Chronic exercise enhances cardiac α₁-adrenergic inotropic responsiveness in rats with mild hypertension

Keyphrases

• Adrenergic Receptors 100%
• Chronic Exercise 100%
• Hypertensive 100%
• Mild Hypertension 100%
• Phenylephrine 83%
• Left Ventricular Function 50%
• Myocardium 33%
• Receptor Density 33%
• F344 Rats 16%
• Dose Effect 16%
• Age-matched 16%
• Scatchard Analysis 16%
• Receptor-mediated 16%
• Hypertension 16%
• Adverse Effects 16%
• Training Group 16%
• Pressure Evolution 16%
• Induced Effect 16%
• Adrenoceptors 16%
• Prazosin 16%
• Propranolol 16%
• Control Practices 16%
• Maximal Rate 16%
• Contractile Function 16%
• Contractile Performance 16%
• Renovascular Hypertension 16%
• Treadmill Training 16%

Medicine and Dentistry

• Phenylephrine 100%
• Adrenergic Receptor 100%
• Inotropism 100%
• Myocardium 40%
• Adrenergic Stimulation 40%
• Adverse Event 20%
• Propranolol 20%
• Contractile Function 20%
• Renovascular Hypertension 20%

Pharmacology, Toxicology and Pharmaceutical Science

• Adrenergic Receptor 100%
• Borderline Hypertension 100%
• Phenylephrine 71%
• Fischer 344 Rat 14%
• Adverse Event 14%
• Propranolol 14%
• Prazosin 14%