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A Guide to Particulate Science in Pharmaceutical Product Development | M.D. Louey | 2nd Edition, 2026 | Taylor & Francis Group (English Medium)
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| 20970-20970 |
"A Guide to Particulate Science in Pharmaceutical Product Development" by M.D. Louey is a comprehensive resource for professionals and students in the pharmaceutical industry. This second edition, published in 2026 by Taylor & Francis Group, covers the latest developments in the field of particulate science and its applications in pharmaceutical product development. The book provides a thorough overview of the fundamentals of particulate science, including particle size analysis, characterization techniques, and the behavior of particles in different formulations. It also explores the role of particulate science in drug delivery systems, formulation design, and quality control processes. With a focus on practical applications, this book offers valuable insights into how particulate science can be used to optimize drug performance, enhance stability, and improve patient outcomes. Case studies and real-world examples help readers understand how to apply these principles in their own work. Key topics covered in this book include: - Particle size distribution analysis - Surface area measurement techniques - Particle morphology characterization - Powder flow properties - Particle-polymer interactions - Drug release mechanisms - Quality control methods for particulate systems Whether you are a researcher, formulator, or regulatory professional working in the pharmaceutical industry, "A Guide to Particulate Science in Pharmaceutical Product Development" is an essential reference for understanding the role of particles in drug development and manufacturing.
A Guide to Particulate Science in Pharmaceutical Product Development (2nd Edition, 2026) is a specialized pharmaceutical science textbook written by M.D. Louey and published by Taylor & Francis Group. This advanced reference book focuses on the critical role of particulate science in modern drug formulation and pharmaceutical product development.
Particulate science is a fundamental area in pharmaceutics that deals with the behavior, characterization, and engineering of particles used in drug delivery systems. This book explains how particle size, shape, surface properties, and distribution influence drug performance, stability, and bioavailability.
The content provides a detailed understanding of particle engineering principles and their application in pharmaceutical development, including formulation design, manufacturing processes, and quality control.
Key topics covered include:
- Particle size distribution and measurement techniques
- Solid-state characterization of pharmaceutical powders
- Micronization and nanotechnology in drug delivery
- Powder flow and compaction behavior
- Stability and dissolution of particulate systems
- Formulation strategies for improved bioavailability
- Quality control in particulate-based pharmaceutical products
A major strength of this book is its application-oriented approach, which connects theoretical particulate science with real-world pharmaceutical manufacturing challenges. It helps readers understand how microscopic particle properties directly influence macroscopic drug performance.
This 2nd edition includes updated research and technological advancements in pharmaceutical engineering, particularly in nanomedicine, controlled release systems, and advanced drug delivery technologies. It also incorporates modern analytical techniques used in particle characterization and formulation development.
The book is especially useful for:
- Pharmaceutical scientists and formulation researchers
- Drug development professionals
- Pharmacy students and postgraduate trainees
- Quality control and manufacturing specialists
- Biomedical engineers working in drug delivery systems
With 240 pages of structured, technical, and research-based content, this hardbound edition serves as a comprehensive guide for understanding and applying particulate science in pharmaceutical product development.
| SKU / BOOK Code: | TFR-PHARM-PARTICULATE-LOUEY-2E |
| Publisher: | Taylor & Francis Group |
| Author: | Louey M.D. |
| Binding Type: | Hardcover |
| No. of Pages: | 240 |
| ISBN-10: | NA |
| ISBN-13: | NA |
| Edition: | 2nd |
| Language: | English Medium |
| Publish Year: | 2026-01 |
| Weight (g): | 250 |
| Product Condition: | New |
| Reading Age: | Above 18 Years |
| Country of Origin: | India |
| Genre: | Science fiction |
| Manufacturer: | Taylor & Francis Group |
| Importer: | Taylor & Francis Group |
| Packer: | Fullfilled by Supplier |
"A Guide to Particulate Science in Pharmaceutical Product Development" by M.D. Louey is a comprehensive resource for professionals and students in the pharmaceutical industry. This second edition, published in 2026 by Taylor & Francis Group, covers the latest developments in the field of particulate science and its applications in pharmaceutical product development. The book provides a thorough overview of the fundamentals of particulate science, including particle size analysis, characterization techniques, and the behavior of particles in different formulations. It also explores the role of particulate science in drug delivery systems, formulation design, and quality control processes. With a focus on practical applications, this book offers valuable insights into how particulate science can be used to optimize drug performance, enhance stability, and improve patient outcomes. Case studies and real-world examples help readers understand how to apply these principles in their own work. Key topics covered in this book include: - Particle size distribution analysis - Surface area measurement techniques - Particle morphology characterization - Powder flow properties - Particle-polymer interactions - Drug release mechanisms - Quality control methods for particulate systems Whether you are a researcher, formulator, or regulatory professional working in the pharmaceutical industry, "A Guide to Particulate Science in Pharmaceutical Product Development" is an essential reference for understanding the role of particles in drug development and manufacturing.
A Guide to Particulate Science in Pharmaceutical Product Development (2nd Edition, 2026) is a specialized pharmaceutical science textbook written by M.D. Louey and published by Taylor & Francis Group. This advanced reference book focuses on the critical role of particulate science in modern drug formulation and pharmaceutical product development.
Particulate science is a fundamental area in pharmaceutics that deals with the behavior, characterization, and engineering of particles used in drug delivery systems. This book explains how particle size, shape, surface properties, and distribution influence drug performance, stability, and bioavailability.
The content provides a detailed understanding of particle engineering principles and their application in pharmaceutical development, including formulation design, manufacturing processes, and quality control.
Key topics covered include:
- Particle size distribution and measurement techniques
- Solid-state characterization of pharmaceutical powders
- Micronization and nanotechnology in drug delivery
- Powder flow and compaction behavior
- Stability and dissolution of particulate systems
- Formulation strategies for improved bioavailability
- Quality control in particulate-based pharmaceutical products
A major strength of this book is its application-oriented approach, which connects theoretical particulate science with real-world pharmaceutical manufacturing challenges. It helps readers understand how microscopic particle properties directly influence macroscopic drug performance.
This 2nd edition includes updated research and technological advancements in pharmaceutical engineering, particularly in nanomedicine, controlled release systems, and advanced drug delivery technologies. It also incorporates modern analytical techniques used in particle characterization and formulation development.
The book is especially useful for:
- Pharmaceutical scientists and formulation researchers
- Drug development professionals
- Pharmacy students and postgraduate trainees
- Quality control and manufacturing specialists
- Biomedical engineers working in drug delivery systems
With 240 pages of structured, technical, and research-based content, this hardbound edition serves as a comprehensive guide for understanding and applying particulate science in pharmaceutical product development.
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