ET10 Large quantity discounts, factory direct sales, purity 99.9%

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Introduction
ET10 is a tetrapeptide (Ala-Glu-Asp-Gly), mimicking the natural active substances in the human pineal gland. It is only a laboratory research raw material and there are no compliant oral or topical finished products. All the effects are derived from the research conclusions of cell and animal experiments.
1. Core Anti-Aging: Telomere and Cell Lifespan Regulation
Activate telomerase and maintain telomere length
In vitro cell experiments can enhance telomerase activity and slow down the rate of telomere shortening during cell division; telomeres are the core markers of cell lifespan, delaying shortening can reduce cell aging, replication stagnation, and the accumulation of aged cells.
Strengthen DNA Damage Repair
Enhance the activity of cell DNA repair pathways, remove gene breakage damage caused by ultraviolet rays, oxidation, and toxins, reduce cell mutations, aging apoptosis, and reduce the accumulation of aging-related cell damage.
Stabilize Cell Replication Capacity
Extend the healthy proliferation cycle of normal body cells, reduce the generation of premature cells, and be used for basic pharmacological research on aging mechanisms and longevity.
2. Pineal Gland Regulation, Sleep and Endocrine Homeostasis
Promote endogenous synthesis of melatonin
Act on pineal gland cells, upregulate the expression of genes related to melatonin secretion, optimize the circadian rhythm; shorten the latency period of falling asleep, extend the duration of deep slow-wave sleep, improve indicators of light sleep, frequent dreams, and disrupted sleep patterns due to staying up late.
Balance Aging-related Hormone Fluctuations
Smooth the decline of endocrine signals with age, reduce the hormone imbalance caused by aging; lower the basal level of stress cortisol, alleviate chronic hyperactivity and mental fatigue.
Delay Pineal Gland Degenerative Aging
In vitro experiments on pineal gland tissue show that it can reduce the damage of oxidative inflammation to glandular cells and maintain the basic secretion function of the gland.
3. Neuroprotection, Cognitive Maintenance (In vitro Brain Tissue Model)
Neuronal Antioxidation and Anti-apoptosis
Remove active oxygen free radicals in the brain, stabilize the function of neuronal mitochondria, reduce the death of nerve cells induced by hypoxia, oxidation, and aging.
Improve Aging-related Cognitive Pathways
Regulate the secretion of neurotransmitters in the brain memory area, alleviate indicators related to attention decline, slow reaction, and memory deterioration in aging models; used for Alzheimer's and aging mechanism research.
Relieve Low-level Neural Inflammation
Reduce the release of chronic inflammatory factors in brain tissue, alleviate the persistent mild neural inflammation caused by aging.
4. Whole-Body Immune Regulation Effects
Restore the Activity of Aging Immune Cells
Enhance the proliferation and phagocytic ability of lymphocytes and macrophages, reverse the immune function decline accompanying aging, and enhance the basic defense potential of the body to external stimuli and pathogens.
Balance Chronic Low-level Inflammation
Inhibit aging-related chronic inflammatory factors (aging inflammation), reduce the continuous damage to blood vessels, organs, and skin cells caused by inflammation.
5. Skin Cell Repair and Anti-Photodamage (In vitro Epidermal Cell Experiment)
Delay Epidermal Cell Aging
Extend the healthy survival cycle of keratinocytes, reduce the accumulation of aged shriveled cells, and maintain normal metabolism and renewal of the epidermis.
Increase Skin Antioxidant Reserve
Increase the content of antioxidant substances in cells, resist the destruction of collagen and elastic fibers by ultraviolet rays and free radicals, reduce wrinkles, skin laxity, and cell changes related to aging.
Assist Collagen Stability
Reduce the degradation of collagen caused by oxidation, maintain the integrity of extracellular matrix, only observed at the in vitro cell level, does not represent the effectiveness of external application.
6. Organ Antioxidant Protection (In vitro Liver, Kidney, and Cardiac Muscle Tissue)
Reduce Organ Oxidative Damage
Enhance the antioxidant capacity of liver, heart, and kidney cells, alleviate the damage of cells to organelles caused by toxins, hypoxia, and aging, reduce the proportion of cell apoptosis in organs.
Delay Organ Fibrosis Progression
Inhibit the excessive proliferation of fibroblasts induced by aging and damage, reduce the activation of signaling pathways related to organ tissue fibrosis.

Classification of the substance or mixture

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GHS label elements, including precautionary statements

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Precautionary statement(s)
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Other hazards which do not result in classification

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Handling and Storage

Precautions for safe handling

Handling in a well ventilated place. Wear suitable protective clothing. Avoid contact with skin and eyes. Avoid formation of dust and aerosols. Use non-sparking tools. Prevent fire caused by electrostatic discharge steam.

Conditions for safe storage, including any incompatibilities

Store the container tightly closed in a dry, cool and well-ventilated place. Store apart from foodstuff containers or incompatible materials.