Activation of P2X-like receptors in rat isolated 2nd order mesenteric arteries induces vasodilation: role of EDHF.

Keyphrases

• Like Receptors 100%
• Vasodilation 100%
• 2nd Order 100%
• Mesenteric Artery 100%
• Methylene 80%
• Charybdotoxin 60%
• Indomethacin 60%
• Apamin 60%
• L-NAME 60%
• Methoxetamine 40%
• Vasodilator 40%
• Vasomotor Tone 40%
• P2X Receptors 40%
• Acetylcholine 40%
• P2Y Receptors 40%
• Mesenteric Vascular Bed 40%
• Salt Solution 20%
• High Dose 20%
• Prostacyclin 20%
• Nitric Oxide Release 20%
• One-way ANOVA 20%
• Cervical Dislocation 20%
• Endothelium 20%
• Dilators 20%
• Vascular Cells 20%
• Wistar Rats 20%
• Vasodilator Responses 20%
• Selective Ligands 20%
• Vasodilatation 20%
• Sodium Nitroprusside 20%
• Cyclooxygenase Inhibitors 20%
• Inflammatory Conditions 20%
• Purinergic Receptors 20%
• Dissecting Microscope 20%
• Vascular Bed 20%
• Initial Transient 20%
• Rat Mesenteric Artery 20%
• Induced Response 20%
• Receptor Activation 20%
• Wire Myograph 20%
• Sodium 20%
• Nitric Oxide Synthase Inhibitors 20%
• Timing Control 20%
• Mesenteric Vessels 20%
• Circ 20%
• Nω-nitro-L-arginine 20%
• Nitric Oxide 20%
• PGI2 20%

Pharmacology, Toxicology and Pharmaceutical Science

• Adenosine Triphosphate 100%
• Receptor 100%
• Carbene 26%
• Indometacin 20%
• Charybdotoxin 20%
• Apamin 20%
• Vasodilator Agent 20%
• Methoxamine 13%
• Purinergic P2X Receptor 13%
• Purinergic P2Y Receptor 13%
• Nitric Oxide 13%
• Acetylcholine 13%
• Inflammation 6%
• Carbon Dioxide 6%
• Arginine 6%
• Prostacyclin 6%
• Wistar Rat 6%
• Table Salt 6%
• Cervical Spine Dislocation 6%
• Purinergic Receptor 6%
• Prostaglandin Synthase Inhibitor 6%
• Nitroprusside Sodium 6%
• Nitric Oxide Synthase Inhibitor 6%