Cardiogen vs Glutathione
Side-by-side comparison of Cardiogen and Glutathione: mechanism, half-life, dose range, safety profile, and vendor pricing.
Price snapshot
Cardiogen
Glutathione
Cardiogen
Cardiogen is a short synthetic peptide developed in Russia by Vladimir Khavinson and his collaborators at the St. Petersburg Institute of Bioregulation and Gerontology, positioned as a "myocardial bioregulator" intended…
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Full Cardiogen profileGlutathione
Glutathione is the body's most abundant intracellular antioxidant — a three-amino-acid peptide made of glutamate, cysteine, and glycine (Glu-Cys-Gly), present in millimolar concentrations inside every cell of your body.…
Lowest listed price: $29.00 across 8 listings
Full Glutathione profileSide-by-side comparison
| Attribute | Cardiogen | Glutathione |
|---|---|---|
| Category | Recovery | Recovery |
| Research Stage | Preclinical | Clinical |
| Mechanism of Action | Mechanism of Action Cardiogen's proposed mechanism is the Khavinson short-peptide bioregulator framework applied to cardiac tissue. The three-stage model - absorption and distribution, nuclear import, sequence-selective chromatin modulation - has been detailed… | Glutathione's mechanisms extend far beyond the simple "antioxidant" label that dominates popular marketing. Understanding these mechanisms matters because they determine where supplementation is likely to help and where it is unlikely to make any difference.… |
| Half-Life | Not characterized in humans. As a short linear tetrapeptide (Ala-Glu-Asp-Arg), Cardiogen is expected to undergo rapid enzymatic hydrolysis to its constituent amino acids; no validated modern pharmacokinetic half-life has been published. | Short: on the order of minutes for intravenous glutathione (intact GSH is cleared rapidly from plasma and cellular uptake of intact GSH is limited). Oral bioavailability is low, so tissue glutathione levels depend mainly on endogenous synthesis from cysteine, glycine, and glutamate rather than on the half-life of administered GSH. |
| Typical Dose Range | 20 mg oral once daily x10 days, or 2-5 mg SC daily x10 days; 60-90 day washout | 250 mg - 1000 mg daily (oral, IV, or nebulized) |
| Dosing Frequency | — | — |
| Administration | — | — |
| Side Effects | Side Effects and Safety Cardiogen has been used in Russian clinical settings and post-Soviet supplement channels for roughly 20 years without a substantial adverse-event literature. That absence is reassuring in direction but must be contextualised against the… | Glutathione has an excellent overall safety profile at typical supplement and medical doses. Serious adverse events are rare, and most side effects are mild and self-limited. That said, "safe" is not "sideeffect-free," and specific formulations and routes… |
| Molecular Weight | 489.5 g/mol (C18H31N7O9, tetrapeptide Ala-Glu-Asp-Arg) | 307.32 g/mol (C10H17N3O6S) |
| Common Vial Sizes | — | — |
Price History
4 data points- Half Nattys
- Ion Peptide
- BHG Labs
Cardiogen: potential benefits
- Cardiovascular tissue support
- Cardiac muscle repair
- Improved heart function markers
- Anti-aging effects on heart tissue
Glutathione: potential benefits
- Powerful antioxidant protection
- Liver detoxification support
- Immune system enhancement
- Skin brightening and anti-aging
- Heavy metal chelation support
- Reduced oxidative stress
Frequently asked
What's the difference between Cardiogen and Glutathione?
Cardiogen is a recovery that mechanism of action cardiogen's proposed mechanism is the khavinson short-peptide bioregulator framework applied to cardiac tissue. the three-stage model - absorption and…. Glutathione is a recovery that glutathione's mechanisms extend far beyond the simple "antioxidant" label that dominates popular marketing. understanding these mechanisms matters because they determine where…. The two differ in mechanism, half-life (Not characterized in humans. As a short linear tetrapeptide (Ala-Glu-Asp-Arg), Cardiogen is expected to undergo rapid enzymatic hydrolysis to its constituent amino acids; no validated modern pharmacokinetic half-life has been published. vs Short: on the order of minutes for intravenous glutathione (intact GSH is cleared rapidly from plasma and cellular uptake of intact GSH is limited). Oral bioavailability is low, so tissue glutathione levels depend mainly on endogenous synthesis from cysteine, glycine, and glutamate rather than on the half-life of administered GSH.), and typical dose range.
Which has the longer half-life, Cardiogen or Glutathione?
Cardiogen has a half-life of Not characterized in humans. As a short linear tetrapeptide (Ala-Glu-Asp-Arg), Cardiogen is expected to undergo rapid enzymatic hydrolysis to its constituent amino acids; no validated modern pharmacokinetic half-life has been published.. Glutathione has a half-life of Short: on the order of minutes for intravenous glutathione (intact GSH is cleared rapidly from plasma and cellular uptake of intact GSH is limited). Oral bioavailability is low, so tissue glutathione levels depend mainly on endogenous synthesis from cysteine, glycine, and glutamate rather than on the half-life of administered GSH.. Longer half-lives generally mean less frequent dosing but slower on/off kinetics.
Can you stack Cardiogen and Glutathione?
Stacking depends on mechanism overlap, safety profile, and goals. Cardiogen and Glutathione should only be stacked after reviewing each compound's individual protocol page, side effect profile, and any published interaction data. Use the BodyHackGuide stack builder for a structured review before combining research compounds.
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