Peptide Profile
Cardiogen
AEDR Cardiac Bioregulator Peptide
01
Overview
Composition
Short synthetic tetrapeptide commonly described as Ala-Glu-Asp-Arg (AEDR) from the Khavinson peptide bioregulator class
Mechanism of Action
Proposed to influence tissue-specific gene expression and protein-synthesis programs in cardiac cells; mechanistic claims remain largely preclinical and based on short-peptide bioregulator research
Primary Effects
Explored for cardiac tissue resilience, age-related cardiovascular support, cell-renewal signaling, and recovery after cardiac stress in preclinical/research contexts
02
Discovery & Background
Associated with Russian peptide bioregulator research led by Khavinson and colleagues, where short peptides were studied for organ- and tissue-specific regulatory effects
Short peptide bioregulators were developed from tissue-extract research and later synthesized as defined amino-acid sequences such as AEDR
Not FDA-approved; availability is generally research/supplement/compounding-market dependent
03
Research Overview
Published evidence is limited compared with mainstream cardiovascular drugs; much of the Cardiogen-specific literature is preclinical, regional, or derived from broader short-peptide bioregulator work
- 01
Cardiogen is generally described as an AEDR tetrapeptide targeting cardiovascular/cardiac tissue regulation
- 02
Short-peptide bioregulator research suggests potential gene-expression and protein-synthesis effects
- 03
Claims about cardiomyocyte protection, fibrosis, apoptosis, or regeneration should be treated as preliminary
- 04
No FDA-approved indication or large contemporary randomized cardiovascular outcomes trials were identified
- 05
Should not replace guideline-directed cardiovascular care
Research-only with limited high-quality human evidence
04
Safety Considerations
Monitoring
- Blood pressure and heart rate
- Cardiac symptoms such as chest pain, dyspnea, palpitations, edema, or exercise intolerance
- Medication interactions and clinician-guided cardiac markers when relevant
- Changes in exercise tolerance or recovery from cardiac stress
Side Effects
Known/possible
- Published adverse-event characterization is sparse
- Headache or nonspecific fatigue
- Unknown long-term cardiovascular effects due to limited data
Contraindications
- Acute or unstable cardiovascular disease without medical care
- Pregnancy or breastfeeding
- Known hypersensitivity
- Use caution with complex cardiac medication regimens
05
Educational Notice
Cardiogen is a research bioregulator peptide, not an approved cardiovascular treatment. Evidence is preliminary and should not replace guideline-directed medical care, emergency evaluation, or prescribed cardiovascular therapy.
References
Research And Source List
Structured reference cards with source metadata and a direct link so users can inspect the original study/source.Technical identity
Registry record for Ala-Glu-Asp-Arg / AEDR molecular identity.PubMed indexed literature query
Search results for indexed publications and abstracts related to Cardiogen / AEDR.PubMed indexed review | 2016
Broader short-peptide bioregulator literature that includes related Khavinson peptide context.PubMed indexed publication | 2024
Recent short-peptide model-system paper; useful as adjacent bioregulator context, not Cardiogen-specific efficacy.Drugs@FDA
FDA search entry point for labeled products, approval documents, and regulatory status checks.WADA
Current anti-doping source used for prohibited-in-sport review.Bulletin of Experimental Biology and Medicine | 2011
Short-peptide bioregulator paper used as supporting context for nuclear-cell interaction claims.Advances in Gerontology | 2015
Clinical-context paper from the short-peptide bioregulator literature.PubMed indexed literature query
Search results for indexed publications and abstracts related to Cardiogen.ClinicalTrials.gov
Trial-registry search for study status, sponsors, and registered human-research context.Pattern Store
