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Training program:
Differs from exercise as it is comprehensive and progressive plan to develop many attributes and attain specific goals
Not just a strength program (also power, speed, condition, etc.)
Warm-up Acronym
R - Raise
A - Activate
M - Mobilize
P - Potentiate
Purpose
Prepare athlete PHYSCIALLY and MENTALLY for the task/event
Physiological responses that potentially increase performance:
Temperature related effects
Increase in muscle temperature and core temperature
Enhanced neural function
Disruption of transient connective tissue bonds
Non-temperature related effects
Increased blood flow to muscles
Elevation of baseline oxygen consumption
Post activation potentiation
Links to Benefits:
The Science of Warm-ups
Muscle contraction and relaxation
Enhanced neural function
Rate of force development
Increased speed and force muscle contractions
Decreased reaction time
Improved oxygen delivery (Bohr effect), higher temperatures facilitate oxygen release from hemoglobin
Increased blood flow
Increased muscle pliability, improve joint ROM
Rehearse motor patterns, work on coordination and propprioception
Psychological increases
Decreasing the risk of injuiry, increasing sport performance
Considerations: The Art of Warm-ups
Number of athletes and space
Time and duration
Purpose - what are we warming up for?
Weather and surface
injuries/fitness levels
Have fun
Components
Pre:
inhibit/quiet down overactive muscles
5-8 sites, 30s per sied
Foam roll/trigger point
Common area related to posture
Think front of the body
Raise
Multi-directional movement
Increase HR, blood flow, muscle temp and respiration
3-5 mins
Games of low organization
Individual: Hurdles/ladder/skipping or track based mechanics
Keep it fresh
Activate
Similar to movements in sport/events
5 mins (5-6 movements)
Increasing intensity
Low threshold strength movements
Maintain posture and ensure technique
Engage muscles in preparation for session
Mobilize
Similar movement in sport/events
5 mins (5-6 mivmenet)
Increasing intensity
Dynamic vs ground based mobility
Maintain posture and ensure technique
Move joint through a full range of motion while keeping patterns close to movement used during game
Potentiate
High intensity
Short duration (2 x 5-15s)
2-3 drills
Eg
Cone drills
jumping/bounding/sprinting
Agility patterns
Reactionary patterns
Recovery
Why do we recover?
Normalizations of metabolic functions
Normalization of homeostatic equilibrium
Replenishment of energy resources (nurition)
Reconstructive functions
Types of Recovery
Active Recovery: Includes an appropriate cool-down and flexibility program combined with adequate nutrition
Passive recovery: Includes hydrotherapy and massage, both which provide a degree of psychological recovery
(bring body back down to rest level trying to eliminate stiffness and soreness after - motion is lotion)
Active Recovery: Mobility
Static - holding a stretch for 15-30 seconds, relatively low risk, simpe and effective way to improve ROM (use post session)
Ballistic - element of “bouncing” causing a stretch reflex, much more riskier
Dynamic - mimics sport movements more closely, facilitates controlled ROM, much more practical (before sport)
Proprioceptive Nueromuscular Facilitation (PNF) - involves three different types (Hold-Relax, Contract-relax, Hold-Relax with agonist contraction), and relies on the premise of muscular inhibition
Long Term Considerations
Proper nutrition
Daily life balance
Sleep
Hydration
Social (alcohol and recreational drugs)
Sleep
Most important recovery tool
8-10 hours a night
Allows for physical repair and growth
Improves performance
Decreased reaction time: 10x slower
Decreased performance: 10 and 40y sprint times slower
Decreased emotional stability, increased anxiety, confusion and fatigue
Torso
Anti-extension: sagittal plane
Anti-rotation: transverse plane
Anti side flexion: frontal plane