Tanweer Haider – författare

Ligands for Targeted Drug Delivery: Basic Fundamentals and Applications is a comprehensive reference focused on the many ways drug carriers can be functionalized to target specific organs, tissues, cells, and sub-cellular compartments. Chapters cover the basic concepts of targeted drug delivery, describing multiple levels of targets and challenges, along with approaches for target-specific drug delivery and a thorough overview of the challenges in design and application of ligands. Following sections discuss nanoparticles and the main ligand classes with their respective applications. The final chapters discuss future prospects of the technology and clinical aspects of ligand modified drug delivery systems.This is a key reference to drug delivery researchers dealing with the application of ligands to overcome challenges in delivering their active principles to the target structure. Biomedical engineers, materials scientists, and chemists can also benefit from the through description of ligand classes and their potential to improve drug delivery efficiency.Provides foundational information on targeted drug delivery at organ, tissue, cellular, and sub-cellular levelsCompares active and passive targeting and their applicationsSummarizes the wider classes of ligands used for drug deliveryPresents a strategic thinking framework for pairing nanocarriers with appropriate ligands for enhanced therapeutic efficacy

Ligands for Targeted Drug Delivery: Basic Fundamentals and Applications is a comprehensive reference focused on the many ways drug carriers can be functionalized to target specific organs, tissues, cells, and sub-cellular compartments. Chapters cover the basic concepts of targeted drug delivery, describing multiple levels of targets and challenges, along with approaches for target-specific drug delivery and a thorough overview of the challenges in design and application of ligands. Following sections discuss nanoparticles and the main ligand classes with their respective applications. The final chapters discuss future prospects of the technology and clinical aspects of ligand modified drug delivery systems.This is a key reference to drug delivery researchers dealing with the application of ligands to overcome challenges in delivering their active principles to the target structure. Biomedical engineers, materials scientists, and chemists can also benefit from the through description of ligand classes and their potential to improve drug delivery efficiency.- Provides foundational information on targeted drug delivery at organ, tissue, cellular, and sub-cellular levels- Compares active and passive targeting and their applications- Summarizes the wider classes of ligands used for drug delivery- Presents a strategic thinking framework for pairing nanocarriers with appropriate ligands for enhanced therapeutic efficacy

This book explores the different uses of inulin in pharmaceutical formulations, its potential therapeutic benefits, and the regulatory considerations involved in developing inulin-based pharmaceutical products. The book covers topics such as the physical and chemical properties of inulin, its use in drug delivery and controlled release systems, therapeutic applications in managing metabolic disorders, gastrointestinal disorders, immune function, bone health, and brain health, as well as the regulatory considerations involved in developing inulin-based pharmaceutical products. The book aims to provide a complete understanding of the various applications of inulin in the pharmaceutical industry, making it relevant and significant for pharmaceutical professionals seeking to develop new drugs and drug delivery systems. Additionally, it provides valuable information for researchers and scientists working on inulin-based treatments and formulations. It appears to be a comprehensive guide for scientists, researchers, and pharmaceutical professionals interested in understanding the various applications of inulin in the pharmaceutical industry.