About this trial
Creatine has been widely studies within the strength and conditioning background and has been seen to show positive effects on performance assess the effects of creatine on sports requiring a range of different fitness components to be successful such as football. Previous research has suggested benefits of creatine supplementation such as increasing PCr (phosphocreatine) stores to aid ATP (adenosine triphosphate) production, increasing muscle water retention resulting in enhanced protein synthesis, reduced muscle damage and anti-inflammation. Identifying supplements that are scientifically proved to aid performance can help optimise training and develop physical ability of athletes to enhance performance.
Eligibility criteria
This trial does not accept healthy volunteersQualifiers
Male or female between the age of 18-45
Trained individuals currently playing at a semi-professional (regional) level currently training and competing no more than three times a week
Free of long-term injuries for the last six months
Not supplementing creatine within the last 3 months.
Disqualifiers
Individuals will be excluded from participation if they are under the age of 18 or over the age of 45
Not currently playing football at a semi-professional (regional) level.
Train and/or compete more than three times per week
Have any current injury or have experienced a long-term injury within the previous six months that may affect performance or increase the risk of injury during testing.
Trial design
Parallel
Treatments tested in this trial
Creatine Monohydrate
Dietary supplementCreatine Monohydrate
Placebo
Dietary supplementPlacebo
Treatment groups
Trial outcomes
Primary outcomes
The effects of acute creatine supplementation on semi-pro football player speed test results following a seven-day supplementation period.
Participants will supplement creatine for a seven day period. Baseline testing will take place before supplementation using a 30m sprint test, it will be measured by the time it took to sprint the 30m (seconds). Participants will undergo the same test after following 7 days. The effects of creatine supplementation will be noted by the difference between sprint test scores (seconds).
The effects of acute creatine supplementation on semi-pro football player countermovement jump (power) results following a seven-day supplementation period.
Participants will supplement creatine for a seven-day period. Baseline testing for power will take place before supplementation using a countermovement jump. Participants will undergo the same test after following 7 days. The effects of creatine supplementation will be noted by the difference between countermovement jump scores (power).
The effects of acute creatine supplementation on semi-pro football player lower limb strength test results completed through a 5-RM leg press test following a seven-day supplementation period.
Participants will supplement creatine for a seven-day period. Baseline testing will take place before supplementation using a 5-RM leg press, it will be measured by the maximal amount of weight used to complete five reps on the leg press (kg). Participants will undergo the same test after following 7 days. The effects of creatine supplementation will be noted by the difference between the maximal amount of weight used to complete five reps on the leg press (kg)t test scores (seconds).
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