Day 2 Lectures Flashcards

(32 cards)

1
Q

Goals of Interdisciplinary Communication

A
  • client outcomes are #1
  • clarity on cases
  • expedite referrals
  • build trust
  • learn from providers and improve service to clients
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2
Q

Pillars of dream team

A
  • MD
  • other medical (acupuncture, massage, chiro)
  • fitness/sport (skill coach, sports coach, gym owner)
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3
Q

Dream Team

A
  • goal is to develop a well rounded team that can access all aspects of your care
  • obtain names, direct line, email
  • communicate on monthly basis
  • promote these individuals, send business to them
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4
Q

What to avoid in communication

A
  • ego
  • too much lingo
  • being passive
  • excessive
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5
Q

Energy Systems

A

ATP-CP (short burst)
Glycolytic (60s)
Oxidative (120s+)

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6
Q

Power training involves what system

A

ATP-CP

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7
Q

Power

A

rate of doing work and can be calculated by multiplying force and velocity. ability to apply high levels of force rapidly

power = work/time OR force x distance/time OR force/velocity

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8
Q

to gain power,

A

resolve pain
restore. mechanical mobility
build strength
train energy system/power

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9
Q

principles of power application

A

progressive overload
rate of force develop
velocity based training

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10
Q

Rate of force development

A

describes the rate at which force is expressed during a sporting movement. determined from the slope of force time curve (change in force/change in time)

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11
Q

Velocity based training

A
  • uses a linear position transducer to track the velocity of athlete or object being moved
  • measures the speed of movement during an exercise to provide objective external cues
  • can be used for immediate feedback, competition, and proper stress levels
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12
Q

Power Tests

A
  • vertical force production
  • horizontal force production (triple hop)
  • multi planar force production (cross over hop)
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13
Q

Strength Tests

A
  • body weight goblet squat test (test of quantity)
  • single leg squat test (test of quality)
  • upper extremity (push ups)
  • HHD (symmetry)
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14
Q

Intrinsic influencers of movement

A

environment
context
cues
previous exposures
complexity
symptoms

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15
Q

Extrinsic influences of movement

A

surface
speed
load
BOS
mobility
stability

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16
Q

Input

A
  • Mobility (capacity)
  • sensory influx to nervous system
  • determined by anterolateral, dorsal columns
17
Q

Output

A
  • stability (performance)
  • motor control or performance dictated by processing of input
  • determined by corticospinal tracts
18
Q

Output facilitators

A

environment
relevance
appropriate load
irradiation
quick stretch

19
Q

Output inhibitors

A

confounding environment
lack of context
too much/little load
pain
poor cues

20
Q

Motor skill acquisition

A

consistency
efficiency
flexibility

21
Q

Consistency

A
  • repeatability of performance
  • consistency over period of trials
  • appropriate stress, practice, address dysfunctional drivers
  • clean up movement, load it, practice it
22
Q

Flexibility

A
  • transferability
  • ability to adapt and modify task performance based on changing environments or conditions
  • begin with basics, add load, variable training
  • master the basics, variability
23
Q

Efficiency

A
  • capabilities of cardiovascular and MSK systems
  • different energy systems
  • durability
24
Q

Pain is

A

processing
not input/output

25
Feedforward efficient mechanism
* planned motor action * intrinsic/extrinsic cues * proximal stability * distal mobiluty
26
Feedforward dysfunctional mechanism
* planned motor action * pain, poor cue * dampened response * lack of proximal stability * diminished distal mobility
27
Temporal Summation
* contractions build on last * subsequent contraction recruits additional motor units * practice makes perfect
28
Tonic spread
* spread of muscle contraction * low and slow, with appropriate resistance * using what you are good at to assist with the poor
29
Training neuromuscular efficiency
* identify dysfunctions * facilitate inhibited segments * progress to functional loading * incoporate functional patterns
30
Losing stability causes you to lose
mobility and range of motion
31
Utilize prolong holds at ER to
assist with re-mapping a dysfunctional movement pattern
32
Relationship of force and velocity in power development
As one increases, the other should decrease heavy resistance training involves HIGH force explosive power training involves HIGH velocity mixed methods is equal and BEST for power