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Table 1 The effects of various training methods on the determinants of maximal muscular power, sustained power production during brief maximal efforts, and rates of recovery

From: Maximal muscular power: lessons from sprint cycling

Determinants

Maximum force

Rate of force development

Neuromuscular coordination

Activation-relaxation kinetics

Maximum shortening velocity

Fatigue resistance

Muscle oxidative capacity

Relevant mechanisms

- Muscle CSA

- MyHC IIa/x area ratio

- MyHC IIa/x composition (positive effect)

- Neural drive

- Muscle architecture

- Maximum force

- Neural drive

- MyHC IIa/x area ratio

- MyHC IIa/x composition (positive effect)

- MTU stiffness

- Magnitude of muscle activation

-Timing of muscle activation and relaxation

- MyHC IIa/x composition (positive effect)

-Sarcoplasmic reticulum structure and function

- MyHC IIa/x composition (positive effect)

- Muscle architecture

- MyHC IIa/x composition (negative effect)

-Anaerobic substrate availability and enzyme activity

-Metabolite buffering capacity

-Pain tolerance

- Muscle CSA (negative effect)

- MyHC IIa/x composition (negative effect)

- Mitochondrial and capillary density

-Oxidative enzyme activity

Training methods for maximal power

Maximum strength training

↑↑↑

↑↑

-

↓

↓

↑

↓ (?)

Explosive strength training

↑↑

↑↑↑

-

- (?)

- (?)

↑

-

Eccentric strength training

↑↑↑

↑↑↑ (?)

-

↑ (?)

↑ (?)

↓ (?)

↓ (?)

Isokinetic strength and power training

↑↑ (?)

↑↑↑ (?)

↑↑↑ (?)

-

-

↑↑

↑

Specific cycling strength and power training (track or ergometer)

↑↑

↑↑↑

↑↑↑

- (?)

- (?)

↑

↑

Training methods for sustained power and rates of recovery

Sprint interval ‘Speed-Endurance’ training (track or ergometer)

-

↑

↑↑

-

-

↑↑

↑

Long interval training (ergometer or road)

↓↓

↓↓

-

↓↓

↓↓

↑↑

↑↑↑

Endurance training (ergometer or road)

↓↓

↓↓

-

↓↓

↓↓

↑

↑↑↑

Repeated sprint training in hypoxia

-

↓ (?)

-

↓ (?)

↓ (?)

↑↑

↑↑↑

Single legged interval training

-

↓ (?)

-

↓ (?)

↓ (?)

↑↑

↑↑↑

  1. Abbreviations: CSA cross-sectional area, MTU muscle-tendon unit, MyHC myosin heavy chain isoform. Training effect key: ↑↑↑, highly positive; ↑↑, moderately positive; ↑, possibly positive effect; ↓↓↓, highly negative; ↓↓, moderately negative; ↓, possibly negative; -, neither positive nor negative; (?), effect uncertain