Systematic Review Finds Creatine, Caffeine And Protein Top The List For Proven Gym Performance Gains
Supplementation is popular amongst both casual gym-goers and elite athletes, but what exactly does the science say about their efficacy and if you're going to buy gym supplements, are some more effective than others?
What The New Systematic Review Says About Creatine, Caffeine And Protein
The latest systematic review and meta analysis [1] into areas including creatine monohydrate benefits, caffeine performance research, beta-alanine endurance and nitrate supplementation has found that protein supplementation, caffeine and creatine stand out when it comes to supporting technical performance, power, strength and muscle gain in athletes.
During the review process, researchers compared a variety of different supplements, including sodium bicarbonate, nitrate, and vitamin D. More than 900 athletes participated in the different studies, with ages ranging between 18 and 40 years. A number of different sports specialisms were also covered, including running, cycling, and swimming.
If you're a gym-goer who's looking for evidence-based supplements, it'll be helpful to learn that this systematic review has revealed that caffeine, creatine and protein can be beneficial for those engaging in power-based activities, particularly for building muscle mass, increasing strength, and supporting post-exercise recovery. Interestingly, nitrate supplementation was associated with less consistent benefits, particularly in more experienced athletes.
H2Turning Evidence Into Practice For UK Gym-Goers On gymsupplements.com
GymSupplements.com carries a variety of different formats of supplements, including clear proteins and whey, pre-workouts and RTD energy products, and creatine powders from trusted brands, such as Myprotein, Grenade, and Applied Nutrition. So, if you're looking to buy gym supplements that will support your goals, there's lots to explore here.
There are a number of creatine monohydrate benefits that gym-goers can experience, including increased muscle mass, as well as supporting high-intensity training. Evidence [2] indicates that 3-5 grams per day is safe and will support the long-term goals of most individuals. The beta-alanine endurance benefits are also worth noting here, as it can be an effective way to prevent the build-up of acid during high-intensity training.
Caffeine performance research highlights how easy it is to consume excessive levels. Paying close attention to dosages is key, particularly as very high doses aren't associated with improved performance. If you're supplementing caffeine regularly, consuming 3-5 mg/kg between 30 and 90 minutes before your workout is associated with positive benefits.
Whey-based protein supplements typically have high bioavailability and can help to support your post-workout recovery. Casein-based protein supplements are best for sustained protein release, as they're slower to digest. Consuming 0.75-1g of protein per kg of body weight is recommended for most people.
Why A Food-First, Evidence-Based Approach Still Matters
While there's strong evidence to support their benefits, gym supplements should only be used to boost a balanced diet. If you're looking to buy gym supplements, consult with sports nutrition or healthcare professionals where needed, pay close attention to ingredient labels for banned substances or poor quality additives in lesser known brands.
FAQs
Which should I prioritise first for gym performance: creatine, caffeine or protein?
If you're interested in evidence-based supplements or preparing to buy gym supplements, understanding which ones to prioritise is key. Protein provides strong foundations, so finding your ideal intake first can be helpful. From there, you can consider adding creatine to support high-intensity training before thinking about caffeine.
How can I safely combine creatine, caffeine and protein gym supplements in my weekly training plan?
When you buy gym supplements, it's important to take the time to understand dosages to ensure you won't cause any harm over the long term.
