Pinealon: EDR Identity, Evidence and Dose References
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Quick Reference Card
Attribute
Identity
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Product distinction
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Evidence level
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Human evidence
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Practical caution
Quick dose reference
No established pure-peptide human dose was found. Oral complex capsules and public vial protocols should stay separate. Any dosing protocol should be reviewed with a qualified healthcare practitioner.
Injection under the skin (subcutaneous)
Online sourced dosing details
- Reported amount
- 1–2 mg
- Frequency
- Once daily
- Duration
- 10–20 days
- Dose adjustment
- Increase from 1 to 2 mg claimed by some pages
- Reported range & limits
- Public subcutaneous rows vary from 200 mcg to 2 mg daily. No effective minimum or safe upper limit is established for pure EDR.
Evidence and range contextReview the full source references below.
Public subcutaneous vial cycle
Included as a public-vial convention, distinct from oral AC-5 capsules.
Public pages disagree from 200 mcg to 2 mg daily.
Oral capsules
Online sourced dosing details
- Reported amount
- 20–40 mg AC-5
- Frequency
- 1–2 capsules twice daily
- Duration
- 1 month
- Dose adjustment
- None specified
- Reported range & limits
- The AC-5 capsule row reports 20–40 mg daily product complex. It does not define pure EDR peptide limits or safe maximum exposure.
Evidence and range contextReview the full source references below.
Cytogen capsule product row
Chosen as the clearest product-specific human-facing amount, while preserving that AC-5 complex is not pure EDR.
Product complex amounts should not be used as pure peptide amounts.
Full Dosing Reference SourcesClinical research, registered studies and online dosing sources, with their context and limitations.
Pinealon capsule-complex, animal and subcutaneous vial rows are not interchangeable.
PeptideProduct Cytogens listing
Recommended daily dose of 2 or 4 capsules contains 20 mg or 40 mg of peptide complex AC-5; adults 1 or 2 capsules twice daily with meals for 1 month.
- Route / product
- Oral Pinealon Cytogens capsules, 0.215 g each
- Interpretation and limits
- The amount is a peptide complex amount, not necessarily pure EDR mass per capsule.
- Sources
- PeptideProduct
iPept Pinealon listing
2 capsules in the morning 5-10 minutes before meals, for 1-3 months, repeat after 1-2 months if needed.
- Route / product
- Oral Pinealon capsules
- Interpretation and limits
- Product page describes AC-5 with arginine, glutamic acid and aspartic acid; not a controlled trial.
- Sources
- iPept Pinealon
2012 rat prenatal hyperhomocysteinemia model
10 mcg/kg body weight daily for 5 days before methionine loading in pregnant rats.
- Route / product
- Intraperitoneal animal experiment
- Interpretation and limits
- Animal exposure only; not a human schedule.
- Sources
- Arutjunyan 2012
PeptideDosages public vial protocol
1.0 mg days 1-5; 1.5 mg days 6-14; 2.0 mg days 15-20, once daily.
- Route / product
- Online subcutaneous 20 mg vial protocol
- Interpretation and limits
- Named website proposal; not a human clinical dose-ranging study.
- Sources
- PeptideDosages
Peptides.id public protocol
200-500 mcg daily, once daily, escalating over 12 weeks.
- Route / product
- Online subcutaneous 20 mg vial protocol
- Interpretation and limits
- Community-style schedule; no clinical validation found.
- Sources
- Peptides.id
PeptaBase public profile
2 mg daily, once daily; notes 10-20 day courses and 2-3 month rest periods.
- Route / product
- Online research-protocol profile
- Interpretation and limits
- Descriptive market convention; not regulatory guidance.
- Sources
- PeptaBase
Expanded search found 27 relevant records; no established pure EDR human dose was identified. Human-context abstracts were kept as context and public capsule/vial pages remain reported practice; registry search routes were not counted as sources.
Applicable product labels and human studies carry the most weight. A registry entry does not establish study results. Animal studies, public guides and forums add context; they do not establish a safe human dose limit.
Human clinical research
- [The peptide correction of neurotic disorders among professional truck-drivers].
Advances in gerontology = Uspekhi gerontologii · 2012 · Abstract reviewed · Background context
Russian clinical-context record on neurotic disorders in drivers; abstract-level only and not used for quick dosing.
- [Neuroprotective effects of peptides bioregulators in people of various age].
Advances in gerontology = Uspekhi gerontologii · 2013 · Abstract reviewed · Background context
Russian clinical-context record on neuroprotective peptide bioregulators in people of various age; not a dose anchor.
- [EFFECT OF SYNTHETIC PEPTIDES ON AGING OF PATIENTS WITH CHRONIC POLYMORBIDITY AND ORGANIC BRAIN SYNDROME OF THE CENTRAL NERVOUS SYSTEM IN REMISSION].
Advances in gerontology = Uspekhi gerontologii · 2015 · Abstract reviewed · Background context
Human chronic-polymorbidity/CNS-remission record includes synthetic peptides; not a clear pure Pinealon dose row.
Published evidence reviews
- [Comparative analysis of different methods of geroprotective].
Advances in gerontology = Uspekhi gerontologii · 2016 · Abstract reviewed · Background context
Comparative geroprotector-methods record; context, not dosing.
- [Prospects for use of short peptides in pharmacotherapeutic correction of Alzheimer's disease.].
Advances in gerontology = Uspekhi gerontologii · 2024 · Abstract reviewed · Background context
Review/prospects record for short peptides in Alzheimer pharmacotherapy; no established dose.
Animal and laboratory research
- EDR Peptide: Possible Mechanism of Gene Expression and Protein Synthesis Regulation Involved in the Pathogenesis of Alzheimer's Disease.
Molecules (Basel, Switzerland) · 2020-Dec-31 · Abstract reviewed · Background context
EDR mechanism paper discusses gene/protein regulation in Alzheimer pathogenesis models; no dose protocol.
- Pinealon increases cell viability by suppression of free radical levels and activating proliferative processes.
Rejuvenation research · 2011-Oct · Abstract reviewed · Background context
Pinealon cell study reports viability/free-radical effects; not human dosing.
- Pinealon protects the rat offspring from prenatal hyperhomocysteinemia.
International journal of clinical and experimental medicine · 2012 · Abstract reviewed · Background context
Rat-offspring study supports preclinical neuroprotection context only.
- Penetration of short fluorescence-labeled peptides into the nucleus in HeLa cells and in vitro specific interaction of the peptides with deoxyribooligonucleotides and DNA.
Biochemistry. Biokhimiia · 2011-Nov · Abstract reviewed · Background context
Fluorescent short-peptide nuclear-penetration paper informs mechanism, not dosing.
- [Investigation of antihypoxic properties of short peptides].
Advances in gerontology = Uspekhi gerontologii · 2008 · Abstract reviewed · Background context
Short-peptide antihypoxic study includes Pinealon context but no human protocol.
- [Biological activity of regulatory peptides in model experiments in vitro].
Advances in gerontology = Uspekhi gerontologii · 2008 · Abstract reviewed · Background context
In vitro regulatory-peptide bioactivity paper; context only.
- [Effects of introduction of short peptides before carotid artery occlusion on behaviour and caspase-3 activity in the brain of old rats].
Advances in gerontology = Uspekhi gerontologii · 2011 · Abstract reviewed · Background context
Old-rat carotid occlusion study explores behavior/caspase effects after peptide introduction.
- Effect of short peptides on expression of signaling molecules in organotypic pineal cell culture.
Bulletin of experimental biology and medicine · 2011-Nov · Abstract reviewed · Background context
Organotypic pineal-cell culture paper supports mechanism only.
- Effect of bioregulatory tripeptides on the culture of skin cells from young and old rats.
Bulletin of experimental biology and medicine · 2012-Jan · Abstract reviewed · Background context
Skin-cell culture study with bioregulatory tripeptides; not human dosing.
- Tetrapeptide H-Ala-Glu-Asp-Arg-OH stimulates expression of cytoskeletal and nuclear matrix proteins.
PubMed-indexed literature · Abstract reviewed · Background context
Ala-Glu-Asp-Arg paper reports protein-expression effects; mechanism context.
- Interaction of short peptides with FITC-labeled wheat histones and their complexes with deoxyribooligonucleotides.
PubMed-indexed literature · Abstract reviewed · Background context
Short-peptide histone-binding paper includes EDR/AEDR context; not dose.
- Short peptides stimulate serotonin expression in cells of brain cortex.
Bulletin of experimental biology and medicine · 2014-May · Abstract reviewed · Background context
Short-peptide serotonin-expression study in brain cortex cells; mechanism context.
- [Regulation of content of cytokines in blood serum and of caspase-3 activity in brains of old rats in model of sharp hypoxic hypoxia with Cortexin and Pinealon].
Advances in gerontology = Uspekhi gerontologii · 2014 · Abstract reviewed · Background context
Old-rat hypoxia model evaluates cytokines/caspase activity with Pinealon/Cortexin; animal-only.
- Short Peptides and Telomere Length Regulator Hormone Irisin.
Bulletin of experimental biology and medicine · 2016-Jan · Abstract reviewed · Background context
Short-peptide/telomere/irisin paper supports longevity-mechanism context only.
- [Pinealon and Cortexin influence on behavior and neurochemical processes in 18-month aged rats within hypoxia and hypothermia].
Advances in gerontology = Uspekhi gerontologii · 2015 · Abstract reviewed · Background context
Aged-rat hypoxia/hypothermia paper; animal-only.
- [Effect of peptide geroprotectors on the navigation system learning and caspase-3 in brain structures in rats of different age].
Advances in gerontology = Uspekhi gerontologii · 2013 · Abstract reviewed · Background context
Rat navigation/caspase study supports preclinical cognition context.
- Role of Mono- and Divalent Ions in Peptide Glu-Asp-Arg-DNA Interaction.
The journal of physical chemistry. B · 2019-Mar-07 · Abstract reviewed · Background context
EDR-DNA interaction paper informs mechanism only.
- Short Peptides Protect Fibroblast-Derived Induced Neurons from Age-Related Changes.
International journal of molecular sciences · 2024-Oct-22 · Abstract reviewed · Background context
Human fibroblast-derived induced-neuron study supports cell-aging context, not dosing.
Public dosing guides and calculators
- PeptideProduct Pinealon Cytogens capsule listing
PeptideProduct · 2026
Public AC-5 capsule listing reports oral capsule practice; not pure EDR dosing.
- iPept Pinealon capsule listing
iPept · 2026
Commercial capsule source supports the 20–40 mg product-complex quick row.
- PeptideDosages Pinealon 20 mg vial protocol
PeptideDosages · 2026
Public vial protocol reports subcutaneous practice, not clinical validation.
- PeptaBase Pinealon protocol profile
PeptaBase · 2026 · Background context
Public protocol profile used for range comparison only.
Why the protocols disagree
The oral capsule listings describe finished supplement products and peptide complexes. The vial pages describe lyophilized research material and syringe arithmetic. The animal paper describes a specialized prenatal rat model. Those categories cannot be merged into one "typical Pinealon dose." [3][4][7][11][12]
The older human claims summarized in reviews also do not solve the dosing question. They are not modern, independently replicated, blinded dose-ranging trials, and the public summaries often do not expose all design details needed for clinical interpretation. [1][9][10]
What is Pinealon?
Pinealon is EDR, a three-amino-acid peptide from the Khavinson short-peptide bioregulator literature. The name can be misleading: it is discussed in neuroprotection and aging contexts, while several commercial explanations blur brain cortex, pineal, Cortexin and Cytogen product lineages. The chemically relevant identity is Glu-Asp-Arg. [1][2]
The capsule market adds another identity layer. PeptideProduct lists Pinealon capsules with AC-5 peptide complex and states that two or four capsules provide 20 mg or 40 mg of peptide complex. iPept describes AC-5 plus amino acids. That does not prove that every capsule, spray or vial provides a verified amount of pure EDR with equivalent absorption. [3][4]
Pathway visualization

The 2024 laboratory study found changes in dendritic morphology, without improved mitochondrial or lysosomal activity. Its EDR DNA-damage result, p=0.0566, remains exploratory. These are cultured-cell findings, not evidence of cognitive or sleep benefits in people. [13]
Mechanism of action
The 2011 Rejuvenation Research paper reported that Pinealon restricted reactive oxygen species accumulation in cerebellar granule cells, neutrophils and PC12 cells under oxidative stress, decreased necrotic cell death and altered ERK1/2 activation timing. The authors inferred possible genome interaction, but inference should not be stated as proven human mechanism. [6]
A fluorescence-labeled peptide study found cytoplasmic, nuclear and nucleolar fluorescence in HeLa cells after incubation with labeled Pinealon and related short peptides. It also reported sequence-dependent effects on labeled oligonucleotides and DNA complexes. These results support a biophysical hypothesis for nuclear interaction, but they are in vitro findings. [8]
The 2020 Molecules review discusses EDR in Alzheimer's-related pathways, including oxidative stress, apoptosis markers and gene-expression models. A review is useful for mapping mechanisms, but it is not a clinical trial showing cognitive or sleep benefits. [1]
What the evidence shows
Cell and animal studies
The strongest direct evidence is preclinical. The 2011 cell paper supports ROS and cell-survival hypotheses under laboratory stress conditions. The 2012 rat offspring study reported better Morris water-maze performance and lower oxidative-stress and necrotic-cell signals in offspring from methionine-loaded dams treated with Pinealon. These are not human cognition or sleep trials. [6][7]
A 2024 study exposed fibroblast-derived neurons from older donors to EDR and related peptides at 10 mcg/mL for 10 days. Dendritic branching increased, but mitochondrial/lysosomal activity and p16/lamin B1 markers did not improve. The reported EDR oxidative-DNA-damage result had p=0.0566, above the usual 0.05 threshold, despite stronger language elsewhere in the paper. This remains exploratory cell-culture evidence. [13]
Human claims
The 2020 review states that oral Pinealon was used in older-age cerebral dysfunction contexts and describes a 72-patient post-TBI/cerebrasthenia observation with reported improvements in memory, headaches, emotional balance and performance. These observations provide low-certainty human context because the modern public record does not provide an independently replicated RCT with transparent blinding, randomization and replication. [1][9]
No current ClinicalTrials.gov record for Pinealon was found during the September 2026 refresh. Public 2026 reviews similarly report no completed modern randomized human trials and no visible ClinicalTrials.gov program for Pinealon. [10][14]
Safety, interactions and product handling
No formal human pharmacokinetic study was found for Pinealon by any route. That leaves basic questions open: intact oral absorption, nasal or sublingual bioavailability, injectable exposure, degradation products, tissue distribution and repeat-course safety. [9][10]
Safety claims based on "short peptides are natural" are not enough. Product-specific risks include incorrect identity, concentration error, contamination, solvent issues, sterility problems, excipients, storage degradation and route mismatch. Mechanistic papers do not validate a consumer vial or capsule. [3][4][10]
Benefits for sleep, circadian rhythm, REM sleep, mood and cognitive performance remain unproven. No polysomnography, actigraphy, validated insomnia scale or independent cognition trial was found that establishes Pinealon for those outcomes. [9][10]
Connecting research with a useful record
A Pinealon log is clearest when it separates oral capsules, vial material, sublingual drops and nasal products. The Doserly App can record the route, source, amount on the label, schedule and observations together, which makes it easier to avoid mixing a Cytogen capsule course with a research-vial protocol.
Doserly Academy can help interpret why cell, rat and induced-neuron findings support mechanism discussion but do not establish a personal sleep, cognition or longevity protocol.
Frequently asked questions
Is Pinealon the same as Epitalon?
No. Pinealon is EDR, while Epitalon is AEDG. They come from the same general research tradition, but their identities and evidence should not be merged. [1][13]
Is Pinealon proven to improve sleep?
No. Sleep-related claims appear in secondary summaries and public discussion, but no direct controlled sleep trial using objective sleep measures was found. [9][10]
Is there an established injectable dose?
No. Online vial protocols list amounts from hundreds of micrograms to milligrams, but they are not clinical dose-ranging studies or labels. [11][12]
Do capsule labels prove pure EDR exposure?
No. Some capsule listings report peptide complex amounts such as AC-5, not a verified pure EDR mass or human pharmacokinetic exposure. [3][4]
Are there current registered clinical trials?
No current ClinicalTrials.gov Pinealon record was found during this refresh. Absence from one registry does not prove no study exists anywhere, but it does show no visible modern registry-backed program in that database. [14]
References
[1] EDR peptide mechanisms in Alzheimer's disease, Molecules 2020
[2] Pinealon increases cell viability by suppression of free radicals
[3] PeptideProduct: Pinealon Cytogens capsule listing
[4] iPept: Pinealon capsule listing
[5] Peptide Commons: Pinealon profile
[6] Khavinson et al. Pinealon cell study, 2011
[7] Pinealon protects rat offspring from prenatal hyperhomocysteinemia
[8] Short fluorescence-labeled peptides penetrate HeLa-cell nuclei
[9] Peptides Media: Pinealon evidence summary
[10] Superpower: Pinealon research guide
[11] PeptideDosages: Pinealon 20 mg vial protocol
[12] PeptaBase: Pinealon protocol profile
[13] Short peptides protect fibroblast-derived induced neurons from age-related changes
[14] ClinicalTrials.gov search portal