From a review of the previous edition:
‘For all the pharmacy students out there part of your pharmacy degree will be to study formulation design and pharmaceutics. This is the holy grail of pharmaceutical technology books. The text reads well and introduces difficult concepts in a more easy-to-understand way, it is definitely worth the money to help you get through the module, if you’re doing a research project in pharmaceutical design then this would also be an excellent buy…This is essential for passing exams and developing professional competence.’
This is the best known text on pharmaceutics. Its strength lies mainly in being a complete course in one book. Reviewers consistently praise its comprehensiveness and its extremely high quality-quality content. Pharmaceutics is one of the most diverse subject areas in pharmaceutical science and an understanding of it is vital for all pharmacists and scientists involved in converting drugs to medicines that can be safely delivered to a patient. The editorial and author team deliver a tour de force of accessibility, coverage and currency in this new edition of a world-class textbook.
1. 18 Introduction to biopharmaceutics - p. 296 2. 19 Gastrointestinal tract – physiology and drug absorption - p. 300 3. 20 Bioavailability – physicochemical and dosage form factors - p. 319 4. 21 Assessment of biopharmaceutical properties - p. 339 5. 22 Dosage regimens - p. 363 6. Part 5 Dosage form design and manufacture - p. 379 7. 23 Pharmaceutical preformulation - p. 380 8. 24 Solutions - p. 407 9. 25 Clarification - p. 417 10. 26 Suspensions - p. 427 11. 27 Emulsions and creams - p. 446 12. 28 Powders, granules and granulation - p. 476 13. 29 Drying - p. 498 14. 30 Tablets and compaction - p. 517 15. 31 Modified-release oral drug delivery - p. 564 16. 32 Coating of tablets and multiparticulates - p. 580 17. 33 Hard capsules - p. 597 18. 34 Soft capsules - p. 612 19. 35 Dissolution testing of solid dosage forms - p. 626 20. 36 Parenteral drug delivery - p. 638 21. 37 Pulmonary drug delivery - p. 653 22. 38 Nasal drug delivery - p. 671 23. 39 Ocular drug delivery - p. 690 24. 40 Topical and transdermal drug delivery - p. 715 25. 41 Rectal and vaginal drug delivery - p. 739 26. 42 The formulation and manufacture of plant medicines - p. 758 27. 43 Delivery of biopharmaceuticals - p. 769 28. 44 Pharmaceutical nanotechnology and nanomedicines - p. 784 29. 45 Design and administration of medicines for paediatric and geriatric patients - p. 804 30. Part 6 Packaging and stability of pharmaceutical products - p. 819 31. 46 Packaging - p. 820 32. 47 Chemical stability in dosage forms - p. 836 33. 48 Microbial contamination, spoilage and preservation of medicines - p. 850 34. 49 Product stability and stability testing - p. 862 35. Index - p. 886
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From a review of the previous edition:
‘For all the pharmacy students out there part of your pharmacy degree will be to study formulation design and pharmaceutics. This is the holy grail of pharmaceutical technology books. The text reads well and introduces difficult concepts in a more easy-to-understand way, it is definitely worth the money to help you get through the module, if you’re doing a research project in pharmaceutical design then this would also be an excellent buy…This is essential for passing exams and developing professional competence.’
This is the best known text on pharmaceutics. Its strength lies mainly in being a complete course in one book. Reviewers consistently praise its comprehensiveness and its extremely high quality-quality content. Pharmaceutics is one of the most diverse subject areas in pharmaceutical science and an understanding of it is vital for all pharmacists and scientists involved in converting drugs to medicines that can be safely delivered to a patient. The editorial and author team deliver a tour de force of accessibility, coverage and currency in this new edition of a world-class textbook.
1. 18 Introduction to biopharmaceutics - p. 296 2. 19 Gastrointestinal tract – physiology and drug absorption - p. 300 3. 20 Bioavailability – physicochemical and dosage form factors - p. 319 4. 21 Assessment of biopharmaceutical properties - p. 339 5. 22 Dosage regimens - p. 363 6. Part 5 Dosage form design and manufacture - p. 379 7. 23 Pharmaceutical preformulation - p. 380 8. 24 Solutions - p. 407 9. 25 Clarification - p. 417 10. 26 Suspensions - p. 427 11. 27 Emulsions and creams - p. 446 12. 28 Powders, granules and granulation - p. 476 13. 29 Drying - p. 498 14. 30 Tablets and compaction - p. 517 15. 31 Modified-release oral drug delivery - p. 564 16. 32 Coating of tablets and multiparticulates - p. 580 17. 33 Hard capsules - p. 597 18. 34 Soft capsules - p. 612 19. 35 Dissolution testing of solid dosage forms - p. 626 20. 36 Parenteral drug delivery - p. 638 21. 37 Pulmonary drug delivery - p. 653 22. 38 Nasal drug delivery - p. 671 23. 39 Ocular drug delivery - p. 690 24. 40 Topical and transdermal drug delivery - p. 715 25. 41 Rectal and vaginal drug delivery - p. 739 26. 42 The formulation and manufacture of plant medicines - p. 758 27. 43 Delivery of biopharmaceuticals - p. 769 28. 44 Pharmaceutical nanotechnology and nanomedicines - p. 784 29. 45 Design and administration of medicines for paediatric and geriatric patients - p. 804 30. Part 6 Packaging and stability of pharmaceutical products - p. 819 31. 46 Packaging - p. 820 32. 47 Chemical stability in dosage forms - p. 836 33. 48 Microbial contamination, spoilage and preservation of medicines - p. 850 34. 49 Product stability and stability testing - p. 862 35. Index - p. 886
No hay muestra disponible
No hay ficha técnica disponible
