Strength and Conditioning

Original Editor - Oyemi Sillo

Top Contributors - Naomi O'Reilly, Kim Jackson, Lucinda hampton, Oyemi Sillo, Vandana Tanwar and WikiSysop  

Introduction

Strength and Conditioning (S&C) is the selection and development of dynamic exercises used to improve physical performance. Whilst it originally benefited athletes it is now widely used in both the sporting world and more generally.

• S&C is used to develop every area of the body and improve the way a person moves, with the intention of enhancing sporting or physical performance.
• Research demonstrates that correct and appropriate training can improve physical performance. It also shows that incorrect and inappropriate training can be very detrimental to the way the body moves and performs, whether that’s in daily life, eg walking the dog, or at hobby or sport

S&C

• Combines strength training, aerobic conditioning, speed and agility training, as well as sport-specific training.
• Aims to improve strength and endurance, reduce the incidence and severity of sport injuries, and to improve technique and overall performance.
• Beneficial for people of different ages and abilities eg can help older people maintain and improve their health and quality of life.

Principles of Strength and Conditioning

Individuality - People will have unique responses to the same training stimulus, due to individual characteristics such as biological age, training age, gender, body size and shape, past injuries etc. Thus, training should be adjusted to the individual’s characteristics and needs.

Specificity - Physiological adaptations to training are specific to the muscle groups trained, the intensity of the exercise, the metabolic demands of the exercise, and specific movements and activities.

Overload - Certain adaptations require training with greater stimulus than that which the body is accustomed to.This could be done by increasing the intensity, duration, or frequency of training.

Progression - Overloading should occur at an optimal level and time frame to maximise performance. Overloading too quickly may lead to poor technique or injury, while very slow overloading may result in little or no improvements.

Diminishing Returns - An individual’s level of training determines how much improvements in performance they achieve due to training. A novice will see huge and relatively quick gains in performance when they begin training, however, the gains get smaller and come more slowly as they get more experienced.

Reversibility - The effects of training will be lost if training stimulus is removed for an extended period of time.

Benefits

• Increases muscle strength

• Increases muscle endurance

• Increases muscle fibre size 

• Increases neural recruitment

• Improves connective tissue function

• Improves bone health

• Improves motor skill and confidence to engage further in physical activity 

• Improves mobility and ROM

References

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