Table of Contents
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Preface |
ix |
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Introduction |
xi |
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Book Outline |
xv |
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About the Author |
xvii |
1 |
What is Clinical Pharmaceutics? |
1 |
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Introduction |
1 |
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Physical
Concepts |
2 |
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The Nature of
the Dosage Form and Outcomes |
18 |
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Quality of
Effect |
19 |
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Ingredients in
Dosage Forms and their Influence on Outcomes |
22 |
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Conclusion |
23 |
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References |
24 |
2 |
Excipients: Not Always Inert |
27 |
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Introduction |
27 |
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Usually But Not
Always Inert |
27 |
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E-Numbers |
31 |
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Cross-Reactivity |
33 |
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Dyes Used in
Lymph Node Identification |
33 |
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Non-Ionic
Surfactants |
33 |
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Polyoxyethylene
Glycols (PEGs) |
35 |
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Adjuvants as
Therapeutic Substances |
35 |
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Talc as
Therapeutic Agent and Excipient |
37 |
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Active
Excipients in Multiple Therapies |
39 |
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Conclusions |
39 |
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References |
39 |
3 |
Thinking Chemically |
41 |
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Introduction |
41 |
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The Chemistry
of Drugs and Clinical Pharmaceutics |
42 |
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Chemical
Nomenclature |
47 |
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Surface-Active
Drugs |
49 |
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Acids and Bases |
49 |
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Structural
Similarities Between Drugs |
52 |
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Cross-Reactivity |
52 |
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Beta-Lactam
Antibiotics and the Formation of Oligomers |
56 |
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The
Bisphosphonates |
57 |
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Hydrophobic and
Hydrophilic Statins |
58 |
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Photochemical
Reactions and Photoinduced Reactions |
59 |
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Chelation and
Tetracyclines |
64 |
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Sugammedex: a Cyclodextrin Derivative |
64 |
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Conclusions |
66 |
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References |
67 |
4 |
Looking at Formulations |
69 |
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Introduction |
69 |
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Protein Drugs
and Formulations |
70 |
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Monoclonal
Antibodies (MAbs) |
73 |
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Amphotericin B
Formulations |
74 |
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A Doxorubicin
Formulation: Doxil |
78 |
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A Propofol
Formulation: Diprivan |
78 |
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Long-Acting
Depot Injections |
80 |
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Raft-Producing
Oral Formulations |
83 |
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Etoposide
(Vepesid, VP 16 and Etoposide Phosphate) |
84 |
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Paclitaxel |
86 |
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Eutectic
Mixtures of Local Anaesthetics |
87 |
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Ciclosporin
(Cyclosporin) |
87 |
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Lupron Depot;
Prostap SR and Prostap 3 |
90 |
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Zoladex |
90 |
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Fluoroquinolone
Eye Drops |
91 |
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Lonsys: Lontophoretic Transdermal Device
for Fentanyl |
93 |
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Parenterals |
93 |
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Chloramphenicol |
95 |
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Materials Used
in Drug Delivery |
95 |
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Conclusions |
97 |
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References |
98 |
5 |
Adverse Events and Formulations
and Devices |
101 |
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Introduction |
101 |
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Dosage Form Type |
103 |
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Reactions to
Impurities |
105 |
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Abnormal
Bioavailability, High or Low |
114 |
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Testing for
Adverse Effects |
114 |
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Nanosystems |
116 |
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Conclusions |
118 |
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References |
119 |
6 |
Paediatric, Geriatric and
Special Formulations |
121 |
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Introduction |
121 |
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Extemporaneous
Formulations |
122 |
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Effect of
Formulation and Presentation: a
Case from the Literature |
124 |
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Extemporaneous
Formulations and Performance |
126 |
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The Elderly and
their Medication |
126 |
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Enteral Feeding |
128 |
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Drug
Interactions with Nutrient Formulations |
131 |
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Conclusions |
131 |
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References |
131 |
7 |
Generic Medicines: Conventional Drugs and Biologicals |
133 |
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Introduction |
133 |
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Regulatory
Statements on Generic Products |
134 |
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Generics: a Question of Quality |
135 |
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Specific
Conditions and Generics |
137 |
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|
139 |
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Antiretroviral
Drugs |
139 |
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Bioequivalence
of Ophthalmic Products |
141 |
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The Case of
Sevoflurane |
141 |
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Generic
Biologicals (Biologics) |
144 |
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Conclusions |
146 |
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References |
148 |
8 |
The Future: Delivery Systems for Modern
Therapeutics |
151 |
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Introduction |
151 |
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Personalised
Medicine and Medicines |
151 |
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Drug Delivery
and Personalised Medicines |
152 |
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Technologies |
155 |
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Nanotechnology |
160 |
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Cell-Based
Therapies |
165 |
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Gene Therapy |
168 |
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Conclusions |
169 |
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References |
169 |
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Index |
173 |
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