Keywordsdental pulp; insulin; stem cells; zinc; Zrt- and irt-like protein (ZIP); zinc; erythropoiesis; red blood cells; fish; erythropoietin; zinc transporter 3 (ZnT3); enteric nervous system (ENS); inflammation; pigs; ZNT/Solute carrier family 30 member (SLC30A); ZIP/SLC39A; early secretory pathway; ER stress; unfolded protein response (UPR); zinc-requiring ectoenzymes; tissue non-specific alkaline phosphatase (TNAP); metallation; ZnT3; colchicine; axonal transport; zinc; neuron death; oxidative stress; glutathione; Metallothioneins; zinc; cytokines; signaling; infection; antimicrobial defenses; metals; nutritional immunity; zinc flux; zinc wave; homeostatic zinc signal; signaling pathways; innate and adaptive immunity; zinc deficiency; immune function; zinc; homeostasis; signalling; regulation; sleep; zinc; nutrition; brain; randomized controlled trial; zinc; zinc transporter; tuberculosis; lung; macrophage; innate immunity; zinc transporters; intracellular labile zinc; heart failure; endoplasmic reticulum stress; left ventricle; Zn2+ signaling; hippocampus; memory; Ca2+ signaling; perforant pathway; dentate granule cell; zinc; brain; neurodegeneration; cognition; zinc; conference report; Zinc-Net; ISZB; COST Action; ZIP; zinc; transport; transporter; evolution; pathogenic fungi; Candida albicans; zinc transporter; SLC39A/ZIP; zinc signaling; physiology; diseases; zinc; ZnR/GPR39; zinc signaling; neuron; keratinocyte; epithelium; intestine; colon; bone; zinc; zinc transporters; diabetes; obesity; ZnT8; ZIP13; pancreatic β cell; beige adipocyte; therapeutic target; n/a
