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Price range: £35.00 through £60.00
For research use only — Not for human or animal use
Our Pinealon 10mg vial is a synthetic tripeptide composed of the amino acids Glu-Asp-Arg. It belongs to a class of compounds known as peptide bioregulators and is studied for its potential influence on neurological signalling, cellular communication, and age-related changes within the central nervous system.
Originally developed from research into peptide fractions associated with Cortexin, Pinealon has attracted interest for its relationship with gene expression and how cells within nervous tissue respond to environmental and metabolic stressors.
Unlike larger peptides, Pinealon’s short amino acid sequence allows researchers to investigate specific cellular signalling mechanisms linked to cognitive performance, neuronal function, and healthy ageing.
Pinealon is a synthetic peptide designed to mimic naturally occurring biological signalling molecules involved in cellular regulation. Its structure consists of three amino acids — Glu, Asp, and Arg — which form a compact tripeptide commonly used in peptide bioregulator research.
Research involving Pinealon focuses on how short-chain peptides interact with cells involved in neurological activity and communication. Scientists are particularly interested in understanding how peptide signalling may influence cellular behaviour without directly altering the underlying genetic code.
This has led to its inclusion in studies exploring neuronal maintenance, cellular resilience, and communication pathways within the brain and central nervous system.
Pinealon research focuses on how cells communicate, adapt, and maintain normal function over time. Studies have explored its relationship with gene expression, particularly genes involved in neuronal activity, cellular maintenance, and age-related biological processes.
Animal studies have investigated how peptide bioregulators may influence neurological pathways associated with learning, memory, and cognitive performance.
Researchers are also interested in how Pinealon interacts with cellular defence systems that help protect against oxidative stress and free radicals, both of which are commonly linked to age-related cellular damage.
Rather than focusing on a single biological target, Pinealon research often examines how multiple cellular systems work together to maintain neurological health and function.
One of the primary areas of interest surrounding Pinealon is cognitive function. Research has explored how peptide signalling pathways may influence memory formation, information processing, and mental clarity.
Animal studies have reported observations relating to learning behaviour, memory retention, and neuronal communication, leading researchers to further investigate the role of peptide bioregulators within the ageing brain.
There has also been growing interest in how these pathways may relate to age-related cognitive decline and whether cellular communication networks can be supported through peptide-based research models.
Pinealon has also been investigated in studies involving the pineal gland, which plays a role in regulating biological timing systems throughout the body. Researchers continue exploring how peptide signalling may interact with circadian rhythm pathways and factors associated with sleep quality, recovery, and neurological regulation.
This area of research focuses on how the body’s internal clock communicates with the brain and nervous system to maintain normal biological rhythms.
Our Pinealon 10mg vial is supplied as a dry peptide formulation intended for laboratory handling and analytical observation protocols. To maintain stability, the product should be stored under refrigerated conditions and handled using validated laboratory procedures.
Disclaimer: This product is sold strictly for research purposes only. Not for human consumption.
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