Pharmaceutical Formulation: Advancements in Nanocapsule Technologies for Targeted Drug Delivery
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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.
