It is a requirement by the State of Alabama that all youth sports volunteers complete the Safe Sport Training and Assessment annually.
EMERGENCY PREPAREDNESS
CHECKING A RESPONSIVE CHILD
S=Signs and symptoms
A=Allergies
M=Medications
P=Pertinent medical history
L= Last food or drink
E= Events leading up to the incident
Look and feel for signs of injury, including pain, bleeding, cuts, burns, bruising, swelling or deformities.
CHECKING A CHILD WHO APPEARS TO BE UNRESPONSIVE
CARDIAC EMERGENCIES
Cardiac arrest is rare among young people but it is the leading cause of death in young athletes. The causes of sudden cardiac death in youth people vary, but most often it is due to a heart abnormality. Coaches need to watch for the warning signs, which include unexplained fainting, a blunt blow to the chest, or a family history of sudden cardiac death. If cardiac problems are suspected, then a physician should be seen to evaluate if the child should participate in contact sports or what precautions should be taken. If there is an emergency, then time is critical for survival. Follow the steps for CPR, Call 911, and get the child an AED.
CPR (CHILD)
CONCUSSIONS AND HEAD TRAUMA
THE FACTS
RECOGNIZING A POSSIBLE CONCUSSION
To help recognize a concussion, watch for or ask others to report the following two things among your athletes:
AND
SIGNS AND SYMPTOMS OBSERVED BY COACHES
SIGNS AND SYMPTOMS REPORTED BY ATHLETE
Remember, you can’t see a concussion and some athletes may not experience and/or report symptoms until hours or days after the injury. Do not try to judge the severity of the injury yourself. A seemingly “mild” symptom following bump, blow, or jolt to the head or body can be serious. When in doubt, sit them out!
WHEN A CONCUSSION IS SUSPECTED
If you suspect that an athlete has a concussion, implement your 4-step action plan:
CONCUSSION PREVENTION
To help prevent injuries:
Teach your athletes it’s not smart to play with a concussion. Rest is essential after a concussion. Sometimes athletes, parents, and others wrongly believe that it shows strength and courage to play injured. Discourage others from pressuring injured athletes to play.
HEAT AND COLD RELATED EMERGENCIES
PREVENTING HEAT ILLNESS
Knowing the Danger Zone
An important part of coaching is understanding the conditions that present a greater risk to athletes in your care. As a general guideline, the following temperatures and heat illness risk levels exist:
65-72 degrees Fahrenheit present a moderate risk
74-82 degrees Fahrenheit present a high risk
82 degrees and higher Fahrenheit present an extremely high risk
In addition, an increase in humidity greatly increases the chance for heat illness.
In high-risk conditions the following precautions should be taken:
HYDRATION
Heat illness can be managed through proper hydration before, during, and after practice. Heat illnesses stem from the loss of fluids and electrolytes during sweating. The following recommendations help in keeping athletes hydrated:
RECOGNIZING HEAT ILLNESS
Common heat-related illnesses include the following:
COLD-RELATED ILLNESSES
Cold weather, as well as heat, can lead to dehydration. Recent studies suggest that cold weather decreases the thirst sensation in athletes. Athletes competing in cold weather need to take the same precautions for staying hydrated.
RESPONDING TO HEAT ILLNESS AND DEHYDRATION
Take these recommended steps when assessing an athlete with heat illness and dehydration symptoms.
PHYSCIAL CONDITIONING
WARMING UP FOR PLAY
Dynamic stretches facilitate movements similar to those during play and target muscle groups as they relate to specific sport movements. In addition to raising muscular tissue temperature in the body and increasing blood flow, dynamic stretching activates the nervous system, preparing the body for movements performed during play. Plyometrics is a system of exercise in which the muscles are rapidly and repeatedly stretched and contracted for optimal function.
Common dynamic and plyometric exercises include the following:
COOLING DOWN
Taking an extra 15 minutes after play to statically stretch will speed the recovery process, lengthen muscles, and improve muscular range of motion. As dynamic stretches are beneficial prior to play, static stretching is effective for cooling down properly.
OVERUSE INJURIES
Overuse injuries are difficult to diagnose because the pains caused by repetitive microtrauma often go unreported or are overlooked by the athlete during the initial progression of the injury. Teaching athletes to recognize and report any small aches or pains is the first step in reversing and preventing the development of an injury. Particularly in young athletes, an undiagnosed injury often leads to a more severe injury down the road.
OVERALL PREVENTION
Focus on training the total athlete gradually with adequate resting time. Competing in several sports throughout the year will prevent sport-specific repetitive stress as long as there is adequate rest between seasons.
COMMON OVERUSE INJURIES
CLASSIFICATION OF OVERUSE INJURIES
Stage 1: Pain after activity, no functional impairment
Stage 2: Pain during and after activity with minimal functional impairment
Stage 3: Pain during and after activity that persists throughout the day, significant functional impairment
Stage 4: Significant functional impairment with all daily activities
When an athlete, coach or parent suspects injury, have it assessed and diagnosed by a healthcare professional, being sure to follow the recommendations of that person for optimal outcomes. To initially reverse and prevent, overuse injury progression, follow the R-I-C-E method (rest, ice, compression and elevation).
PROPER EQUIPMENT FITTING
FOOTBALL
T-BALL
CHEERLEADING
BASKETBALL
SOCCER
Size 1: All ages: developing footwork skills/ball control
Size 3: 8 and younger
Size 4: Ages 8-12
Size 5: Ages 13+
VOLLEYBALL