
Beta-alanine is one of the most effective amino acids for athletes aiming to increase endurance, strength, and explosive power. Its action is based on its ability to raise muscle carnosine levels, which reduces lactic acid accumulation and lessens muscle burning. This allows for longer, more intense workouts, more repetitions, and prevention of early fatigue. If you\’re looking for the best beta-alanine for sports, pay attention to certified MST® products. In our catalog, you can buy beta-alanine in Ukraine in convenient formats: capsules, powder, or beta-alanine with caffeine for maximum concentration.
On the mstnutrition.ua website, you\’ll find beta-alanine at the best price in Ukraine — directly from Europe, without intermediaries. You can order products with delivery to Kyiv, Lviv, Kharkiv, Odesa, Dnipro, Zaporizhzhia, Ivano-Frankivsk, Cherkasy, Ternopil, Uzhhorod, and other cities. Our assortment includes:
– beta-alanine MST in capsules for convenient dosing
– unflavored beta-alanine powder — an ideal option for pre-workout
– beta-alanine + caffeine — a powerful formula for maximum focus and energy
Looking where to buy beta-alanine in Ukraine inexpensively? You\’re on the right track — MST Nutrition guarantees the best price offer and an original product.
Hobson et al., 2012 conducted a large-scale analysis of 15 studies, in which beta-alanine showed a statistically significant increase in endurance. Particularly noticeable results were found in exercises lasting 1 to 4 minutes with high intensity. Athletes who took beta-alanine increased their repetitions, distance covered, and time to exhaustion. It was confirmed that beta-alanine increases muscle carnosine levels by 40–80%. This allows muscles to withstand loads longer without losing effectiveness. The authors concluded that regular consumption of beta-alanine is a proven strategy for improving athletic performance.
🔗 DOI: 10.1186/1550-2783-9-39
Sale et al., 2010 confirmed that taking 4–6 g of beta-alanine daily increases carnosine levels and muscle buffering capacity. This is especially important in exercises where lactic acid accumulation quickly causes fatigue — for example, in sprints, CrossFit, and interval training. Participants in the study demonstrated better indicators of strength, speed, and number of repetitions. Researchers also found that beta-alanine improves tolerance to high-intensity training. The greatest effect was observed after 4–6 weeks of daily use. This proves that beta-alanine works cumulatively, and its effect increases over time.
🔗 DOI: 10.1016/j.nutres.2010.04.008
Derave et al., 2007 found that beta-alanine increases endurance in athletes training in an intermittent sprint mode. For 4 weeks, volunteers took 4 g of beta-alanine per day. As a result, their ability to perform series of sprints with short rests significantly increased. A decrease in the delay of muscle fatigue development was also observed. The study emphasizes that the effect was more pronounced in well-trained athletes. This confirms that beta-alanine works even in physically prepared individuals, not just beginners.
🔗 DOI: 10.1111/j.1600-0838.2007.00668.x
Stout et al., 2006 demonstrated that beta-alanine intake improves muscle strength and overall work volume in strength training conditions. Study participants who took the supplement for 4 weeks showed significantly better dynamics of strength and endurance gains compared to the placebo group. This confirmed the hypothesis that beta-alanine can be effective not only in cardio loads but also in strength disciplines. It performed particularly well in combination with creatine. Volunteers increased their repetitions in sets, reduced fatigue, and improved overall load performance. This was one of the first studies that laid the foundation for the use of beta-alanine in bodybuilding.
🔗 DOI: 10.1139/h06-109
Hill et al., 2007 proved that systematic beta-alanine intake doubles muscle carnosine — especially in type II muscle fibers, which are responsible for fast and powerful movements. This means that beta-alanine directly affects explosive power needed in running, jumping, and martial arts. The study lasted 10 weeks, during which participants had a stable increase in physical performance. In addition, beta-alanine contributed to improved recovery between sets. The increase in carnosine levels was confirmed by muscle tissue biopsies. Thus, the effect was objectively recorded at the physiological level.
🔗 DOI: 10.1007/s00421-007-0527-0
Athletes working on endurance, strength, and explosive power
Runners, CrossFitters, bodybuilders, cyclists
Anyone who wants to delay muscle fatigue and improve overall performance
People on a diet — helps maintain workout intensity
After intake, it enters muscle cells, where it forms carnosine
Carnosine buffers excess hydrogen ions (H+)
This reduces muscle acidification, decreases fatigue, and allows for more work
As a result of regular intake, the duration of peak load increases
Increases time to fatigue by 15–30%
Improves results in strength and cardio workouts
Increases muscle carnosine levels by up to 80% with systematic use
Has a mild tingling effect (paresthesia) — an indication of active action
Combines well with creatine, caffeine, BCAA/EAA