To understand that, a deep dive into how growth hormone is actually released in the body is needed
Study of peptide-metal coordination chemistry and copper-binding affinity under defined buffer and pH conditions
no single peer-reviewed primary source
It triggers production of antioxidant response elements and intermediates that work to regulate energy homeostatis.1 In vitro data suggests MOTs-C interacts with a variety of pathways, including activating the JAK pathway (impact on aging), inhibiting mTOR signaling (immune and aging impact), inhibition of STAT3 (improved muscle function), activation of ERK pathway (obesity prevention), and translocation of GLUT4 (reduced insulin resistance).2,3 In response to this in vitro data, animal studies to determine actual biological impact have evaluated the impact of exogenous MOTs-C on the body
In these antioxidant reactions, glutathione is oxidized to form the oxidized disulfide form, GSSG which is then, in turn, reduced back to glutathione using NADPH.[ref] Mitochondria are essential for the production of ATP for energy storage in cells
While limited evidence supports this, the practice is common