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Fundamentals and Design of Drug Delivery Systems
A Textbook with Lab Activities
- 1st Edition - December 1, 2025
- Author: Wujie Zhang
- Language: English
- Paperback ISBN:9 7 8 - 0 - 4 4 3 - 2 3 5 2 1 - 4
- eBook ISBN:9 7 8 - 0 - 4 4 3 - 2 3 5 2 0 - 7
Fundamentals and Design of Drug Delivery Systems: A Textbook with Lab Activities, 1st Ed. is a modern textbook covering all key concepts pertaining to drug delivery courses for ph… Read more
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Request a sales quoteFundamentals and Design of Drug Delivery Systems: A Textbook with Lab Activities, 1st Ed. is a modern textbook covering all key concepts pertaining to drug delivery courses for pharmaceutical sciences and engineering students.
The textbook introduces basic pharmacology, barriers to drug delivery, drug targeting, and novel drug delivery systems and illustrates the design considerations and approaches of drug delivery systems. Nanotechnology in drug delivery systems is reflected in various chapters. Novel drug delivery systems such as drug delivery using red blood cells, biomimetic drug delivery systems, micro/nano-robots, and micro/nano-fluidic devices are discussed in detail. Recent discoveries such as proton sponging effect, new nucleic acid delivery methods, mucoadhesives, and stimulated drug delivery systems are also introduced in the book. Practical lab activities – using the software Design-Expert - are built into the chapters to help students design experiments, analyze the data, and visualize the results.
Fundamentals and Design of Drug Delivery Systems: A Textbook with Lab Activities, 1st Ed is the ideal educational resource for upper undergraduate and graduate courses. Professionals in the Pharma industry can also benefit from the new concepts and platforms presented.
- Covers contents from basics of pharmacology and drug delivery to drug delivery systems design
- Includes content on drug delivery system design
- Includes easy-to-adopt lab activities and end-of-chapter questions
Upper undergraduate and graduate students (both Masters and PhD) majoring in pharmaceutical sciences and engineering. Reference book for academics and those who work in the pharmaceutical industry
Ch 1. Introduction
1.1 Drug Delivery and Drug Delivery Systems
1.2 The Promise of Novel Drug Delivery Systems
1.3 The Layout of the Textbook
1.4 Resources for Studying Drug Delivery
Lab Activity I: Delivery of nucleic acids into Cells Using Cationic Lipids
Review and Practice Questions
References
Ch 2. Historical Aspects of Pharmacy and Delivery of Drugs
2.1 Historical Aspects of Drugs, Pharmacy, and Pharmacy Education
2.2 Historical Aspects of Drug Delivery
Review and Practice Questions
References
Ch 3. Basics of Pharmacology, Pharmacokinetics and Pharmacodynamics
3.1 Introduction to Pharmacology, Pharmacokinetics and Pharmacodynamics
3.2 Drug Actions on Living Organisms
3.3 Termination of Drug Actions: Excretion and Biotransformation
3.4 Pharmacokinetics
3.5 Factors Influence the Drug Effects
Case Study I
Lab Activity II: Drug Stability
Review and Practice Questions
References
Ch 4. Physiological and Biochemical Barriers to Drug Delivery
4.1 Process of Drug Absorption
4.2 Physiological Barriers to Peroral Drug Delivery
4.3 First-pass metabolism
4.4 Physiological Barriers to Non-peroral Drug Delivery
4.5 Biochemical Barriers to Drug Delivery
4.6 Immune System and Drug Delivery Systems
4.7 Novel Models for Drug Testing
Case Study II
Sample and Practice Questions
References
Ch 5. Prodrugs as Drug Delivery Systems
5.1 Introduction to Prodrugs
5.2 Principles of Prodrug Design
5.3 Advances in Prodrugs as Drug Delivery Systems
5.4 New Prodrugs in Therapy
Case Study III
Review and Practice Questions
References
Ch 6. Engineered Carriers in Drug Delivery
6.1 Materials for Drug Carriers
6.2 Microscale Drug Carriers
6.3 Nanoscale Drug Carriers
6.4 Design and Modify Drug Carriers
Lab Activity III: Natural Biopolymer Purification
Lab Activity IV: Microscale Carrier Preparation: Hydrogel Microspheres
Lab Activity V: Nanoscale Carrier Preparation: Metallic Nanoparticles
Review and Practice Questions
References
Ch 7. Cell Encapsulation – A Living Drug Delivery Approach
7.1 Introduction to Cell Encapsulation and Microencapsulation
7.2 Cell Microencapsulation Methods
7.3 Cell Encapsulation in Therapy
Case Study IV
Lab Activity VI: Cell (Micro)Encapsulation in Hydrogel
Review and Practice Questions
References
Ch 8. Diffusion-Controlled Drug Delivery Systems
8.1 Diffusion Theory
8.2 Reservoir Systems
8.3 Matrix Systems
8.4 Design of Diffusion-Controlled Drug Delivery Systems
Review and Practice Questions
References
Ch 9. Erodible Drug Delivery Systems
9.1 Introduction to Erosion
9.2 Drug Release from the Erodible Drug Delivery Systems
9.3 Design of Erodible Drug Delivery Systems
Lab Activity VII: Drug Release Profile Determination
Review and Practice Questions
References
Ch 10. Osmotic-Controlled Drug Delivery Systems
10.1 Osmosis
10.2 Elementary Osmotic-Controlled Drug Delivery Systems
10.3 Push-Pull Systems
10.4 Design of Osmotic-Controlled Drug Delivery Systems
Case Study V
Review and Practice Questions
References
Ch 11. Targeted Drug Delivery Systems
11.1 Requirements for Effective Drug Targeting
11.2 Design of Targeted Drug Delivery Systems: Targets and Ligands
11.3 Design of Targeted Drug Delivery Systems: Physical Targeting
11.4 Design of Targeted Drug Delivery Systems: Passive and Active Targeting
Review and Practice Questions
References
Ch 12. Biomimetic Drug Delivery Systems
12.1 Biomimicry
12.2 Cell Membrane/Lipoprotein-Based Drug Delivery Systems
12.3 Extracellular Vesicles-Based Drug Delivery Systems
12.4 Design of Biomimetic Drug Delivery Systems
Review and Practice Questions
References
Ch 13. Site-Specific Drug Delivery
13.1 Drug Delivery to the Brain
13.2 Drug Delivery to the Colon
13.3 Drug Delivery in Cancer Therapy
Review and Practice Questions
References
Ch 14. Stimuli-Responsive Drug Delivery Systems
14.1 Internal and External Stimuli
14.2 pH-Responsive Drug Delivery Systems
14.3 Redox-Responsive Drug Delivery Systems
14.4 Enzyme-Responsive Drug Delivery Systems
14.5 External Stimuli-Based Drug Delivery Systems
14.6 Design of Stimuli-Responsive Drug Delivery Systems
Case Study VI
Lab Activity VII: Stimuli-Responsive Drug Carriers
Review and Practice Questions
References
Ch 15. Other Drug Delivery Systems
15.1 Mucoadhesive Drug Delivery Systems
15.2 Micro Nozzle Technology-Based Drug Delivery Systems
15.3 Microrobots-Based Drug Delivery Systems
15.4 Engineered Cells as Drug Delivery Systems
15.5 Wireless On-Demand Drug Delivery Systems
15.6 3D Printing-Based Drug Delivery Technology
15.7 Artificial Intelligence (AI) in Drug Delivery
Review and Practice Questions
References
Ch 16. Commercialization of Controlled Release Products
16.1 Implementation of Quality by Design (QbD), Design of Experiments (DoE) and Process Analytical Technology (PAT)
16.2 New Drug Development and Approval Process
16.3 Recalls, Market Withdraws, and Safety Alerts
Review and Practice Questions
References
1.1 Drug Delivery and Drug Delivery Systems
1.2 The Promise of Novel Drug Delivery Systems
1.3 The Layout of the Textbook
1.4 Resources for Studying Drug Delivery
Lab Activity I: Delivery of nucleic acids into Cells Using Cationic Lipids
Review and Practice Questions
References
Ch 2. Historical Aspects of Pharmacy and Delivery of Drugs
2.1 Historical Aspects of Drugs, Pharmacy, and Pharmacy Education
2.2 Historical Aspects of Drug Delivery
Review and Practice Questions
References
Ch 3. Basics of Pharmacology, Pharmacokinetics and Pharmacodynamics
3.1 Introduction to Pharmacology, Pharmacokinetics and Pharmacodynamics
3.2 Drug Actions on Living Organisms
3.3 Termination of Drug Actions: Excretion and Biotransformation
3.4 Pharmacokinetics
3.5 Factors Influence the Drug Effects
Case Study I
Lab Activity II: Drug Stability
Review and Practice Questions
References
Ch 4. Physiological and Biochemical Barriers to Drug Delivery
4.1 Process of Drug Absorption
4.2 Physiological Barriers to Peroral Drug Delivery
4.3 First-pass metabolism
4.4 Physiological Barriers to Non-peroral Drug Delivery
4.5 Biochemical Barriers to Drug Delivery
4.6 Immune System and Drug Delivery Systems
4.7 Novel Models for Drug Testing
Case Study II
Sample and Practice Questions
References
Ch 5. Prodrugs as Drug Delivery Systems
5.1 Introduction to Prodrugs
5.2 Principles of Prodrug Design
5.3 Advances in Prodrugs as Drug Delivery Systems
5.4 New Prodrugs in Therapy
Case Study III
Review and Practice Questions
References
Ch 6. Engineered Carriers in Drug Delivery
6.1 Materials for Drug Carriers
6.2 Microscale Drug Carriers
6.3 Nanoscale Drug Carriers
6.4 Design and Modify Drug Carriers
Lab Activity III: Natural Biopolymer Purification
Lab Activity IV: Microscale Carrier Preparation: Hydrogel Microspheres
Lab Activity V: Nanoscale Carrier Preparation: Metallic Nanoparticles
Review and Practice Questions
References
Ch 7. Cell Encapsulation – A Living Drug Delivery Approach
7.1 Introduction to Cell Encapsulation and Microencapsulation
7.2 Cell Microencapsulation Methods
7.3 Cell Encapsulation in Therapy
Case Study IV
Lab Activity VI: Cell (Micro)Encapsulation in Hydrogel
Review and Practice Questions
References
Ch 8. Diffusion-Controlled Drug Delivery Systems
8.1 Diffusion Theory
8.2 Reservoir Systems
8.3 Matrix Systems
8.4 Design of Diffusion-Controlled Drug Delivery Systems
Review and Practice Questions
References
Ch 9. Erodible Drug Delivery Systems
9.1 Introduction to Erosion
9.2 Drug Release from the Erodible Drug Delivery Systems
9.3 Design of Erodible Drug Delivery Systems
Lab Activity VII: Drug Release Profile Determination
Review and Practice Questions
References
Ch 10. Osmotic-Controlled Drug Delivery Systems
10.1 Osmosis
10.2 Elementary Osmotic-Controlled Drug Delivery Systems
10.3 Push-Pull Systems
10.4 Design of Osmotic-Controlled Drug Delivery Systems
Case Study V
Review and Practice Questions
References
Ch 11. Targeted Drug Delivery Systems
11.1 Requirements for Effective Drug Targeting
11.2 Design of Targeted Drug Delivery Systems: Targets and Ligands
11.3 Design of Targeted Drug Delivery Systems: Physical Targeting
11.4 Design of Targeted Drug Delivery Systems: Passive and Active Targeting
Review and Practice Questions
References
Ch 12. Biomimetic Drug Delivery Systems
12.1 Biomimicry
12.2 Cell Membrane/Lipoprotein-Based Drug Delivery Systems
12.3 Extracellular Vesicles-Based Drug Delivery Systems
12.4 Design of Biomimetic Drug Delivery Systems
Review and Practice Questions
References
Ch 13. Site-Specific Drug Delivery
13.1 Drug Delivery to the Brain
13.2 Drug Delivery to the Colon
13.3 Drug Delivery in Cancer Therapy
Review and Practice Questions
References
Ch 14. Stimuli-Responsive Drug Delivery Systems
14.1 Internal and External Stimuli
14.2 pH-Responsive Drug Delivery Systems
14.3 Redox-Responsive Drug Delivery Systems
14.4 Enzyme-Responsive Drug Delivery Systems
14.5 External Stimuli-Based Drug Delivery Systems
14.6 Design of Stimuli-Responsive Drug Delivery Systems
Case Study VI
Lab Activity VII: Stimuli-Responsive Drug Carriers
Review and Practice Questions
References
Ch 15. Other Drug Delivery Systems
15.1 Mucoadhesive Drug Delivery Systems
15.2 Micro Nozzle Technology-Based Drug Delivery Systems
15.3 Microrobots-Based Drug Delivery Systems
15.4 Engineered Cells as Drug Delivery Systems
15.5 Wireless On-Demand Drug Delivery Systems
15.6 3D Printing-Based Drug Delivery Technology
15.7 Artificial Intelligence (AI) in Drug Delivery
Review and Practice Questions
References
Ch 16. Commercialization of Controlled Release Products
16.1 Implementation of Quality by Design (QbD), Design of Experiments (DoE) and Process Analytical Technology (PAT)
16.2 New Drug Development and Approval Process
16.3 Recalls, Market Withdraws, and Safety Alerts
Review and Practice Questions
References
- No. of pages: 390
- Language: English
- Edition: 1
- Published: December 1, 2025
- Imprint: Academic Press
- Paperback ISBN: 9780443235214
- eBook ISBN: 9780443235207
WZ
Wujie Zhang
Dr. Wujie Zhang is a professor of Chemical and Biomolecular Engineering at the Milwaukee School of Engineering (MSOE). He received his Ph.D. degree in Biomedical Engineering from the University of South Carolina. Dr. Zhang’s scholarly work and research span biomaterials, tissue engineering, drug delivery, and cancer treatment. Dr. Zhang’s recent drug delivery-related research focuses on novel micro/nano-scale drug delivery systems design. Dr. Zhang has published more than 40 peer-reviewed journal articles in ACS Nano, Pharmaceutics, Pharmaceutical Development and Technology, and beyond. He recently authored the book Nanotechnology for Bioengineers. Dr. Zhang has taught the Engineering Controlled Drug Delivery course at MSOE for more than 10 years and developed numerous lab activities for the course. Dr. Zhang has been recognized by the ASEE's Prism magazine as one of 20 high-achieving researchers and educators under 40 (2018) and STEM Forward’s Young Engineer of the Year (2022).
Affiliations and expertise
Professor of Chemical and Biomolecular Engineering at the Milwaukee School of Engineering (MSOE)