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Protein Immobilization on Nanomaterials explores advanced technologies and methodologies for immobilizing proteins on nanomaterial surfaces, highlighting their innovative applications in biotechnology, medicine, and materials engineering. This comprehensive resource is designed to educate researchers and practitioners on the latest techniques and advances in this rapidly evolving field. The book delves into various methods of protein immobilization, including physical adsorption, covalent binding, and encapsulation, providing detailed explanations and practical examples. It also covers the characterization of protein-nanomaterial conjugates using advanced analytical techniques such as spectroscopy and microscopy. Key topics include the use of protein-nanomaterial conjugates in biosensors, diagnostic devices, drug delivery systems, and environmental monitoring. With contributions from leading experts, the book presents colorful figures and practical examples to facilitate the understand

OpenFOAM software and its growing popularity is attributed to the scope of customization for specific applications and large scale parallel simulations. This open source software is widely used in aerospace community and its popularity is increasing at a rapid pace. Introduction to OpenFOAM for Aeronautical Engineers covers aerospace CFD which includes turbulence modelling, external aerodynamics, compressible flows, sprays and combustion from the OpenFOAM usage perspective. The book provides adequate examples covering most of the aspects of CFD code and enables readers to carry out their own modifications. Additionally, modification of existing solvers and utilities to implement new models as well as tips and tricks related to solvers used in aeronautical applications are included. Lastly, a short introduction to Linux and C++ is provided along with references to other easily available sources. Introduction to OpenFOAM for Aeronautical Engineers is for aerospace researchers, engineers,

Pathobiology of Rare Lung Diseases provides an overview of the pathogenic mechanisms underlying this broad variety of conditions. This up-to-date reference focuses on the molecular mechanisms involved and provides insights into the changing therapeutic landscape for rare lung diseases. The study of rare lung diseases can inform our understanding of pathogenic mechanisms of more common disorders. Many of these conditions can be studied in detail, and an increasing wealth of knowledge exists regarding the pathogenesis of these conditions. Some are monogenic, while others have clearly defined pathways that allow for deep understanding and exploration of the molecular basis of disease. As a considerable leap has been made in the last decade in rare lung disease research, this book comprehensively covers these scientific breakthroughs to inform readers on future potential, strategies and the direction of research for these conditions.