How Synthetic Drugs Work

1. Introduction to Molecular Pharmacology: Basic Concept
2. Mechanism of Action of Drugs acting on the cholinergic system
3. Mechanism of Action of Adrenergic drugs
4. Mechanism of Action of anti-inflammatory drugs and Corticosteroids
5. Mechanism of Action of Anti-Diabetic drugs
6. Mechanism of action of Estrogens, Progestins and Androgens
7. Mechanism of Action of sedatives, Hypnotics and Anti-Anxiety Drugs
8. Mechanism of Action of Anti-Epileptics
9. Mechanism of Action of Anti-Parkinson
10. Mechanism of Action of Anti-Psychotics and Anti-Maniacs
11. Mechanism of Action of Anti-Depressants
12. Mechanism of Action of Drugs for Heart Failure
13. Mechanism of Action of Anti-Arrhythmia
14. Mechanism of Action of Anti-Anginal and Vasodilating agents
15. Mechanism of Action of Anti-Hypertensive Drugs
16. Mechanism of Action of Diuretic and Anti-diuretic Drugs
17. Mechanism of Action of Gastrointestinal drugs
18. Mechanism of Action of Anti-Bacterial drugs
19. Mechanism of Action of Anti-fungal agent
20. Mechanism of Action of Anti-Viral agents
21. Mechanism of Action of Anti-Cancer agents
22. Mechanism of Action of immunomodulators
23. Mechanism of Action of Opioids and other pain relievers
24. Application of Molecular Pharmacology in Research Techniques and Drug Development

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• Farmacologia

?5-fluorocytosine; Adrenergic drugs; Agonist; Alpha receptor; Analgesics; Antidiarrheals; Antiemetics; Antifungal; Arrhythmia; Autonomic nervous system; Azole; Beta receptor; Candidiasis; Cholinergic; Corticosteroids; Cryptococcal meningitis; Cyclooxygenase; Depolarization; Depression; Diabetes mellitus; Drug development; Drug discovery; Drug target; Electrophysiology; Emetics; G-protein-coupled receptors; Gamma receptor; Heart failure; Inflammation; Inflammatory mediators; Insulin resistance; Mechanism of action; Mechanism of antiulcer drugs; Metformin; Molecular mechanisms; Molecular pharmacology; Monoamine oxidase; Muscarinic; NSAID; Network pathways; Neurotransmitter; Opioids; Pain; Parasympathetic drugs; Pathophysiology; Pharmacodynamics; Pharmacokinetics; Pharmacological treatment; Pharmacology; Pharmacology of anticonstipating agents; Polyene; Pulmonary aspergillosis; Receptors; SNRIs; SSRIs; Signaling; Sulfonylureas; Sympathetic drugs; Syncope; TCAs; Torsades de pointes; X