Design and synthesis of nitrate esters of aromatic heterocyclic compounds as pharmacological preconditioning agents

Keyphrases

• Heterocyclic Compounds 100%
• Pharmacological Preconditioning 100%
• Aromatic Heterocyclic 100%
• Nitrate Esters 100%
• Malondialdehyde 66%
• Adenosine Receptors 66%
• Cyclic GMP 66%
• Ischemic Preconditioning 66%
• Nitrate 66%
• Channel Opening 66%
• MitoKATP Channels 66%
• KATP Channel Opener 66%
• Protective Mechanism 33%
• Myocardial Ischemia 33%
• Ischemia 33%
• Purine 33%
• Structural Features 33%
• Myocardium 33%
• Adenosine 33%
• Theophylline 33%
• Free Radicals 33%
• Receptor Blockers 33%
• Reperfusion 33%
• Beta-blockers 33%
• Piperidine 33%
• Quinoline 33%
• Indole Derivatives 33%
• Infarction 33%
• Ischemic Insult 33%
• Cardioprotection 33%
• Infarct Size 33%
• Myocardial Ischemia-reperfusion 33%
• Purine Analogues 33%
• Nicotinamide 33%
• Compound 13 33%
• Ester Group 33%
• Anesthetized Rabbit 33%
• MitoKATP 33%
• Lead Molecules 33%
• Novel Analogues 33%
• Nicorandil 33%
• Dual Mode of Action 33%
• Indole Synthesis 33%
• Quinoline Derivatives 33%
• Alkyl Nitrates 33%
• Pharmacophoric 33%

Pharmacology, Toxicology and Pharmaceutical Science

• Malonaldehyde 100%
• Purine 100%
• Heterocyclic Compound 100%
• Infarction 100%
• 5 Hydroxydecanoic Acid 100%
• Cyclic GMP 100%
• Channel Opener 100%
• Adenosine Triphosphate Sensitive Potassium Channel 100%
• Heart Muscle Ischemia 50%
• Ischemia 50%
• Leporidae 50%
• Purine Derivative 50%
• Free Radical 50%
• Adenosine 50%
• Theophylline 50%
• Piperidine 50%
• Quinoline Derivative 50%
• Indole 50%
• Adenosine Receptor 50%
• Indole Derivative 50%
• Nicotinamide 50%
• Adenosine Receptor Blocking Agent 50%
• Nicorandil 50%