Resistance training Flashcards

1
Q

Cornerstones of training

A
  • Law of individualisation
  • Accommodation
  • GAS principle
  • Progressive overload
  • Use/disuse
  • Specificity
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2
Q

What can be used to manipulate overload?

A
  • Exercise selection
  • Load
  • Volume (reps/sets)
  • Rest
  • Speed
  • Tempo
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3
Q

Strength is specific to…

A
  • Contraction mode
  • Velocity
  • Load
  • Stability
  • Joint angle
  • Force vector
  • Muscle group
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4
Q

Scientific principles

A
  1. Length-tension relationship
  2. Force-velocity curve
  3. Force enhancement during lengthening
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5
Q

Force enhancement during lengthening

A
  • Muscles can produce up to 150% more force during lengthening compared to shortening
  • We are approximately 125-130% stronger when we lower weight under control
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6
Q

Neutral determinants

A
  • Fibre type
  • MU recruitment
  • Firing frequency
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7
Q

Hypertrophy

A
  • Muscle damage
  • Metabolic stress
  • Mechanical load
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8
Q

Strength and power

A
  • Loads to be heavy
  • Long recoveries for maximal output
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9
Q

Coach responsibility

A
  • Analyse event
  • Analyse athlete
  • Set goals
  • Create plan
  • Monitor/audit
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10
Q

Exercise considerations

A
  • Contraction mode
  • Velocity
  • Load
  • Stability
  • Joint angle
  • Force vector
  • Muscle group
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11
Q

Lower body force output

A

Heavy load, multi-joint, simple patterns

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12
Q

Increased trunk stability during COD

A

Unstable, co-ordination, full chain

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13
Q

Increased quadricep CSA

A

Metabolic stress, muscle damage, isolation

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14
Q

Prevent knee valves on landing

A

Increase GM activation, stable, full chain

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15
Q

Deadlift choice

A
  • Full posterior chain
  • Largest anti-flexion
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16
Q

Hip thrust choice

A
  • Glute development
  • Heavy load as minimal technique
17
Q

Back squat choice

A
  • Increased thoracic mobility
  • Increased external rotation
  • More glute recruitment than front squat
18
Q

Front squat choice

A
  • Anteriorly loaded bar
  • Increased ROM
  • Increased anti flexion
  • Increased need for lat and wrist mobility
19
Q

Leg press choice

A
  • Minimal technique
  • Maximal loading
20
Q

Split squat choice

A
  • Most stable single leg exercise
  • Allows heavier loading
  • Simple introduction to single leg exercises
21
Q

Bulgarian split squat choice

A
  • Increased instability
  • Increased single leg load
  • More glute medius and Maximus activation
22
Q

Front rack split squat choice

A
  • Increased anti-flexion
  • Shifts load anteriorly
23
Q

Single leg squat choice

A
  • Purely single leg
  • Increased trunk activation
  • Stability required
24
Q

Forward lunge choice

A
  • Eccentric load through quads
  • Negative shin angle
25
Q

Reverse lunge choice

A
  • More posterior chain development
  • Reduced eccentric
  • Positive shin angle
26
Q

Walking lunge choice

A
  • Benefit of forwards and reverse lunges
27
Q

Lateral lunge choice

A
  • Frontal plane dominant
  • Specificity of training
28
Q

BB step up choice

A
  • Strength through full ROM
  • Concentric dominant
29
Q

DB step up choice

A
  • Remove need for Tx mobility
  • Increase grip strength
30
Q

Lateral step up choice

A
  • Less momentum generated from supporting leg
  • Purely unilateral
31
Q

Asymmetrical loaded step up

A
  • Increase anti-lateral flexion trunk strength