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Sharper, Calmer Mind
The tiny Khavinson tripeptide bioregulator studied for reaching into the cell nucleus itself — a research tool for neuroprotection and gene expression.
Supply Up To 4 Weeks
3ml BAC included
Not available to order yet — photo & stock landing shortly.
RESEARCH USE ONLY · not for human or veterinary use
Short-peptide bioregulator for neuroprotection research
Certificate of Analysis
Every vial is independently tested for purity — with its CoA on file.
Pinealon · AssayedPurity
98.9%
Batch
PNL-2601C
Mol. Weight
418.4 g/mol
Request the Pinealon CoA — email or WhatsApp 076 680 0306.
// Documented Research Areas
In-vitro & preclinical literature · research use only
Proposed nuclear penetration and direct DNA interaction modulating neuronal gene expression
Reduces neuronal apoptosis under hypoxic and oxidative-stress conditions
Preserves learning and memory parameters in stressed and aged animal models
Normalises antioxidant enzyme activity in neural tissue research
Pinealon is the short-peptide bioregulator neuroscience researchers keep on the bench. A synthetic tripeptide (Glu-Asp-Arg) from the Khavinson peptide family developed at the St. Petersburg Institute of Bioregulation and Gerontology, it's studied for a striking proposed mechanism: penetrating the cell nucleus and interacting directly with DNA to modulate gene expression in neuronal tissue. Preclinical work has focused on its neuroprotective activity under hypoxia and oxidative stress, where models report reduced neuronal apoptosis, preserved learning and memory, and normalised antioxidant defence. Every 10 mg vial is research-grade material, third-party verified to 98.9% purity, and lyophilised for a clean, consistent reconstitution. Supplied strictly for research purposes only.
Also known as
A week-by-week guide to what people tend to notice over a typical cycle.
Baseline & Uptake
Researchers open a short reconstituted cycle and set neural-tissue baselines. This early window frames the proposed nuclear penetration and DNA-interaction mechanism the peptide is known for.
Proposed nuclear penetration and direct DNA interaction modulating neuronal gene expression
Neuroprotective Signals
Under modelled hypoxia and oxidative stress, preclinical studies most often report reduced neuronal apoptosis and normalised antioxidant enzyme activity in neural tissue.
Reduces neuronal apoptosis under hypoxic and oxidative-stress conditions
Cognitive Markers
Attention turns to learning and memory parameters, where stressed and aged animal models report preserved cognitive function and restored behavioural measures.
Preserves learning and memory parameters in stressed and aged animal models
Circadian & Epigenetic
Longer research explores circadian and behavioural regulation alongside the epigenetic, gene-expression mechanisms that make Pinealon a distinctive neuroprotection tool.
Normalises antioxidant enzyme activity in neural tissue research
For research purposes only. Timelines reflect published research models — not medical advice or expected personal outcomes.
Subcutaneous injection, 2.5–5 mg daily for 10-day cycles in research protocols
New to peptides?Reconstitution calculatorGlossaryHow-to guides
For research purposes only. Not for human consumption.