Strength

The common definition is "the ability to exert a force against a resistance". The strength needed for a sprinter to explode from the blocks is different to the strength needed by a weight lifter to lift a 200kg barbell. This therefore implies that there are different types of strength.

What are the classifications of strength?

The classifications of strength are:

• Maximum strength - the greatest force that is possible in a single maximum contraction
• Elastic strength - the ability to overcome a resistance with a fast contraction
• Strength endurance - the ability to express force many times over

How do we get strong?

A muscle will only strengthen when it is worked beyond its normal operation - it is overloaded. Overload can be progressed by increasing the:

• number of repetitions of an exercise
• number of sets of the exercise
• intensity - reduced recover time

How do we develop strength?

• Maximum strength can be developed with :
  • weight training
• Elastic strength can be developed with :
  • conditioning exercises
  • complex training sessions
  • medicine ball exercises
  • plyometric exercises
  • weight training
• Strength endurance can be developed with :
  • circuit training
  • dumbbell exercises
  • weight training
  • hill and harness running

The effects of strength training

Changes that occur within the muscle because of strength training are classified as:

• Myogenic - changes within the muscle structure
• Neuogenic - changes to the connection between muscle and nerve

Myogenic Changes

Strength training results in muscle hypertrophy, an increase in the cross-sectional size of existing fibres. This is achieved by increasing:

• number of myofibrils
• sarcoplasmic volume
• protein
• supporting connective tissue (ligaments and tendons)

Strength training programs increase the intramuscular stores such as adenosine triphosphate (ATP), creatine phosphate (CP) and glycogen. In women, the potential for hypertrophy is not as great as men due mainly to the lower levels of testosterone in women.

Capillarisation and increase in mitochondria

Strength training programs cause biomechanical changes that occur within muscle and serve to increase the oxidative capacity of the muscle. The affects of strength training are:

• an increase in ATP, CP and glycogen concentration
• a decrease in oxidative enzyme activity
• a decrease in mitocarbohydratendrial density

These changes vary slightly according to the training intensity.

Neurogenic Changes

By repeatedly stimulating muscle, you increase the rate of response of the central nervous system. The recruitment patterns become more refined and as a result and gross movement patterns become more efficient and effective.

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Associated Pages

The following Sports Coach pages should be read in conjunction with this page:

• Circuit Training
• Strength Training Articles
• Weight Training

Associated Books

The following books provide more information related to this topic:

• Explosive Power and Strength, D.A. Chu, ISBN 0 87322 643 7
• Strength Training Anatomy, F. Delavier, ISBN 0 7360 4185 0
• Strength Training for Athletes, A. Winch, ISBN 1 86126 650 2
• Serious Strength Training, T.O. Bompa et al., ISBN 0 88011 834 2
• Strength and Conditioning for Games Players, C. Brewer, ISBN 1 902523 85 7
• Strength Training for Coaches, B. Pauletto, ISBN 0 88011 371 5
• Advanced Studies in Physical Education and Sport, P Beashel et al., ISBN 0 17 4482345
• Physical Education and the Study of Sport, B. Davis et al., ISBN 0 7234 31752
• Essentials of Exercise Physiology, W.D. McArdle et al., ISBN 0 683 30507 7
• Physical Education and Sport Studies, D. Roscoe et al., ISBN 1 901424 20 0
• The World of Sport Examined, P. Beashel et al., ISBN 0 17 438719 9
• Advanced PE for Edexcel, F. Galligan et al., ISBN 0 435 50643 9
• Examining Physical Education, K. Bizley, ISBN 0 435 50660 9
• Sport and PE, K Wesson et al., ISBN 0 340 683821
• PE for you, J. Honeybourne, ISBN 0 7487 3277 2

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