Sports Medicine Exam 2 Review (Chapter 6-11)
CHAPTER 6: Legal Concerns
Purchasing Equipment
Buy only from reparable manufacturers.
Purchase safest equipment resources allow.
Ensure correct assembly of equipment.
FOLLOW DIRECTIONS for usage and maintenance.
Maintain equipment periodically.
Exercise caution when modifying existing equipment.
DO NOT USE DEFECTIVE EQUIPMENT to avoid injuries.
Types of Equipment
Off-the-shelf equipment:
Pre-made and packaged products, including ankle braces and neoprene sleeves.
Custom protective equipment:
Tailored to meet specific individual needs.
Material for Protection:
Use polycarbonate for lenses, face shields, and protective goggles for maximal protection.
Sports with High Injury Incidence
Boxing and wrestling:
These sports have the highest incidence of ear injuries.
Purpose of a Sports Bra
Designed to minimize excessive vertical and horizontal movements of the breasts during activities like running and jumping.
Heavier-duty versions provide increased support during sports.
Football Helmet Fitting
Measure the athlete's head and read all manufacturer instructions prior to fitting.
Fit Requirements:
Should fit snugly around all parts of the athlete's head.
Must cover the base of the skull, avoiding neck coverage.
Should NOT obscure eyes; maintain two fingers above the bridge of the nose.
Ensure ear holes match the athlete's ears.
Helmet must not shift when manual pressure is applied or recoil on impact - No soft spots should exist in the helmet.
Chin Straps:
Should be equal distance from helmet center.
Cheek Pads:
Should fit snugly against the face and be filled with air.
Face Masks:
Must fit securely to the helmet, three fingers away from the nose.
NOCSAE:
The National Operating Committee on Standards for Athletic Equipment is responsible for regulating equipment.
Equipment should be recertified annually by the manufacturer.
Mouth Guards
Prevention of Dental Injuries:
Majority of dental injuries are preventable with a correctly fitted mouthpiece.
Protection:
Absorbs impacts to the jaw, potentially preventing concussions.
DO NOT CUT the mouthpiece.
Always keep the strap on the mouth guard to avoid choking hazards.
Neck Protection
Equipment like cowboy collars and neck rolls serve as reminders for athletes to be cautious rather than preventing injuries.
Shoulder Pad Fitting
Initial Steps:
Measure shoulder width (tip to tip in the back).
Inside pad should align with shoulder tips.
The pads cover the deltoid and allow movement.
Neck Opening:
Should allow the athlete to raise arms overhead without sliding pads.
Straps:
Must fit snugly without cutting off circulation.
Footwear
Orthotics:
Devices used to correct existing biomechanical problems in the foot.
Heel Cup:
A device to compress fat pads and provide cushioning to relieve plantar fasciitis symptoms.
Footwear Characteristics:
Strong heel counter, flexibility in the forefoot, high heel for tight Achilles tendons, and good construction is essential.
Must fit comfortably from heel to the longest toe, as well as from the heel to bend.
Ankle Taping vs. Bracing
Taping:
Best applied directly to the skin.
Tape with pre-wrap is effective for approximately fifteen minutes.
Brace:
Requires tightening during activity for effectiveness; however, it does not prevent injury.
Knee Bracing:
Used similarly to neck bracing, it reminds athletes to be cautious but does not prevent injuries.
Protective Knee Brace:
Provides stability and reminds caution (e.g., device protecting MCL in football linemen).
Rehabilitative Knee Brace:
Used following surgical repair of the knee.
CHAPTER 7: Emergency Procedures
Emergency Plan:
Must be established for every sport.
911 Call Protocol:
Identify who will make the call: adult, calm, capable of giving directions, must meet paramedics upon arrival.
AED (Automated External Defibrillator):
Used to evaluate cardiac rhythm and deliver an electrical charge to the heart.
Must know the location of AEDs and have them present at all games.
Operators must remain calm and follow instructions.
Principles of Assessment:
Observe body position; the athlete must not remain motionless.
Primary Survey (ABCs):
A = Airway (ensure if needed, open with jaw thrust).
B = Breathing.
C = Circulation.
Secondary Survey:
Note any severe bleeding or signs of shock.
Apply direct pressure, elevate the bleeding area, or use pressure points to control external bleeding.
Injury Assessment On-The-Field Decisions:
Seriousness of injury.
Type of first aid to be administered.
Need for a doctor or ambulance.
Type of transportation needed.
Additional Injury Treatment
PRICE Principle:
Protection, Rest, Ice, Compression, Elevation - serves to manage acute injuries and minimize pain and swelling.
Manual Conveyance:
Assistance given to an athlete able to walk.
Pressure Points:
Locations on the body utilized to control external bleeding.
While splinting fractures, ensure to splint both above and below the fracture site and maintain the limb in its original aligned position.
Unconscious Athlete Protocol:
Always assume life-threatening injuries are present.
Head and neck are always involved in such cases.
Blows to the head, solar plexus trauma, or shock can induce unconsciousness.
Keep the helmet ON and cut face mask away (use trainers' angel, anvil pruner, fm extractor, or screwdriver) to ensure the neck or head are not moved.
Continually monitor life support functions, including BPM and pulse rate.
Determining Unconsciousness:
The simplest method is to ask the athlete a question.
Perform secondary survey only once the athlete is stable.
Body Positions
Supine Position:
ON BACK
If the athlete is not breathing, establish ABCs.
If breathing, do nothing until the athlete awakes and becomes responsive.
Prone Position:
FACE DOWN/ON STOMACH
If not breathing, execute a log roll and establish ABCs.
If breathing, do nothing until the athlete awakens and becomes responsive, followed by log rolling and establishing ABCs.
Shock
Shock Definition:
Can occur with any sport injury, most common with fractures, significant bleeding, or internal injuries, due to diminished blood levels in the circulatory system.
Symptoms of Shock:
Moist, pale, clammy skin.
Cold body temperature (maintaining body heat is crucial).
Disinterest and lethargy.
Weak, rapid pulse and low blood pressure.
Increased, shallow respiratory rate.
Thirst, restlessness, excitement, irritability, and loss of bowel or urinary control.
Types of Shock:
Hypovolemic: Due to blood loss.
Respiratory: Insufficient oxygen provided by the lungs.
Neurogenic: Vascular (blood vessel) dilation resulting in inadequate blood supply (6 liters insufficient).
Psychogenic: Fainting (syncope), temporary dilation of blood vessels resulting in insufficient brain oxygen supply.
Cardiogenic: Heart fails to pump enough blood to meet the body's demands.
Septic: Results from severe bacterial infection and toxins.
Anaphylactic: Caused by severe allergic reactions.
Metabolic: Resulting from severe illnesses such as diabetes.
Shock Management
Maintaining Body Heat:
Use a blanket.
If possible, elevate feet 8-12 inches off the ground.
Vital Signs
Understanding Vital Signs:
Familiarity with normal values is necessary for accurate assessments.
Pulse Rate:
Healthy adult range from 60-80 beats per minute at rest.
Respirations:
Healthy range from 12-15 breaths per minute.
Blood Pressure:
Systolic: pressure caused by heart pumping.
Diastolic: residual pressure between heartbeats.
Normal blood pressure ranges:
Males 15-20 yrs: 100-140/60-90 mmHg.
Females 15-20 yrs: 90-120/50-80 mmHg.
Children's blood pressure varies by age, sex, and height.
Temperature:
Normal range is 98.6°F.
Pupils:
Important for evaluating nervous system changes.
CHAPTER 9: Psychological Concerns with Student Athletes
Overtraining:
Resulting from prolonged stress leading to staleness or burnout.
Overreaching:
Temporary state of overtraining.
Stress:
Positive and negative forces causing disruptions in the body's equilibrium.
Anxiety:
Feelings of uncertainty or apprehension.
Burnout:
Related to physical and emotional exhaustion; often caused by excessive stress.
Sports Psychologist:
A specialist who can aid athletes in coping strategy development.
Athletes characterized as “risk-takers” often exhibit injury-prone tendencies.
Causes of Burnout
Training too hard for too long without sufficient rest, both mental and physical.
Poor nutrition or inadequate calorie intake.
Dietary Advice:
"EAT TO COMPETE" is essential for athletes.
Elevated anxiety, especially during losing seasons, can induce stress and detriment to athletes' confidence and motivation levels.
Signs and Symptoms of Burnout/Staleness
Decline in performance.
Chronic fatigue.
Loss of appetite and associated weight loss.
Apathy and lack of interest in activities.
Indigestion.
Sleep disturbances.
Elevated blood pressure and pulse rate.
Physiological Response to Stress
GAS Theory (General Adaptation Syndrome):
Represents the body's response to stress in three stages.
Alarm Stage:
Immediate response to stress (e.g., pop quiz), induces fight or flight responses, muscle responsiveness, acute hearing, and pupil dilation.
Resistance Stage:
The body attempts to deal with the stress by adapting and recovering; beneficial training adaptations may occur here.
Comes with the risk of overtraining that leads to exhaustion.
Exhaustion Stage:
Results from overtraining leading to chronic stress and depletion of the body's adaptive resources.
The body can no longer adapt to training demands.
Psychological Aspects of Injury and Mental Health
Phases of Coping:
Denial:
An athlete may seek second opinions and reject the initial diagnosis.
Anger:
Questions arise regarding the cause of the injury.
Bargaining:
Attempting to negotiate reduced stress regarding the injury or its cause.
Depression:
Intese reality of what occurred sets in, leading to deep sadness, emotional numbness, apathy, and isolation can occur.
Acceptance:
Coming to terms with the new reality, not necessarily “okay” but has stoped resisting.
Establishing new goals can help in reorienting one's life post-injury and allow to make peace with the injury.
Aspects of Rehabilitation
Building Rapport:
Athletic trainers must establish trust with their athletes.
Cooperation is essential; both athlete and trainer must commit to rehabilitation.
Educating the athlete throughout the rehabilitation process fosters understanding and commitment.
Regaining Competitive Confidence:
Trainers should aid athletes in recovering their competitive spirit before returning to the sport.
Goal Setting:
Goal setting is essential for an athlete to establish motivation for rehabilitation, as well as reducing stress associated with rehabilitation for the athlete.
Goals should be specific, challenging, realistic, and cover short, medium, and long-term objectives.
Positive language aids in motivation.
Decision-Making in Return:
Most difficult in the rehabilitation process.
Difficult determination regarding when athletes are ready to return to sports, balancing physical and mental readiness.
Phases of Reaction:
Reaction to the injury.
Reaction to the rehabilitation process.
Reaction to the return to sporting activities.
CHAPTER 10: Environmental Concerns
Heat Stress:
Results from direct and prolonged exposure to heat and humidity, and illnesses stemming from this are preventable.
Body Temperature Regulation
Metabolic Heat Production:
Produces heat naturally as a result of metabolic processes.
Conductive Heat Exchange:
Heat loss or gain occurs through direct contact with surfaces.
Radiant Heat Exchange:
Heat shifts occur without direct contact (e.g., sunlight, radiators).
Convective Heat Exchange:
Involves heat loss or gain through air or water mediums (e.g., wind, water).
Evaporative Heat Loss:
Loss of heat when liquid evaporates (sweat); efficacy declines at 65% humidity, ceases at 75%.
Heat Illnesses
Non-Sequential Occurrences:
Heat cramps: caused by electrolyte deficits (calcium, magnesium, sodium).
Athletes physically active throughout a game are susceptible.
Heat exhaustion: results from inadequate hydration; symptoms include profuse sweating, flushed skin, mild fever, rapid pulse, dizziness.
Athletes with higher body weights (big fatties) are particularly prone to heat exhaustion.
Heat stroke: arises suddenly and is a medical emergency.
Symptoms include elevated core temperature, unconsciousness, hot/red skin, and almost a complete absence of sweating - which indicates that the body has reached 107 degress and has lost its ability to lose heat.
Must lower body temperature within 45 minutes for survival.
Big fatties are prone
Prevention of Heat Illnesses
Gradual Acclimation:
Extended practice over 5-6 days achieving 80% acclimation.
Weight Charts:
Reflects water loss; guideline: for each pound lost, replace with 20 oz of fluid.
Identification of Susceptible Athletes:
Freshmen and transfers are at higher risk.
Uniform Considerations:
Wear breathable clothing, avoiding long sleeves; cotton is recommended for heat mitigation.
Cold Disorders
Frost Nip:
Occurs due to exposure to cold temperatures and wind.
Frost Bite:
Can be superficial (reversible) or deep (irreversible leading to tissue necrosis, blackened skin).