis, who designed the XLNTbrain Sport software, presented at the Coalition for Concussion Treatment Summit at the United Nations building in 2014.

“We included an objective balance test that relies on smartphone accelerometer technology which is effective in the field during practice and game situations,” Kerasidis said. “Should a concussion injury be suspected, the system automatically generates a notification to parents and medical professionals and creates a recovery protocol and post-injury tracking so the right people can monitor the athlete’s progress. Then, the system assists medical professionals with the all-important return-to-learn and return-to-play clearance.”

Click for information on XLNTbrain Sport. Click for information on the King-Devick Test.

For more on Health & Safety, including preseason physical examination, hydration and cardiovascular resources in addition to concussion information and online training sessions, visit the MHSAA’s redesigned Health & Safety web page.

PHOTOS: (Top) Saginaw Heritage athletic director Peter Ryan (right) is administered the King-Devick baseline test by K-D's Samantha Figueroa. (Middle) XLNTbrain Sport creater Dr. Harry Kerasidis provides insight on his program to those being trained to use it Monday. 

Using Heads in the Heat of Competition

December 20, 2013

By Rob Kaminski
MHSAA benchmarks editor

With so much recent attention to the risks and recognition of concussions in collision sports, athletic leaders have put their heads together to address far more common – but often overlooked – threats to the health of our student-athletes: heat and sudden cardiac arrest.

The No. 1 killer of young athletes is sudden cardiac arrest, while heat stroke victims can surpass that during the year’s hottest months. While the moment of impact leading to a concussion is totally unpredictable, athletic trainers, coaches and administrators have the ability to diminish the occurrences of cardiac arrest and heatstroke. Typically, there is a pre-existing condition, or family history suggesting probabilities for sudden cardiac arrest, which can be treated when detected. And, the perils associated with hot weather – heat stroke, prostration – are almost always completely preventable.

The MHSAA has addressed both issues recently. With assistance from numerous medical governing bodies, the annual pre-participation physical form was revamped and expanded prior to the 2011-12 school year to include comprehensive information regarding participants’ medical history.

In May, the Representative Council adopted a Model Policy for Managing Heat & Humidity (see below), a plan many schools have since adopted at the local level. The plan directs schools to monitor the heat index at an activity site once the air temperature reaches 80 degrees and provides recommendations when the heat index reaches certain levels, including ceasing activities when it rises above 104 degrees.

The topic of heat-related illnesses receives a lot of attention at the start of fall when deaths at the professional, collegiate and interscholastic levels of sport occur, especially since they are preventable in most cases with the proper precautions. In football, data from the National Federation of State High School Associations shows 41 high school players died from heat stroke between 1995 and 2012.

“We know now more than we ever have about when the risk is high and who is most at risk, and we’re now able to communicate that information better than ever before to administrators, coaches, athletes and parents," said Jack Roberts, executive director of the MHSAA. “Heat stroke is almost always preventable, and we encourage everyone to avail themselves of the information on our website.

“Schools need to be vigilant about providing water during practices, making sure that students are partaking of water and educating their teams about the need for good hydration practices.”

All of which is not to say concussions aren’t a serious matter; they are. In fact, leaders in sport safety can take advantage of the concussion spotlight to illuminate these additional health threats.

A recent New York Times story (May 2013) by Bill Pennington featured a February 2013 gathering in Washington organized by the National Athletic Trainers Association. In the article, Dr. Douglas J. Casa, professor of kinesiology at the University of Connecticut and Chief Operating Officer of the Korey Stringer Institute (founded in the late NFL offensive lineman’s name to promote prevention of sudden death in sport), suggests just that.

“All the talk about head injuries can be a gateway for telling people about the other things they need to know about, like cardiac events and heat illness,” said Casa in the article. “It doesn’t really matter how we get through to people as long as we continue to make sports safer.”

Education and prevention methods need to find a permanent place in school programs if those programs are to thrive and avoid becoming targets at which special interest groups can aim budgetary arrows.

Dr. Jonathan Drezner, the president of the American Medical Society for Sports Medicine, said in the New York Times piece that sudden cardiac arrest is “so incredibly tragic and stunning that people aren’t comfortable putting it into the everyday conversation. I do wish, to some extent, it was something people talked more about because we are getting to a place where we could prevent many of these deaths.”

When it comes to heat-related deaths or illnesses, the prevention efforts can be even more successful by educating the masses. And, these efforts can be done at minimal cost to schools.

“That’s the thing about curtailing exertional heat illness: it’s 100 percent preventable, and unlike other health threats to athletes, the solutions can be very low-tech and inexpensive,” said Dr. Michael F. Bergeron, the director of the National Institute for Athletic Health & Performance at the University of South Dakota’s Sanford Medical Center, in the New York Times story.

To assist with cost and data maintenance, the MHSAA has teamed with Sports Health to provide schools with psychrometers (heat measurement instruments) at a discounted rate, and has built online tools to track heat and humidity conditions.

Managing heat and humidity policy

  1. Thirty minutes prior to the start of an activity, and again 60 minutes after the start of that activity, take temperature and humidity readings at the site of the activity. Using a digital sling psychrometer is recommended. Record the readings in writing and maintain the information in files of school administration. Each school is to designate whose duties these are: generally the athletic director, head coach or certified athletic trainer.
  2. Factor the temperature and humidity into a Heat Index Calculator and Chart to determine the Heat Index. If a digital sling psychrometer is being used, the calculation is automatic.

If the Heat Index is below 95 degrees: 

All Sports

  • Provide ample amounts of water.  This means that water should always be available and athletes should be able to take in as much water as they desire.
  • Optional water breaks every 30 minutes for 10 minutes in duration.
  • Ice-down towels for cooling.
  • Watch/monitor athletes carefully for necessary action.

If the Heat Index is 95 degrees to 99 degrees: 

All Sports

  • Provide ample amounts of water. This means that water should always be available and athletes should be able to take in as much water as they desire.
  • Optional water breaks every 30 minutes for 10 minutes in duration.
  • Ice-down towels for cooling.
  • Watch/monitor athletes carefully for necessary action.

Contact sports and activities with additional equipment:

  • Helmets and other possible equipment removed while not involved in contact.
  • Reduce time of outside activity. Consider postponing practice to later in the day. 
  • Recheck temperature and humidity every 30 minutes to monitor for increased Heat Index.

If the Heat Index is above 99 degrees to 104 degrees: 

All Sports

  • Provide ample amounts of water. This means that water should always be available and athletes should be able to take in as much water as they desire.
  • Mandatory water breaks every 30 minutes for 10 minutes in duration.
  • Ice-down towels for cooling.
  • Watch/monitor athletes carefully for necessary action.
  • Alter uniform by removing items if possible.
  • Allow for changes to dry T-shirts and shorts.
  • Reduce time of outside activity as well as indoor activity if air conditioning is unavailable.
  • Postpone practice to later in the day.

Contact sports and activities with additional equipment

  • Helmets and other possible equipment removed if not involved in contact or necessary for safety.
  • If necessary for safety, suspend activity.

Recheck temperature and humidity every 30 minutes to monitor for increased Heat Index.

If the Heat Index is above 104 degrees: 

All sports

  • Stop all outside activity in practice and/or play, and stop all inside activity if air conditioning is unavailable.

Note: When the temperature is below 80 degrees there is no combination of heat and humidity that will result in need to curtail activity.

PHOTO: The Shepherd volleyball team includes hydration during a timeout in a match this fall.