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37,05 €A case-based approach to learning how to design accurate dosing regimens
Authored by the editor-in-chief of The Journal of Pharmacy Practice, Casebook in Pharmokinetics uses real-life cases to teach you how to apply clinical pharmokinetics to formulate proper dosing regimens. Each case is presented as a clinical scenario and includes the answer and an explanation detailing the equations utilized, the best dosing regimen, drug level monitoring instructions, and more.
Features
- 3-5 cases per chapter
- All cases are taken from real life situations to prepare students for what they will see in practice
- Each chapter has a separate section with three cases that faculty can assign as homework
The content you need to apply clinical pharmacokinetics to the design of accurate dosing regimens:
Chapter 1. Amiodarone; Chapter 2. Aminoglycosides; Chapter 3. Carbamazepine; Chapter 4. Cyclosporine; Chapter 5. Digoxin; Chapter 6. Ethosuximide; Chapter 7. Lidocaine; Chapter 8. Lithium; Chapter 9. Phenobarbital and Primidone; Chapter 10. Phenytoin and Fosphenytoin; Chapter 11. Polymyxin; Chapter 12. Procainamide; Chapter 13. Quinidine; Chapter 14. Sirolimus and Tacrolimus; Chapter 15. Theophylline; Chapter 16. Valproic Acid; Chapter 17. Vancomycin; Chapter 18. Warfarin
About the Author
Henry Cohen, Pharm.D, MS (Brooklyn, NY) is Associate Professor of Pharmacy Practice at the Arnold & Marie Schwartz College of Pharmacy and Health Sciences of Long Island University in Brooklyn, New York.
Table of Contents
1. Amiodarone & Dronedarone
2. Aminoglycosides
3. Antibiotics Continuous Infusions and Intermittent Infusions
4. Antiepileptic Drugs: Second Generation/Newer Agents
5. Carbamazepine
6. Cyclosporine
7. Digoxin
8. Ethosuximide
9. Lidocaine
10. Lithium
11. Depot Antipsychotics
12. Methotrexate
13. Phenobarbital & Primidone
14. Phenytoin & Fosphenytoin
15. Polymyxin & Colistin
16. Procainamide
17. Quinidine
18. Sirolimus and Tacrolimus
19. Theophylline
20. Valproic Acid
21. Vancomycin
22. Warfarin
23. Heparin and LMWH
24. DTIs oral and IV
25. Toxicokinetics
26. Dialysi
27. P-Glycoprotein Transporter Interactions
28. CYP-450 Interactions
29. Glucuronidation Interactions
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