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Pinealon
2 for 1 active nowCAS #: 175175-23-2
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All products are intended solely for laboratory research and are not for human or animal consumption. By purchasing, the buyer agrees to use these products in compliance with all applicable laws.
Pinealon Peptide Overview
The Pinealon peptide is a synthetic tripeptide composed of glutamic acid, aspartic acid, and arginine, represented by the sequence Glu-Asp-Arg (EDR). It has been investigated primarily in cellular and neurological experimental models involving oxidative stress, gene regulation, neuronal signaling, and cellular viability.
Its short three-amino-acid structure has made Pinealon a subject of research into peptide-mediated cellular regulation and molecular responses to oxidative and environmental stress.
Related research materials in the Medicina Labs catalog include the short peptide bioregulator Epitalon and the CNS research peptide Semax.
History
Pinealon emerged from research into short peptide bioregulators conducted by Vladimir Khavinson and collaborators. This research program examined whether very short amino-acid sequences could influence cellular regulatory pathways and gene-expression dynamics.
Pinealon was subsequently characterized as the EDR tripeptide and studied in neuronal and cellular experimental systems, particularly those examining oxidative stress and cellular survival.
Pinealon Structure
CAS #: 175175-23-2
Molecular Formula: C15H26N6O8
Molecular Weight: 418.40 g/mol
PubChem ID: 10273502
Research Findings
Pinealon has been examined in neuronal, oxidative-stress, cellular, and molecular experimental models. Research has reported effects on reactive oxygen species accumulation, cellular viability, ERK-associated signaling, and cell-cycle dynamics.
Key Areas of Research:
- Neurological: Neuronal signaling and cellular response
- Oxidative: Reactive oxygen species and stress pathways
- Molecular: ERK signaling and gene-associated regulation
- Cellular: Viability, proliferation, and cell-cycle dynamics
Experimental work has reported reduced accumulation of reactive oxygen species and changes in cellular survival and signaling under selected laboratory conditions. These observations have supported continued study of Pinealon as a model for short-peptide regulation of cellular stress pathways.
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