Pharmacology - Allopurinol
The drug allopurinol Reduces the amount of uric acid that is present in the body. Inhibits xanthine oxidase as well as the biotransformation of purines into xanthine are the modes of action of this drug. Alloxanthine, which has a half life of approxima
Pharmacology - Prazosin
Pharmacology - Prazosin An Action of Prazosin Vasodilation, which resulted in a decrease in blood pressure A reflex beta 1-receptor response to the decreased blood pressure causes an increase in the heart rate. decreased tone of the bladder sphincter Pr
Pharmacology - dobutamine
The dobutamine A cardiac stimulant, it raises the contractility of the heart and, as a result, the output of the heart. Vasoconstriction is minimal, and it has a lessening effect on the rate at which the heart beats. Mode of Action It primarily acts o
Pharmacology - Pilocarpine
Pilocarpine An agonist of the muscarinic receptor (a medication that is similar to bethanechol) The drug pilocarpine Actions The activities of parasympathomimetic include the contraction of smooth muscle (such as the gut, the bladder, and the pupil),
Pharmacology - Atropine
Atropine (Atropine) Actions Reduces the production of fluids such as saliva, bronchial secretions, perspiration, and gastric acid. Increased heart rates / tachycardia. Smooth muscle is relaxed, which results in the suppression of peristalsis, pupillary
Pharmacology - Scopolamine
Scopolamine Actions Suppresses secretions such as saliva, bronchial secretions, perspiration, and gastric acid, among others. Heart rate that is rapid. The smooth muscle is relaxed, which results in the suppression of peristalsis, pupillary dilatatio
Pharmacology - Succinylcholine
Succinylcholine An action that causes skeletal muscle to become temporarily paralyzed. Mode of Action A sustained depolarization of the muscular membrane is produced as a result of action on nicotinic receptors. This causes the Na+ channels, which are
Pharmacology- Pancuronium
Pharmacology- Pancuronium Actions Paralysis of skeletal muscle Method of Operation Reversible competitive antagonism has been observed at nicotinic receptors of the muscle type. The binding of acetylcholine to the receptors in the end-plate of the m
Pharmacology - Atracurium
Atracurium Actions Causing paralysis of skeletal muscle Mode of Actio Reversible competitive antagonism has been observed at nicotinic receptors of the muscle type. The binding of acetylcholine to the receptors in the end-plate of the muscle is inhibit
Pharmacology - Neostigmine
Pharmacology - Neostigmine Actions Acts as parasympathomimetic: increased peristalsis; increased secretions; bradycardia; bronchoconstriction; and lowered intraocular pressure. When the neuromuscular junction is affected, fasciculation and increased twi
