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Valvular Disease: Treatment
Description: The heart has four valves that ensure that blood flows in the correct direction. A defective valve can either fail to close completely and leak (regurgitation), or cannot open completely so that blood pumps through a smaller opening (stenosis). All valves can be affected. This course presents basic medical background information about evaluating the prognosis of valvular disease and outlines treatment options.
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COURSE OUTLINE
INTRODUCTION
1. Course Information
2. Interface Tour
3. Course Overview
PROGNOSIS AND NON-PHARMACOLOGICAL TREATMEMT
4. Objectives
5. Prognosis
6. Controlling the Risk Factors
7. Surgical Treatment
8. Progress Check
PHARMACOLOGICAL TREATMEMT
9. Objectives
10. Pharmaceutical Agent Overview
11. Beta Blocker Overview
12. Physiologic Effects of Beta Blockers
13. Beta Blockers: Mechanism of Action
14. Beta Blockers: Pharmacokinetics
15. Beta Blocker Safety Profile and Dosage
16. The Coagulation Cascade
17. Anticoagulant Therapies
18. Calcium Channel Blocker Overview
19. Calcium Channel Blocker Indications and Dosage
20. Cardiac Glycoside Mechanism
21. Physiologic Effects of Cardiac Glycosides
22. Diuretics Effects on Kidney Function
23. Physiologic Effects of Diuretics
24. Diuretic Indications
25. Diuretic Safety and Dosage
26. Progress Check
CONCLUSION
27. Summary
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COURSE OBJECTIVES
Students completing this course should be able to:
- List the factors involved in evaluating a patient's prognosis
- Discuss treatment options for a malfunctioning valve
- Describe the coagulant cascade and the types of anticoagulants
- Detail the mechanism and profile of various beta blockers
- Explain how calcium channel blockers (CCBs) work, and detail their uses
- Explore the mechanism of action of cardiac glycosides
- Describe the use of diuretics
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SeerPharma has partnered with GeneEd to now distribute courses in Major Therapeutic Areas, Clinical Research, and Biotechnology & Genetics.
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