Pinealon (10mg)

$59.00

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RESEARCH USE ONLY

9 in stock (can be backordered)

1 Vial
$50.00 Per Vial
$50.00
2 Vials
$47.50 Per Vial (SAVE 5% Per Vial)
$95.00
$100.00
3 Vials
$45.00 Per Vial (SAVE 10% Per Vial)
$135.00
$150.00
4 Vials
$42.50 Per Vial (SAVE 15% Per Vial)
$170.00
$200.00
5 Vials
$40.00 Per Vial (SAVE 20% Per Vial)
$200.00
$250.00
6 Vials
$37.50 Per Vial (SAVE 25% Per Vial)
$225.00
$300.00
7 Vials
$35.00 Per Vial (SAVE 30% Per Vial)
$245.00
$350.00
8 Vials
$32.50 Per Vial (SAVE 35% Per Vial)
$260.00
$400.00
9 Vials
$30.00 Per Vial (SAVE 40% Per Vial)
$270.00
$450.00
10 Vials
$27.50 Per Vial (SAVE 45% Per Vial)
$275.00
$500.00
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Description

To confirm authenticity, see the Registered Certificate of Analysis on the THIRD PARTY testing lab website:

https://coas.freedomdiagnosticstesting.com/Disc2608210096.pdf

Click here to view and download the THIRD PARTY CERTIFICATE OF ANALYSIS.

Pinealon is a synthetic tripeptide composed of Glu-Asp-Arg and belongs to the family of short peptides developed through the Khavinson peptide-bioregulator research program. It has been studied in relation to cellular aging, oxidative stress, neuronal function, and gene regulation.

Product Information

Laboratory studies have shown Pinealon can influence oxidative-stress markers and cell viability. One study found that Pinealon reduced reactive oxygen species and necrotic cell death in several cellular models.

How Does It Work?

Pinealon is proposed to influence gene expression and cellular stress pathways, including mechanisms associated with oxidative balance and cell proliferation.

Benefits

Neuroprotective Research

Pinealon has been studied in cellular and animal models involving oxidative stress and neuronal function, making neuroprotection one of its main research areas.

Oxidative-Stress Research

Laboratory research found dose-dependent suppression of reactive oxygen species, suggesting potential relevance to studies of cellular oxidative damage.

Healthy-Aging Research

Pinealon has been included in research into biological aging and age-associated cellular decline, particularly within Russian peptide-biochemistry research programs.

Cellular Viability

Experimental studies have reported improved cellular survival under oxidative stress conditions, supporting further investigation into its cytoprotective properties.

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