24 Copper homeostasis is tightly regulated in cells To maintain Cu homeostasis at the cellular level, intracellular Cu content is regulated by a complex network of Cu-dependent proteins, including cuproenzymes, Cu chaperones, and membrane transporters
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showed that changes in SDC-1 mechanical tension generate a tension gradient in SDC-1 under fluid shear force, with SDC-1 interacting differently with the cytoskeleton depending on substrate stiffness, affecting integrin-mediated signaling and focal adhesion formation [49]
For example, there weren't any human clinical studies identified for TB-500
