Product description

Processes related to aging and pathologies are partially determined by the activity and competence of the body’s defense systems (such as the nervous and immune systems) and their endogenous regulation. Targeted modulation of these mechanisms may become an important way to realize the biological effects of drugs. Over the last 50 years, peptide bioregulators have become an effective means of anti-aging and immunomodulatory therapy. The synthetic tetrapeptide Elite Cortagen (Ala-Glu-Asp-Pro) was obtained by directed synthesis based on amino acid analysis of the natural cerebral cortex peptide preparation Cortexin. It has been studied for its potential to activate brain repair processes, cerebroprotective activity and nootropic effects. Administration of Cortagena produces effects similar to those of an anti-anxiety drug.

Cortagen has been shown to have a significant therapeutic effect on the structural and functional regeneration of post-traumatic peripheral nerve tissue in humans. It should be noted that additional effects were also observed in cardiovascular and cerebrovascular measures. There is speculation that Cortagen is a physiologically active chemical that may stimulate the operational activity of neurons.

Endogenous peptide compounds in the central nervous system are known to act as signal transducers in transmitting information from interneurons or neuroeffectors, and may also act as neurohormones, neurotransmitters and neuromodulators. These endogenous molecules, called neuropeptides, are released from neural components responsible for communication so that the target structure can recognize them as information. Neuropeptides have been found to be a means of integrated regulation of central nervous system activities such as repair processes, memory, emotional activity, pain and pleasure sensations, and so on.

Elite Cortagen has biological activity, more precisely, it stimulates the functional activity of neurons in both the central and peripheral nervous system. This is achieved by normalizing metabolic processes, stimulating antioxidant defense parameters and improving electrophysiological indicators. The peptide that restores metabolism and supports the development of damaged structures of nervous tissue is the one that stimulates the functional activity of neurons.

It influences the development and maintenance of good brain condition. It has a neuroprotective effect, stimulates the regeneration processes of neurons and promotes their differentiation. It also has a clear therapeutic effect on post-traumatic regeneration of vascular and cerebrovascular nerves. It also prevents excessive activation of lipid peroxidation and reduces antioxidant activity in brain tissues.

Nutrition