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The investigation of intracellular Ca as a regulator
The chemistry of biological calcium
Intracellular Ca and the electrical activity of cells
5 other sections not shown
acetylcholine action potentials adrenal adrenaline aequorin amino acids anaesthetics approx Ashley axons binding biological Ca”-binding proteins Ca”-dependent calcium calmodulin Campbell cations cause cell activation cell membrane changes in intracellular channels Chapter chemical concentration contraction cyclase cyclic AMP cyclic nucleotides cytoplasmic free cytosolic cytosolic free decrease effect efflux eggs EGTA electrical enzymes erythrocytes eukaryotic example exocrine exocytosis experimental external fusion glucose glycogen gradient granules hormone increase in intracellular induced inhibition inside insulin interaction intracellular intracellular free invertebrate ionophore ions isolated kinase ligand liver mammalian measured mechanism mediated membrane potential metabolism MgATPase microtubules mitochondria molecular molecules movement myosin nerve terminals neurotransmitters occur organelles pancreas permeability phosphate phospholipid phosphorylation photoproteins photoreceptors physiological polymorphs primary stimulus prostaglandins pyruvate receptors release response role of intracellular sarcoplasmic reticulum secondary regulators secretion secretory cells skeletal muscle smooth muscle squid stimulation structure substances surface synthesis Table threshold troponin uptake vertebrate vesicles vitro