Cadmium evokes inositol polyphosphate formation and calcium mobilizationJeffrey B. Smith, Lucinda Smith, Scott D. Dwyer|Journal of Biological Chemistry|1989Cited by 213
Decreasing Extracellular Na+ Concentration Triggers Inositol Polyphosphate Production and Ca2+ MobilizationJeffrey B. Smith, Lucinda Smith, Scott D. Dwyer|Journal of Biological Chemistry|1989Cited by 56
Lowering Extracellular pH Evokes Inositol Polyphosphate Formation and Calcium MobilizationJeffrey B. Smith, Lucinda Smith, Scott D. Dwyer|Journal of Biological Chemistry|1989Cited by 53
Calcium mobilization by cadmium or decreasing extracellular Na+ or pH in coronary endothelial cellsScott D. Dwyer, Jeffrey B. Smith, Yingxin Zhuang|Experimental Cell Research|1991Cited by 43
Evidence for a calcium-mobilizing receptor triggered by cadmium, or decreasing external pH or sodium in coronary endothelial cellsScott D. Dwyer, Jeffrey B. Smith, Yingxin Zhuang et al.|FASEB Journal (Federation of American Societies for Experimental Biology); (United States)|1990Cited by 0