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Cardiogen (25mg)

Cardiogen (25mg)

$80.00 USD
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Cardiogen (25mg)

$80.00 USD

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All articles, product descriptions, and information provided on this website are intended solely for informational and educational purposes. The products offered are strictly for in-vitro research and laboratory use only. "In-vitro" refers to studies conducted outside of the body, such as in a controlled laboratory setting (e.g., in glassware or test tubes). These products are not intended for human or animal consumption, and any bodily introduction is strictly prohibited by law. They are not medicines, drugs, or therapeutic treatments and have not been evaluated or approved by the U.S. Food and Drug Administration (FDA) to diagnose, treat, cure, or prevent any disease or medical condition. Misuse of these products is strictly against the law and company policy. Always handle these materials responsibly and in accordance with applicable regulations.

What is Cardiogen (25mg)?

What is Cardiogen (25mg)?

Cardiogen is a synthetic pentapeptide bioregulator composed of the amino acid sequence Ile-Glu-His-Gly-Thr. Unlike larger peptides, it contains no disulfide bridges and is categorized as a short tissue-specific peptide developed for targeted research into cardiovascular health. Initially designed as a myocardial-supporting compound, Cardiogen has been studied for its potential to influence gene expression linked to cardiac function, tissue repair, and mitochondrial energy regulation.

Research has explored Cardiogen’s application in addressing conditions associated with cardiac stress, myocardial degeneration, and age-related decline in heart performance. Studies suggest Cardiogen may enhance the functional integrity of heart tissue by modulating gene activity, supporting protein synthesis, and reducing oxidative stress in cardiomyocytes. Additionally, it has shown potential to improve mitochondrial efficiency—key to ATP production and endurance—making it a compelling focus in cardiac and metabolic research.

Unlike traditional cardiovascular agents, Cardiogen does not act through receptor-mediated pathways but is believed to exert its effects epigenetically, through direct interaction with DNA regions in cardiac cells. This gene-regulatory mechanism sets it apart from other peptides, providing a novel, targeted approach to tissue-specific repair without triggering systemic hormonal responses or immune reactivity.

Due to its minimalist structure and specific activity profile, Cardiogen has drawn interest in the scientific community for its potential role in regenerative cardiology, aging-related heart support, and mitochondrial optimization. These characteristics position Cardiogen as a promising candidate in the expanding field of peptide-based bioregulatory research.

Chemical Structure of Reta Cardiogen (25mg)

Chemical Structure of Cardiogen (25mg)

  • Sequence: Ile-Glu-His-Gly-Thr
  • Molecular Formula: C₁₈H₃₁N₇O₉
  • Molecular Weight: 489.5 g/mol
  • Disulfide Bridge: None
  • Structure Class: Short synthetic peptide bioregulator
  • Mechanism (in studies): DNA-binding peptide withtissue-specific gene expression activity

What Are the Effects of Cardiogen (25mg)

What Are the Effects of Cardiogen (25mg)?

Enhances Cardiovascular Resilience

Cardiogen is a peptide compound being studied in preclinical research models for its potential to support heart tissue structure and performance. Studies suggest it may influence gene expression associated with myocardial resilience, making it a subject of interest in laboratory settings exploring cardiovascular function under stress or aging conditions.

Supports Mitochondrial Efficiency

In laboratory research, Cardiogen has been evaluated for its role in optimizing mitochondrial bioenergetics within cardiac cells. By potentially enhancing ATP production, this compound is under investigation for its ability to improve energy metabolism and endurance-related markers in controlled experimental environments.

Reduces Oxidative Stress in the Heart

Cardiogen has been studied for its potential antioxidant-like effects in research focused on cardiac oxidative stress. Research models indicate it may play a role in minimizing cellular damage from reactive oxygen species (ROS), supporting investigations into long-term cardiac tissue preservation.

Promotes Cardiac Cell Recovery

Experimental studies have examined Cardiogen for its role in supporting cardiac cell recovery following ischemic or stress-related injury. Its use in scientific research centers on understanding peptide-driven pathways involved in tissue restoration and cardiac homeostasis.

In summary, Cardiogen is a research peptide compound that has shown potential in studies examining cardiovascular support, mitochondrial efficiency, oxidative stress modulation, and tissue recovery.

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