1. What is β- Alanine?
Alanine supplements include rapid release powders, capsules, and sustained-release formulations. ß - alanine was initiated by Professor Roger Harris and his colleagues, who found that long-term supplementation with Beta-alanine capsules increased carnosine content, thereby improving the ability to repeat high-intensity exercise.
Carnosine is a dipeptide containing L-histidine that exists in various human tissues and has the highest concentration in skeletal muscle. It is formed from L-alanine and L-histidine. Carnosine mainly comes from beef, chicken, pork, and fish, but it quickly decomposes into alanine and L-histidine after ingestion by the human body. Therefore, supplementing carnosine does not increase the content of carnosine.
Carnosine is a substance present in muscles and the brain. It is a biologically active peptide that has functions such as buffering, regulating the body's functions, clearing free radicals, antioxidant, anti-aging, and preventing metabolic disorders. Carnosine plays several key physiological roles, including:
•Buffered hydrogen ions
•Adjust calcium balance
•Avoiding anti glycosylation
•Antioxidant
Carnosine is a very stable muscle metabolite, but it does have significant individual differences, which may be influenced by the following factors:
• Composition of muscle fiber types (carnosine is approximately twice higher in type II muscle fibers)
• Gender (female has lower carnosine content than male)
• Different muscle groups (different muscle groups have different concentrations of myosin; for example, myosin in soleus muscle is lower than that in gastrocnemius muscle)
• Age (myosin in males increases after puberty, tends to increase in females, and then gradually decreases with age)
• Athlete type (compared to endurance athletes, sprinters/explosive athletes are the highest)
• Diet (β-alanine increases muscle creatine levels, a study shows that vegans have lower muscle creatine levels, but a 6-month vegetarian diet for omnivorous women did not reduce muscle creatine levels)
Numerous studies have shown that various alanine supplementation regimens (3.2-5.0g/day, 4 to 24 weeks) can significantly increase muscle creatine content, and this supplementation regimen that lasts for several weeks seems safe.
2. What is the effect of B-alanine supplement?
Beta-alanine capsules increase the concentration of carnosine in muscles. Carnosine can clear reactive oxygen species and serve as an effective buffer to prevent the production of fatigue toxins in working muscles. Reducing the production of fatigue toxins can allow muscles to perform more repetitions, groups, and tasks before fatigue.
Although L-histidine is an essential amino acid for the human body, it often has sufficient supply in the body, while L-alanine is not. Therefore, β - alanine is considered to limit the rate of amino acid synthesis of carnosine. It is worth noting that although L-histidine has no rate limit, its availability is not unlimited and may decrease in the case of chronic alanine supplementation.
In a series of motor ability tests, fixed duration, and intermittent exercise tasks (usually lasting between 10 and 30 minutes), an increase in muscle creatinine has been shown to improve the performance of trained and untrained individuals in high-intensity endurance sports. There are also some specific examples that indicate that beyond the aforementioned time frame, additional β Alanine can also enhance exercise performance. In addition, supplement β-Alanine capsules can also improve sprinting ability after prolonged exercise. A study also suggests that alanine supplementation can increase the training intensity of well-trained cyclists during 5-week sprint interval training.
The efficacy of β - alanine supplements is not dependent on baseline carnosine levels or gender, and there seems to be no unresponsive individuals, although the increase in carnosine content may vary between individuals.
3. When to take it β-Alanine?
Beta-alanine capsules can be mixed with water or a diet for consumption. In order to utilize β- The fatigue toxin buffering effect of alanine is best taken 20-30 minutes before exercise.
Alternatively, athletes may consume 1250 milligrams of alanine in their three main meals and maximum supplementary meals per day (i.e., 5000 milligrams of alanine per day are evenly distributed across four meals). Maximize the increase of carnosine content in the body and improve athlete compliance by simultaneously consuming alanine in the diet.
Consider supplementing before high-intensity sports and/or when it is necessary to maximize performance before competitions β Alanine capsules.
4. How long does β-alanine take effect?
β- Alanine begins to function as soon as it enters the bloodstream, usually 20 to 30 minutes after consumption. Continuous use combined with a reasonable diet and exercise plan will achieve the maximum performance advantage within the first 2 weeks of use.
When using a dose exceeding 2 grams, many people immediately experience a stabbing sensation called sensory abnormalities, which is a harmless side effect that can be avoided by using smaller doses.
Combining a reasonable diet and exercise plan, β- Alanine can help you train harder for longer periods of time, reduce fatigue, and stimulate more muscle growth. Beta-alanine capsules can also help improve the performance of high-intensity cardiovascular exercise, such as sprinting and cycling.
Samples or OEM Service, please contact us via email wmbetty@sxhmjk.com or WhatsApp at 8613227842284 .
