Peptide set Selank 10 mg + Semax 50 mg
The Selank + Semax set is a solution for individuals looking to maximize their cognitive abilities. The combination of peptides provides strong nootropic effects that enhance cognitive functions. Our special offer is ideal for those in need of support during mental work or preparing for semester exams. By purchasing Selank + Semax together, you save money.
How does the Selank product work?
Selank is referred to as a nootropic peptide. Selank affects the body by influencing the nervous system. Research indicates that it impacts the level of neuropeptide N-acetyl-L-asparagine (NA-L-ASP). NA-L-ASP is an important component in the brain that assists in the process of learning, memory, and concentration. Selank helps increase the level of NA-L-ASP, leading to an improvement in intellectual abilities, as well as a reduction in stress and anxiety. Selank is perfectly suited for periods of intense mental work, studying, where deadlines are approaching.
Applications of Selank
Selank has many medical applications. It can help treat anxiety disorders, depression, ADHD, schizophrenia, and other psychological disorders. Quite often, Selank is used alongside psychotropic drugs to facilitate dose reduction or withdrawal from pharmacological treatment. For individuals engaged in mental work, it’s important to note that Selank effectively enhances memory, not only long-term but also short-term, which can significantly reduce study time.
Learn more about Selank in the product description.
What is Semax?
Semax is a synthetic nootropic peptide that supports brain function and cognitive performance. It was developed in Russia and is widely used there as a medication. Semax is particularly valued for its mood-enhancing effects, allowing for a shift in one’s attitude towards life and encountered problems. Of course, it also has strong nootropic effects, unleashing the significant potential of the brain.
How does the Semax peptide work?
Semax acts by modulating various neurotransmitters and receptors in the brain. As a result, it affects learning processes, concentration, memory, and overall brain function. The application of the peptide leads to an increase in BDNF, a factor responsible for its antidepressant effects. Importantly, the product is non-addictive and enhances neuroplasticity. Improved short-term and long-term memory significantly reduces the time needed for learning and allows for absorbing more knowledge. Moreover, Semax’s effects also improve focus and concentration, making work more efficient and reducing errors.
Learn more about Semax in the product description.
Who is the Selank + Semax peptides recommended for?
The Selank + Semax set is recommended for individuals engaged in mental work, such as teachers, students, and pupils. The products provide strong nootropic effects and improve the functioning of the nervous system. These peptides will help you work more efficiently, spend less time with your books, and remember more. Selank and Semax products also combat stress, anxiety, and boost self-confidence. Don’t let stress paralyze you before important exams, presentations, or job interviews.
What to remember about the Selank + Semax set?
- The substances have strong nootropic effects.
- They enable better learning and faster memorization.
- They reduce stress, anxiety, and enhance self-confidence.
Selank + Semax PRODUCT INTENDED FOR RESEARCH PURPOSES ONLY!
All properties mentioned above are observed in laboratory tests, not done on humans, and are for informational purposes only. All information contained in the descriptions is not approved by GIS, GIF or EFSA. The substance is not a medicine, food product or dietary supplement and is not suitable for human consumption. The product qualifies as a chemical reagent/reference material authorised for marketing in the EU. It can only be used for scientific research. Other information about the product is contained in the safety data sheet of the chemical, which we make available for inspection. Products are only available to institutions or individuals who are associated with research or laboratory activities.