glutathione monoethyl ester Effect of (GME) on BSO-induced cell death A locally activatable sensor for

Phase Weeks 1-2 Draw volume 7.5 units (0.075 mL) Total blend delivered ~2.0 mg total blend GHK-Cu ~1.25 mg KPV ~250 mcg BPC-157 ~250 mcg TB-500 ~250 mcg Phase Weeks 3-4 Draw volume 15 units (0.15 mL) Total blend delivered ~4.0 mg total blend GHK-Cu ~2.5 mg KPV ~500 mcg BPC-157 ~500 mcg TB-500 ~500 mcg Phase Weeks 5-8 Draw volume 22.5 units (0.225 mL) Total blend delivered ~6.0 mg total blend GHK-Cu ~3.75 mg KPV ~750 mcg BPC-157 ~750 mcg TB-500 ~750 mcg Phase Weeks 9-12 (taper) Draw volume 15 units (0.15 mL) Total blend delivered ~4.0 mg total blend GHK-Cu ~2.5 mg KPV ~500 mcg BPC-157 ~500 mcg TB-500 ~500 mcg Blend ratio 50 / 10 / 10 / 10 mg GHK-Cu dominant Select a draw volume from the titration table above to see the approximate amount of each peptide delivered

Compr Physiol 8(4):1639

Bottom line: Glutathione acts as a vital protector of reproductive health by neutralizing the oxidative stress that can damage eggs and sperm

It also operates as an essential cofactor for various enzymes and plays a pivotal role in several important metabolic functions 3,4,5 including: Biochemical foundation of P450 enzyme detoxification in the liver, lungs, kidney and intestinal epithelia Participates in converting drugs and other toxic chemicals more water-soluble for easier excretion Participating in antioxidant defence systems Protection against free radicals Primary protectant of lens, cornea, skin and retina against radiation damage Regulating and maintaining cellular redox balance Helping metabolise oestrogens and inflammatory compounds Storing and transporting nitric oxide Storing cysteine reserves Regulating the function of proteins Involvement in DNA synthesis Participating in iron and copper transfer Glutathione tends to be found in high concentrations in all cells of the human body, particularly the liver

Lin CC, Mabe NW, Lin YT, Yang WH, Tang X, Hong L, et al

NAD metabolism and antioxidant pathways are involved in both normal and cancer cells, and supplementation may interact with selected treatments or research protocols