ZnT-1 アクチベーター

The zinc transporter 1 (ZnT-1) encoded by the SLC30A1 gene is responsible for exporting zinc from cells and maintaining cellular zinc homeostasis. Several chemicals have been identified that can modulate its activity, although the direct impact of some remains to be fully clarified. Fundamental to ZnT-1's function, zinc itself serves as a primary substrate, influencing ZnT-1 activation to perform its quint role. Cadmium, owing to its structural similarity to zinc, can simulate ZnT-1-mediated zinc efflux. Furthermore, chelating agents like TPEN and EDTA sequester Zn^2+, potentially stimulating ZnT-1 as a compensatory measure to balance zinc levels.

Chemicals such as dithiothreitol (DTT) and glutathione might influence ZnT-1 activity via modulation of the cellular redox state. Conversely, oxidative stress inducers, such as hydrogen peroxide, activate ZnT-1 as a countermeasure against elevated intracellular zinc.. Compounds like curcumin, known to modulate cellular zinc, and pyrithione, an ionophore elevating cellular zinc, further highlight the diverse chemical interactions that potentially regulate ZnT-1 function.