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Cardiac Effects of Adenosine and ATP By Amir Pelleg Carl
Dual Control of Local Blood Flow by Purines By G Burnstock
The Effects of ATP on Endothelium By John L Gordon
34 other sections not shown
acetylcholine action of ATP activity adenine nucleotides adenosine receptor adenylate agonists analogues ANAPP antagonist artery ATP release ATP-induced ATP-MgCl2 ATP4 ATPase ATPyS binding Biochem Biol blood Burnstock Ca2+ calcium cardiac cation cellular channels Chem chromaffin cells concentration coronary cytosolic deferens depolarization desensitization ecto-ATPase ectonucleotidases ectoprotein kinase effects of adenosine effects of ATP endothelial cells endothelium enzyme extracellular ATP FIGURE FMLP function G protein granules guinea pig hydrolysis hypoxia increase incubated induced inhibition inhibitor inositol ischemia isolated lymphocytes mechanism mediated metabolism Mg2+ myocytes nerve neurons neutrophils oxygen P2-purinoceptor P2Y-purinergic receptor parotid perfused Pharmacol Pharmacology phosphate phospholipase phosphorylation Physiol physiological plasma membrane platelet potential prazosin produced protein kinase purine purinergic receptor purinoceptor rabbit release of ATP response to ATP role secretion shown smooth muscle smooth muscle cells stimulation studies substrate subtypes surface synaptosomes taenia coli tissues triphosphate turkey erythrocyte uptake vascular vesicles