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Organization that creates guidelines for operation of an athletic care facility
- OSHA
- Occupational safety heath administration
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Conditioning program throughout various seasons to bring about peak performance
Periodization
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Negative effect on muscle strength; can lead to injury, fatigue, or sickness
Overtraining
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How can you avoid overtraining?
Properand effiecient resistance training, proper eating/diet, appropriate rest
-
For muscle to improve in strength what do you have to do
- Work it at a higher level than accustomed to
- (overload)
-
Controlled stretches recommended prior to activity
Dynamic
-
Bouncing
Movements with repetitive contraction of Agonist muscle; used to produce quick stretches of antagonist muscle
Ballistic
-
Passively stretching by placing antagonist muscle in maximal position and holding for 30 seconds
Static
-
Stretching that uses a combination of alternating contractions and stretches
Proprioceptive neuromuscular facilitation (PNF)
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Type of training with intermittent activities; alternate periods of intense work and active recovery
Interval
-
Type of training that is more intense over longer periods of time
Interval
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Training that uses surges and varies the length
Speed play
-
Advantages of speed play training
Prevent boredom, good off season tool
-
Training that alternates weight training, flexibility, calisthenics and brief aerobic exercises
Circuit
-
A circuit training typically involves
8-12 stations, 3 sets
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Training technique that invokes substituting alternate activities that carry Over to a specific sport
Cross-training
-
Which training method would you not use in pre-season?
Cross training
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Skeletal muscle fibers in the motor unit
Fasttwitch and slow twitch
-
Rich in mitochondria and myoglobin; these muscle fibers carry more oxygen and resist fatigue
Slow twitch
-
Quick, forceful, powerful contractions, fatigue more quickly
Fast twitch
-
Muscle fibers used in aerobic activities
Slow twitch
-
Muscle fibers used in anaerobic system
Fast twitch
-
Type of contraction with no change in muscle length
Isometric
-
Muscle shortens in length as a contraction is developed to overcome resistance
Concentric
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Muscle lengthens while continuing to contract
Eccentric
-
When the body comes in contact with objects/surfaces results in heat loss or gain
Conductive
-
Give an example of conductive heat exchange
Turf
-
Body heat is lost/gained by air or water movement
Convective
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Heat loss or gain through heat from the sun or emitted from the skin
Radiant heat exchange
-
Body is cooled through sweat evaporation
Evaporative heat loss
-
How much can a person expect to sweat per hour
1 - 2 quarts of H2O per hour up to 2 hours (2-4 lbs)
-
If humidity reaches 75% what happens to sweat evaporation
Stops
-
Vomiting after periods of starvation then gorging
Bulimia
-
Long term disorder that can cause stomach rupture, affect heart rhythm, liver damage, and tooth decay
Bulimia
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Disorder causes distorted body image, concerned with weight gain, deny hunger, hyperactive, abnormal amounts of exercise
Anorexia Nervosa
-
Sharp, burning pain in tendons, muscles, or joints
Cutaneous
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Pain that is diffused at first then may localize
-
Cause of pain is emotional
psychogenic
-
Pain that lasts less than 6
months
Acuts
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Pain that lasts longer than 6 months
Chronic
-
Pain that occurs away from the site of irritation
Referred
-
Over stretched by tendon, or forced to contract against too much resistance causing separation or tearing of muscle fibers
Strain
-
When some fibers are torn, some tenderness or pain on motion, but still full ROM
Grade 1 strain
-
A number of fibers are torn, contraction is very painful, can ROM decreased
Grade 2 strain
-
Complete rupture at tendon or bone, total loss of movement or severely limited
Grade 3 strain
-
Legally responsible for the harm one causes another person
Liability
-
Failure to use reasonable care or common sense
Negligence
-
Legal wrongs committed against person or property of another
Tort
-
Participant knows and understands dangers of activity and voluntarily participates
Assumption of risk
-
Estimation of distance of storm
Flash to bang
-
How do you use flash to bang to predict danger
Number of seconds from time see lighning until hear thunder divided bt 5; 30 or less, leave the field
-
Electrolytes that help dehydrate the body quickly
Sodium, chloride, potassium, magnesium, calcium
-
What is the best way to prevent dehydration
Balanced diet
-
If calcium is low, it causes the body to remove it from the bones, which causes weak, brittle bones
Osteoporosis
-
How much calcium do women need daily
1000 mg
-
6 domains of athletic training
- 1. Prevention
- 2. Eval and diag
- 3. Immediate care
- 4. Treatment, rehab, recondition
- 5. Organ. and admin
- 6. Professional responsibilities (CEC)
-
Whose role is it for total health care
Physician
-
Who needs to agree on injury management and rehabilitation programs
Athletic trainer and physician
-
Whose job is it to prevent injury
Coach
-
Who needs to have knowledge of environmental factors and skills
Coach
-
What year was the NATA founded
1950
-
What are some employment settings for athletic trainer
Clinic, hospital, corporate, colleges, prof sports, recreation sports, military
-
Qualities of an athletic trainer
Empathy, humor, communication, curiosity, ethics
-
What is involved in the pre-participation exam?
Med history, exam, cadiovascular screening, maturity
-
What would disqualify an athlete from participation?
Atlantoaxial instability, cardiovascular carditis, absense of a kidney, enlarged liver or spleen
-
Delayed pain approximately 12 hours after workout, more intense 12-24 hours and gone after 2-3 days
Delayed onset muscle soreness (DOMS)
-
How do you prevent DOMS?
Start at mod level, gradually increase intensity over time
-
Treatment of DOMS
Static or PNFstretching
-
What overrides muscle spindle reflex by causing reflex relaxation of antagonist muscle
Golgi tendon
-
What causes the muscle to contract to resist stretch - save yourself
Muscle spindles
-
Best way to warm up
Gradually increase cardio to moderate level
-
Benefits of the warm up
Prepae body for physical activity, increase blood flow to working skeletal muscles, increase metabolic and core body temp which makes the muscles more elastic
-
What is the purpose of the cool down
Return body to resting state, stretch decreases muscle soreness
-
Time for warm up
2-3 minutes
-
Time for cool down
5-10 min
-
Condition when heat loss to the environment is greater than metabolic heat production
Hypothermia
-
Cold condition caused by periods if inactivity, wind chill factor, dampness, or wetness
Hypothermia
-
What happens to the body when it's temp drops to 85-90 degrees
Shivering stops
-
If core temp reaches <77-85 degrees
Death
-
How do you prevent hypothermia
Proper appearal, layers, hat, proper warm up
-
When skin is firm, with cold painless areas
Frost nip
-
Treatment for frost nip
Pressure, blow hot breath, put in arm pits
-
Prolonged exposure to cold causing swelling, tingling,pain in fingers and toes
Frostbite
-
When skin turns pale, hard and waxy, it is most likely caused by
Frostbite
-
How do you treat frostbite?
Warm water (feels numb, stings and burns
-
When skin is wet from sweat, it can cause
Heat rash
-
Prevent heat rash by
Toweling off sweat
-
Heat related condition that causes dizziness, fainting, nausea
Syncope
-
Treatment for syncope
Lay down, cool place, fluids
-
Heat related illness with muscle contraction
Cramps
-
Treatment for heat cramps
Replace fluids, salt tablets
-
Heat related condition where unable to sustain cardiac output, pail skin, sweating a lot, cramps with nausea, vomiting or diarrhea, headache, dizziness, loss of coordination
Heat exhaustion
-
Treatment for heat exhaustion
Cool area, lay down, elevate legs, rehydrate with water if can drink
-
Heat related condition where patient is altered, seizures, confusion, flushed, hot skin with sweating or without, shallow fast fast breathing, rapid, strong pulse, decreased blood pressure
Heat stroke
-
What are the five types of tissue stress
- Compression
- Tension
- Shearing
- Bending
- Torsion
-
Tissue stress change in cartilage, fractures, or contusion
Compression
-
Tissue stress with shortening and widening structure
Compression
-
Tissue stress from a pull or stretch
Tension
-
Tissue stress including muscle strains or ligament sprains
Tension
-
Tissue stress that is equal but not directly opposite loads
Shearing
-
Tissue stress including blisters, abrasions, vertebral disk
Shearing
-
Tissue stress on two to three points of long bones
Bending
-
Tissue stress that involves twisting and spiral fractures
Torsion
-
Causes of stress fractures
- Overtraining
- Returning to activity to soon
- Switching activities w/out proper training
- Starting to quickly
- Changing habits or environment
-
What are the three phases of inflammatory response
- Inflammatory response
- Fibroblastic repair phase
- Maturation remodeling phase
-
Healing starts immediately and area may be red, tender, increase temperature, loss of function
Inflammatory response phase
-
Scar formation, tender to the touch, pain starts to disappear gradually
Fibroblastic repair phase
-
Stage may last weeks, firm, strong, nonvascular, but scar can exist for years
Maturation
-
Signs of swelling
Redness, tenderness, increase temp, loss of function
-
Factors that impede healing
- Extent of injury
- Hemerage
- Poor vascular supply
- Infection & bacteria
- Humidity
- Health, age, nutrition
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