Pharmaceutical Formulation

“Pharmaceutical Formulation” is an indispensable resource for professionals, students, and enthusiasts in the pharmaceutical field. As part of the “Nanocapsule” series, this book delves into the advanced techniques and innovations driving the future of drug delivery. The cuttingedge exploration of pharmaceutical formulations enhances the effectiveness and safety of medications, addressing current trends and practical applications that shape modern healthcare.

Chapters Brief Overview:

1: Pharmaceutical formulation: The foundational concepts and processes in creating effective, stable, and bioavailable drug formulations.

2: Effervescent tablet: Insights into effervescent tablets, highlighting their role in quick drug absorption and patient compliance.

3: Freeze drying: A key preservation method for pharmaceutical compounds, improving stability and shelf life.

4: 3D printed medication: An innovative approach to personalized medicine, allowing for customized drug delivery systems.

5: Topical medication: Examining the formulation of skin applications, from creams to gels, for targeted treatment.

6: Vaccine ingredients: A detailed look at the components used in vaccines, ensuring efficacy and safety.

7: Pharmaceutical manufacturing: Key aspects of largescale drug production, focusing on consistency and quality control.

8: Dosage form: The exploration of various drug forms, from tablets to injectables, and their impact on delivery and absorption.

9: Modifiedrelease dosage: Examining controlled and sustainedrelease formulations for optimized therapeutic effects.

10: Glyceryl behenate: Investigating this excipient's role in drug formulations, enhancing the stability of pharmaceutical products.

11: Compounding: A thorough exploration of customized drug preparations to meet specific patient needs.

12: Tablet (pharmacy): Understanding the process of tablet manufacturing, its formulation, and its therapeutic applications.

13: Excipient: A deep dive into excipients, focusing on their role in formulation stability, bioavailability, and efficacy.

14: Drug packaging: The art and science of pharmaceutical packaging, designed to protect, preserve, and enhance drug delivery.

15: Orally disintegrating tablet: Investigating these tablets’ rapid dissolution properties, ensuring fast therapeutic action.

16: Topical cream formulation: Understanding the complexities of cream formulations for skin care and therapeutic treatments.

17: Transmission Raman spectroscopy: A powerful analytical tool used in monitoring the quality and integrity of pharmaceutical formulations.

18: Capsule (pharmacy): An overview of capsule formulations, highlighting their advantages and manufacturing processes.

19: Tableting: Discussing the various types of tablets and their role in pharmaceutical delivery systems.

20: Active ingredient: Understanding the critical role of active ingredients in drug efficacy and their formulation in dosage forms.

21: Thinfilm drug delivery: An innovative method for delivering drugs through thin films, enhancing bioavailability and patient adherence.

This book is a mustread for anyone involved in the field of pharmaceutical sciences, offering comprehensive insights into each formulation aspect. Whether you are a seasoned professional, a student in the pharmaceutical, biomedical, or healthcare fields, or simply someone with a keen interest in medical innovations, this book is an essential addition to your library.