Zinc Signaling in Physiology and PathogenesisToshiyuki Fukada, Taiho Kambe This book is a printed edition of the Special Issue "Zinc Signaling in Physiology and Pathogenesis" that was published in IJMS |
Common terms and phrases
Acad activation adipocyte Alzheimer’s apoptosis binding Biochem Biol brain Ca2+ cancer cardiomyocytes cellular zinc Chem colchicine CrossRef CrossRef][PubMed cytokine cytosolic dentate gyrus diabetes differentiation disease early secretory pathway effect of zinc enzymes expression extracellular Zn2+ Figure Fukada fungal gene genetic glucose granule cell hippocampus human immune cells Immunol increased induced infection inhibition insulin intracellular intracellular zinc involved Kambe labile Zn2+ M.tb macrophages Maret mechanisms mediated metabolism metal metallothionein mice modulation molecular molecules mouse MT1 and MT2 Mycobacterium Natl neurons Neurosci Nutr oxidative stress pancreatic pathogens phagosome phosphatase phosphorylation Physiol physiological Proc proliferation PubMed receptor redox regulation release response role of zinc secretory pathway signaling pathways sleep specific synaptic target tissue transcription factors tyrosine uptake vesicles vivo zinc concentration zinc deficiency zinc homeostasis zinc ions zinc levels zinc signals zinc supplementation zinc transporter ZIP7 ZIP8 Zn2+ ZnT3 ZNT7 ZnT8