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Typical bases include fluids + electrolytes, B-complex/B12 (normal energy metabolism), magnesium (muscle/nerve function), and optional taurine/Vit C/glutathione
Elevated concentrations of metals (such as As, Cd, Cr, Hg, Ni, and Pb) may affect photosynthetic apparatus, electron transport chain and chlorophyll biosynthesis, induce cellular damage, impair cellular redox homeostasis, and finally cause cellular metabolic arrest (Anjum et al., via lowering water potential, and alter the normal homeostasis of cells (Miller et al., 2 O 2 , O 2 ) are common in plants exposed to high levels of salinity and/or metals (Benavides et al., Diverse plant taxa have been reported to adapt metabolically to salinity and exposure to metals by enhancing synthesis of sulfur (S)-rich peptides (such as glutathione, GSH) and low-molecular-weight nitrogenous and proteogenic amino acids/osmolytes (such as proline, Pro) (Khan et al., 1)
It remains an investigational peptide, not an approved pharmaceutical
Few works have applied these models to study ECD but not always in the context of CVDs
doi: 10.3748/wjg.v29.i14.2078 167 RussoM.GuidaF.PaparoL.TrincheseG.AitoroR.AvaglianoC.et al
