- today
Where conventional medicine addresses consequences, Pinealon intervenes in the way consequences are created. This tripeptide, composed of L-glutamic acid, L-aspartic acid and L-arginine, activates internal mechanisms that influence the rate of ageing, the ability to adapt or the level of resistance of the nervous system.
Regular physical activity and a nutritionally balanced diet are undoubtedly important in the prevention of ageing and are among the cornerstones of modern anti-ageing strategies. However, Pinealon shows us that ageing can also be influenced in other ways—by modifying the way cells recognise and process signals.
The nervous system ages differently than the rest of the body. Degenerative processes progress slowly, but cognitive impairment is all the more pronounced. Neuroplasticity fades, synaptic connections diminish, and circadian rhythms gradually decay. However, Pinealon intervenes in these processes with surprising precision.
Pinealon protects the brain even before birth
One of the most convincing studies on the effects of Pinealon, published in the International Journal of Clinical and Experimental Medicine, focused on brain development in rat pups that were exposed to stress during intrauterine development.
The researchers used a model of prenatal hyperhomocysteinemia. This is a known risk factor that also occurs in the human population and is associated with an increased incidence of brain development disorders. They purposely increased homocysteine levels in gravid females, with some of them receiving Pinealon concurrently.
The results were extremely interesting. Pups of Pinealon-treated females showed lower levels of oxidative stress and less extent of neuronal damage. In addition, histological examinations confirmed a significant reduction in the incidence of necrosis and apoptosis in brain tissue, indicating a potent cytoprotective effect of this peptide.
However, the observed changes did not remain only at the tissue level. In the Morris water maze behavioural test, which assesses spatial learning and memory, Pinealon-protected animals performed significantly better than the control group.
Another study, in turn, demonstrated that Pinealon promotes serotonin synthesis in cortical neurons. The researchers observed this phenomenon in cells isolated from the cerebral cortex of ageing white rats. After the application of Pinealon, there was a marked increase in the concentration of serotonin, which, in addition to regulating mood, also affects sleep or the formation of new synaptic connections.
Intervenes where ageing begins
Pinealon affects the expression of irisin, a hormone produced in skeletal muscle as a result of intense muscular activity. Under its influence, white fat is converted into metabolically active brown fat, thereby significantly increasing thermogenesis and overall energy expenditure. At the same time, however, it also interferes with several neurobiological processes.
Researchers have found that Pinealon enhances the expression of the gene responsible for irisin synthesis. The activation of signalling pathways that occurs with regular physical exercise also occurs in the complete absence of exercise. In other words, Pinealon mimics the effects of physical exertion at the molecular level, behaving as a ‘trainer’ of cellular metabolism that purposefully triggers adaptive processes without the need for physical exertion.
At the same time, irisin has been shown to strengthen the integrity of telomeres, which are protective structures at the ends of chromosomes that shorten with each cell division. Pinealon, through increased production of irisin, promotes telomere stability and thus slows cellular ageing.
Thus, Pinealon does not only perform a protective function in the nervous system. Its ability to stimulate irisin production even without physical stress pushes the boundaries of new therapeutic possibilities. Pinealon may be of particular help to the elderly, people with limited mobility or patients with neurodegenerative diseases in whom physical activity is severely limited but the need for its biological effects persists. At the same time, it appears to be an effective means of slowing down the signs of ageing.
References / Links
- Article: The effects of Pinealon on brain development in rat pups exposed to prenatal stress. PubMed
- Article: Pinealon's cytoprotective effects and reduction in oxidative stress in the brain. PubMed
- Article: Pinealon and its role in serotonin synthesis in cortical neurons. PubMed
- Article: Pinealon and its effects on gene expression and cellular metabolism. PubMed
- Article: Pinealon's impact on telomere stability and its role in slowing cellular aging. PubMed
