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Glutathione Dosage Reconstitution Math: Dosing Comparison
Different research protocols require different glutathione doses, and reconstitution math must align with your planned dosing frequency and injection volume constraints. The table below compares three common vial sizes reconstituted at different bacteriostatic
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- Different research protocols require different glutathione doses, and reconstitution math must align with your planned dosing frequency and injection volume constraints. The table below compares three common vial sizes reconstituted at different bacteriostatic water volumes, showing the resulting concentration, dose per mL, and total number of doses achievable.
- 200mg
- 2mL
- 100mg/mL
- 1mL
- 2mL (too large)
- 2 doses
- Not practical
- 4mL
- 50mg/mL
- 600mg
- 3mL
- 200mg/mL
- 0.5mL
- 6 doses
- 3 doses
- 6mL
- 1,000mg
- 5mL
- 10 doses
- 5 doses
- 10mL
- The most versatile reconstitution strategy for glutathione is to target a final concentration of 100–200mg/mL, which allows 100mg doses in 0.5–1mL injection volumes and 200mg doses in 1–2mL (though 2mL approaches the tolerance threshold). Researchers using 50mg maintenance doses benefit from higher dilution, while those using 500mg or greater per injection must reconstitute with minimal bacteriostatic water to avoid impractical injection volumes. Real Peptides' Glutathione product line includes detailed reconstitution tables with each vial to eliminate guesswork. But the formula itself never changes, and once you've calculated it correctly for one vial, you can replicate it for any peptide at any dose.