Superkinas+ FAQs

Creatine is one of the most studied supplements with well-proven effects. Its main function is to increase the body's stores of readily available energy in the muscles, resulting in more power and better performance during high-intensity exercise .

In the medium and long term, it helps to preserve functional muscle mass and strength , key aspects for health as the years go by, especially in women in menopause and in older people.

In addition, some studies show benefits for bone health and daily mental performance , such as supporting memory and concentration.

Yes. Creatine is one of the most researched supplements worldwide, with hundreds of clinical studies and reviews confirming its benefits for strength, muscle mass, and performance in high-intensity exercise .

Its potential effects on bone health and daily mental performance have also been studied, with promising results in older people and menopausal women.

Unlike other supplements, creatine has a very broad scientific consensus : the dose of 3g per day is considered safe and effective in healthy populations, both in sports and in long-term health.

Creatine is one of the most studied and safest supplements in the field of sports and health. Studies show that it promotes increased power, strength, and functional muscle mass , which translates to higher-quality training and better overall well-being as you age. It also helps you recover faster after exercise and maintain energy levels in your muscles during strength or high-intensity workouts. The effective and safe dose is 3 g of creatine per day (provided in Superkinas+ as 3.4 g of Creavitalis® ), which you can take with water before or after training.

Although creatine is best known in the sports world, scientific evidence shows that it can also be beneficial for people who don't train intensely. It helps maintain muscle function on a daily basis, helps preserve lean muscle mass with age, and has been studied in relation to bone health and daily mental performance . These benefits are especially relevant during stages such as menopause or in older adults, where maintaining strength and energy makes a significant difference in quality of life. The recommended and safe dose is 3 g per day , the same amount provided by each serving of Superkinas+ (3.4 g of Creavitalis®).

In women, creatine offers benefits that extend beyond sports. Several studies indicate that it helps preserve functional muscle mass , which is key to stimulating and maintaining bone health , reducing the risk of osteoporosis . It can also contribute to improved energy and daily mental performance , aspects that are especially relevant during menopause , a stage in which hormonal changes affect metabolism, strength, and bones. Supplementation with 3 g of creatine per day (present in each dose of Superkinas+) is safe and effective for supporting these processes.

Creatine use is supported for adults. Evidence is more limited for adolescents, although some studies in young, high-level athletes have shown benefits in strength, power, and recovery. In any case, its use in minors should only be considered on an individual basis and under specialized medical or sports supervision, and never as a substitute for proper nutrition, hydration, and rest.

Yes. Numerous studies in people over 60 show that creatine can be helpful in maintaining muscle function and strength , two key aspects for preserving independence and quality of life in later life. It also supports bone health , helping to reduce the risk of osteoporosis (loss of bone mineral density). Supplementation with 3 g of creatine per day (as provided in each dose of Superkinas+) is considered safe in healthy older adults, and its effect is even more pronounced when combined with appropriate strength training.

Yes, it can be very helpful. At this stage, the loss of muscle function and bone mineral density accelerates, increasing the risk of sarcopenia and osteoporosis. Creatine, combined with strength training, has been shown to help maintain functional muscle mass, protect bones, and improve energy for daily life . Furthermore, some studies suggest benefits for mental performance , supporting memory and concentration at a time when many women experience brain fog. Supplementation with 3 g per day (provided in each dose of Superkinas+) is safe and effective for supporting menopausal health.

The effective and safe dose of creatine, supported by scientific evidence, is 3 grams per day .
There is no need to take more or do loading phases: muscle saturation is achieved with daily and constant use.

In Superkinas+ , this amount is provided with 3.4 g of Creavitalis® , which is exactly equivalent to 3 g of pure creatine .
That is the dose that has been shown to maintain stable muscle stores and support function and performance without overloading the body.

Food supplements should not be used as a substitute for a varied and balanced diet and a healthy lifestyle.

The time of day does not affect its effectiveness. Creatine does not act immediately , but rather accumulates in the muscle with regular use.

You can take it before or after training , or at a time that best suits your routine.
If you don't train that day, it's still advisable to maintain the intake to preserve muscle saturation .

Some people prefer to take it with meals or with dinner so they don't forget. The important thing isn't the time, but daily consistency .

In short: there is no universal “best time”; the key is to take it every day at the right dose to maintain its effects

.

The effect is the same as long as it is quality creatine monohydrate and provides the effective dose of 3g per day of pure creatine (which corresponds to 3.41g of Creavitalis® creatine monohydrate ).
The difference lies in the presentation format:

Powder: allows for precise dosage measurement, dissolves easily in water or shakes, and, with no added excipients, is the purest and most direct way to take creatine.

Capsules: These also provide creatine, but they usually contain excipients. In the case of Creavitalis®, at least 5 capsules per day would be needed to reach the recommended dose.

Therefore, although both options are effective, the powder format is usually the more practical and cleaner choice.

No, you don't need to drink more water simply because you're taking creatine supplements. The important thing is to maintain good fluid balance , meaning ensuring adequate hydration throughout the day. This means drinking enough water to compensate for losses through sweat, respiration, and urine, especially if you're exercising or in hot weather. You don't need to force yourself to drink extra liters, but it is advisable to hydrate regularly so that the creatine can exert its benefits under optimal conditions.

Yes, it's possible. Regular consumption of coffee or caffeinated beverages does not interfere with the effects of creatine .
They act in different ways: creatine increases the availability of energy in the muscle , while caffeine stimulates the central nervous system and improves the feeling of alertness.

Taking them together —for example, creatine with your breakfast coffee— does not reduce the effectiveness of either one .
In people who are particularly sensitive to caffeine, the combination may slightly intensify the feeling of activation , but it does not pose a risk nor does it affect the effect of creatine.

👉 In short: coffee and creatine are perfectly compatible . The important thing is to maintain a daily creatine intake and adjust the caffeine intake to individual tolerance .

Creatine is safe and effective for healthy adults looking to improve strength, functional muscle mass, or recovery. It may be especially helpful in:

Those who do strength or high-intensity exercise , because it helps to train with more quality and recover better.

Women in menopause , as it helps preserve muscle and bone function at a stage of greater vulnerability.

Older people , because it supports strength and autonomy, reducing the risk of falls and frailty.

Not recommended in:

Sedentary adolescents or those outside a supervised sports context.

Pregnancy and breastfeeding , due to a lack of safety studies.

People with diagnosed kidney disease , unless otherwise indicated by a doctor.

In specific situations (oncology, chronic pathologies, complex medical treatments), it should always be assessed individually by a health professional.

Creatine at the recommended dose of 3g per day is generally well-tolerated. In the few cases where mild digestive discomfort (such as bloating or gas) occurs, it is usually due to higher doses , taking it on an empty stomach , or not dissolving it properly in water. To avoid these issues, simply dissolve it completely in enough liquid and maintain the correct dosage. As for taste, pure creatine powder is tasteless , but it can leave a light texture in water. One option is to take it with a smoothie, natural juice, or your usual post-workout beverage.

The body obtains creatine naturally through diet (mainly from meat and fish) and also produces it in small amounts. However, reaching the 3g daily intake that has been shown to be effective in studies would be very difficult through diet alone: ​​it would require more than half a kilo of meat or fish per day . Therefore, for people who engage in strength training , creatine supplementation allows them to reach the effective dose for improving strength, recovery, and muscle function in a practical and safe way. The key is to maintain consistency with 3g per day , as provided by Superkinas+.

Creatine does not have an immediate effect, as it works by gradually accumulating in the muscle. With a consistent dose of 3 g per day, muscle levels typically reach saturation within 2 to 4 weeks.

From that moment on, improvements can be seen in power, strength, recovery and the feeling of energy during training or physical activity.

In short: what matters is not the time of day, but regularity. Creatine works through accumulation, not through an acute effect.

No, it's not necessary. Creatine works by accumulating in the muscle until it fills a "reservoir" that remains stable as long as it's taken daily. If you stop taking it, that level naturally decreases and you lose its benefits, but without any rebound effect or dependence. That's why long-term studies conclude that it can be used continuously, with a safe dose of 3g per day .

Yes, the benefits of creatine gradually diminish. When you stop taking it, your muscle levels return to normal, and you lose that extra boost in strength, energy, and recovery. However, the strength and muscle mass you've gained through training will remain as long as you continue training. Creatine doesn't cause dependence or a rebound effect: simply put, when you stop taking it, your performance returns to where it started.

Creatine does not cause water retention, but it can lead to a slight increase in weight. This change is highly individual: it depends on each person's muscle mass and doesn't always occur. When it does happen, it's due to water retention within the muscle , a positive effect that improves muscle function, performance, and recovery. This is not bloating or water retention in the ankles or abdomen, but rather a normal process associated with improved muscle function.

Long-term studies in healthy individuals confirm the safety of creatine when used at the recommended dose of 3 g per day . When taken as a supplement, blood creatinine levels may appear higher in blood tests, but this reflects normal creatine metabolism and does not necessarily indicate kidney damage. Creatine is not recommended for people with a diagnosed kidney disease because it could complicate the interpretation of blood tests, and there are insufficient studies in this population.

There is no scientific evidence linking creatine to hair loss. The idea originated from a single study in rugby players that showed an increase in DHT (a hormone associated with alopecia), but this finding has not been confirmed in subsequent research. No clinical trial has demonstrated that creatine causes hair loss. Therefore, in healthy individuals, its use at the recommended dose of 3 g per day is also safe in this respect.

Creatine is safe for healthy individuals when taken at the recommended dose of 3g per day . However, there are situations where caution is advised:

Diseases:

Diagnosed kidney disease → is not recommended, because it may complicate the interpretation of the tests and there is not enough evidence in this group.

Cancer patients → creatine should always be assessed with the medical team, as studies are limited and it may interfere with some treatments.

Pregnancy and breastfeeding → there are not enough studies on safety during these stages, so its use is not recommended.

Medications:
Use caution if you are using drugs that can affect the kidneys, such as:

Non-steroidal anti-inflammatory drugs (example: ibuprofen in prolonged use).

Diuretics , which alter the balance of fluids and electrolytes.

Other treatments that require close monitoring of kidney function.

In all these cases, it is advisable to consult with a health professional before starting supplementation.

In most people, creatine does not cause digestive discomfort at the recommended dose. When discomfort does occur, it is usually due to a dose that is too high, taking it on an empty stomach, or not dissolving it properly in water. At the recommended amount of 3 g per day, as in Superkinas+, studies show that creatine monohydrate is safe and generally well-tolerated.

The most studied and effective form of creatine is creatine monohydrate , considered the gold standard due to its safety and benefits for strength, performance, and health. Other creatine salts (hydrochloride, citrate, pyruvate, etc.) have not demonstrated clear advantages in research. At Superkinas+, we use Creavitalis® , a patented creatine monohydrate that adds extra control, purity, and traceability to every batch, offering an additional guarantee of quality for those seeking maximum confidence.

The gold standard form is creatine monohydrate , as it is the most studied and has demonstrated effectiveness in long-term strength, recovery, and health. So-called "creatine salts" (such as hydrochloride, citrate, or pyruvate) are marketed as more soluble or digestible alternatives, but scientific evidence does not show that they are more effective.

Within the monohydrate category, there are patents that guarantee maximum purity and traceability , such as Creavitalis® and Creapure® . At Superkinas+, we have chosen Creavitalis® , which offers the same guarantee of quality and safety, ensuring that each dose contains exactly what it promises. Furthermore, Creavitalis® provides a unique identification code that certifies its authenticity: in our case, the code is 25OE08 , guaranteeing that the creatine in Superkinas+ is 100% Creavitalis®.

In addition to its role in muscle, creatine is also present in the brain, where it acts as an energy reserve . Studies show that it can improve memory, concentration, and mental clarity , especially in situations of fatigue, lack of sleep, or during life stages such as menopause and old age . In young, healthy individuals, the results are more variable, but in contexts of increased energy demand or vulnerability, the evidence is strong.

Yes, primarily indirectly. Creatine contributes to improved muscle function and strength , which generates a beneficial mechanical stimulus on bone. The evidence regarding bone mineral density (BMD) is mixed: some studies show no significant changes, but a 2-year clinical trial in postmenopausal women found improvements in femur geometry , an indicator of bone strength. As for joints, no direct effect on cartilage or inflammation has been demonstrated, but when combined with strengthening exercises , creatine has been shown to improve physical function and lean mass in postmenopausal women with osteoarthritis. In short: its role is primarily functional , helping to maintain strength, stability, and quality of life, especially when combined with appropriate exercise.

Creatine can be part of a complementary strategy alongside other supplements, but its use should always be evaluated based on the individual context and under the supervision of a healthcare professional. For example: Vitamin D and magnesium: both play a key role in muscle contraction and bone health. Vitamin D promotes calcium absorption and regulates neuromuscular function, while magnesium participates in energy production (ATP). Creatine works by increasing muscle energy reserves. Although the mechanisms are different, all three contribute to maintaining muscle strength and function , which is especially relevant for older adults or women going through menopause.

The available evidence indicates that these combinations are compatible and safe in healthy individuals , but results may vary depending on age, health status, and goals. Therefore, it is recommended that their combined use be tailored to each individual and under the guidance of a healthcare professional.

During an injury or a period of immobilization, the risk of losing muscle mass and function increases.

In these cases, creatine can be a useful support within a supervised strategy, as studies show that it could contribute to preserving power and strength when physical activity is limited.

Its effect is not restorative, but it can help maintain muscle function while mobility is recovered or training load is reduced.

In summary: creatine can be a useful supplement during periods of reduced activity, always as part of a recovery plan guided by a professional.

Creatine acts primarily on skeletal muscle, where it improves energy availability and helps maintain muscle mass and function.

Indirectly, a more active and efficient muscle also uses glucose more easily, which could have a favorable effect on energy metabolism.

Some studies have observed that creatine supplementation, especially when combined with regular physical exercise, can improve glucose uptake and insulin sensitivity.

However, current evidence does not allow us to recommend it specifically for this purpose.

In summary: creatine may have a secondary metabolic effect linked to improved muscle function, but its use should be primarily focused on preserving and enhancing muscle performance.