Modified Release Dosage

“Modified Release Dosage” explores the cuttingedge field of pharmaceutical sciences and drug delivery systems with a particular focus on innovative applications within the “Robotic Sperm” concept. In this book, Fouad Sabry delves into the intricacies of how advanced drug delivery methods can revolutionize medical treatments, including their vital connection to biotechnology and medical robotics. This insightful resource is essential for professionals, undergraduate and graduate students, enthusiasts, and hobbyists eager to learn how these technologies transform patient care and pharmaceutical industries. By reading this book, you will unlock a new world of possibilities for understanding the future of medical treatments and drug delivery systems. The wealth of information and practical insights far outweigh the investment, making this book a valuable addition to anyone’s library

Chapters Brief Overview:

Modifiedrelease dosage: Discover the principles of modifiedrelease dosage forms and their applications in pharmaceuticals for extended drug action

Tablet (pharmacy): Explore the science behind tablets and their role in enhancing drug delivery efficacy and patient compliance

Excipient: Learn about excipients and their vital function in ensuring the stability, bioavailability, and effectiveness of drug formulations

Microencapsulation: Understand microencapsulation techniques used to protect sensitive drugs, improve stability, and control release

Zydis: Explore Zydis technology, a cuttingedge method of creating fastdissolving tablets that offer faster drug absorption

Enteric coating: Investigate enteric coatings, which protect drugs from stomach acids, ensuring targeted delivery to the intestines

Absorption (pharmacology): Delve into the absorption processes in pharmacology, critical for understanding how drugs interact with the body

Drug delivery: A deep dive into drug delivery systems, focusing on how drugs are administered and their pharmacokinetics

Osmoticcontrolled release oral delivery system: Examine osmoticcontrolled release systems, allowing for a consistent drug release over time

Orally disintegrating tablet: Learn about orally disintegrating tablets and their advantages for patients with swallowing difficulties

Pharmaceutical formulation: Explore the complexities of pharmaceutical formulations and how they ensure effective, safe drug delivery

Thinfilm drug delivery: Understand thinfilm technology for drug delivery and its advantages in providing precise, rapid therapeutic effects

Pharmaceutical engineering: A look at pharmaceutical engineering, an interdisciplinary field essential for the design and production of drugs

Mucoadhesion: Learn how mucoadhesive materials enhance drug delivery by improving drug retention and absorption at mucosal surfaces

Pharmaceutical manufacturing: Gain insights into the pharmaceutical manufacturing process, from raw materials to final drug products

Glyceryl behenate: Investigate glyceryl behenate’s role in drug formulations as a controlled release agent and stabilizer

Buccal administration: Explore buccal administration, a noninvasive method of drug delivery directly through the mucosal membranes

Liberation (pharmacology): Understand drug liberation and its importance in determining the release and absorption of therapeutic agents

Ophthalmic drug administration: Delve into the specialized techniques of ophthalmic drug administration for treating eyerelated diseases

Topical cream formulation: Learn the science behind topical cream formulations, focusing on transdermal drug delivery for localized treatment

Topical gels: Investigate the use of topical gels for controlled drug delivery and their applications in various therapeutic fields.