The dosage of N-Acetyl Semax Spray depends on individual needs, but most often it is recommended to use 2-3 doses per day, at intervals of about 8 hours. The spray should be applied to the nose, which allows for quick and direct absorption of the active substance into the bloodstream. For optimal results, N-Acetyl Semax should be used regularly for a period of 4-6 weeks.
1. Selank – synergistic anxiolytic and neuroprotective effects
Selank is a peptide with anxiolytic effects, which, like Semax, was developed in Russia to optimize cognitive functions. Its main advantage is the regulation of the level of neurotransmitters associated with mood and emotions, including serotonin and noradrenaline. In combination with Semax, Selank can act as a strong emotional modulator, while strengthening the ability to concentrate and learn.
Semax + Selank combination:
- Increases resistance to stress and supports healthy emotional balance.
- Improves cognitive abilities through synergistic effects on neurotransmitter systems.
- Reduces anxiety symptoms without negatively affecting mental functions.
2. Cerebrolysin – neuron regeneration and protection against neurodegeneration
Cerebrolysin is a preparation containing a mixture of neuropeptides that are particularly effective in the regeneration of neurons and protection against oxidative stress. Mainly used in the treatment of neurological diseases such as Alzheimer’s disease or stroke, Cerebrolysin can also support brain health as part of daily optimization of cognitive functions.
By combining Cerebrolysin with Semax, we get a combination that not only improves mental performance, but also supports long-term protection of nerve cells.
Benefits of the combination of Semax + Cerebrolysin:
- Regeneration of neurons and improvement of synaptic plasticity.
- Protection against neurodegenerative processes.
- Increased efficiency of learning processes and preservation of cognitive abilities in old
- age.
3. Dihexa – a peptide supporting neurogenesis
Dihexa is one of the more promising nootropic peptides that stimulates the growth of new neurons (neurogenesis) and strengthens existing synaptic connections. It works directly on BDNF (brain-derived neurotropic factor), making it an ideal partner for Semax, which also affects the regulation of BDNF.
The combination of Dihexa with Semax can be particularly beneficial for people who want to maximally support brain regeneration and improve the ability to process information.
Advantages of Semax + Dihexa:
- Strengthening of neurogenesis processes.
- Improvement of brain plasticity and the ability to adapt.
- Synergistic effect on BDNF, which leads to long-term improvement of memory and concentration.
4. BPC-157 – support for regeneration and reduction of oxidative stress
Although BPC-157 is better known for its regenerative properties in muscle tissue and the digestive system, it can also be beneficial for the brain. BPC-157 supports the health of blood vessels, which translates into better blood supply to the brain and thus increased supply of oxygen and nutrients.
In combination with Semax, BPC-157 acts as an additional factor protecting the brain from oxidative stress and supporting the regeneration of neurons after injuries or long-term mental stress.
Advantages of the Semax + BPC-157 combination:
- Protection against oxidative stress and damage caused by free radicals.
- Support for the regeneration of neurons and improvement of overall brain efficiency.
- Increased blood supply to the brain, which promotes better concentration and memory.
5. P21 – stimulation of BDNF and protection against neurotoxicity
P21 is a new nootropic peptide that is gaining popularity due to its strong neuroprotective effect. Like Semax, P21 stimulates the production of BDNF, which improves synaptic plasticity and neuron regeneration. Additionally, P21 can protect the brain from neurotoxic substances, making it a valuable addition to peptide combinations.
Benefits of the Semax + P21 combination:
- Increased BDNF levels and improved brain plasticity.
- Protection against neurotoxicity and toxin-induced damage.
- Improved cognitive function and protection against neurodegeneration.
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