Molecular Imprinting–Based Carbonaceous Nanomateri als: Design, Preparation and Environmental, Biolog ical and Biomedical Applications

<p><b>Unlock the potential of advanced polymer science with this comprehensive guide to integrating carbonaceous nanomaterials with molecular imprinting technology to develop high-selectivity, eco-friendly solutions across the environmental, biomedical, and industrial industries.</b> <p>Molecular imprinting technology (MIT) involves creating polymer matrices that can selectively bind specific target molecules, akin to biological recognition. This technology has evolved significantly, initially focusing on simple systems but now incorporating complex applications in challenging environments. This book provides insights into the foundational research and latest applications of molecular imprinting, highlighting the role of carbonaceous nanomaterials in improving the functionality and sustainability of these systems, meeting the growing global demand for advanced, eco-friendly technologies. Presenting a cohesive narrative, the book offers a deep understanding of how carbon materials can be intricately integrated into the molecular imprinting process to yield polymers with enhanced selectivity and sensitivity. Driven by practical applications of these advanced materials, the book addresses environmental challenges, biomedical needs, and industrial processes. Rooted in the need to provide in-depth knowledge at the intersection of carbon materials and molecular imprinting, it acts as a comprehensive resource for researchers, academics, and professionals interested in pushing the boundaries of polymer science. <p>Readers will find the volume: <ul><li>Explores the entire process from the design and preparation of molecular imprinting-based carbonaceous nanomaterials to their multifaceted applications in environmental, biological, and biomedical fields;</li> <li>Includes case studies and real-world applications demonstrating the effectiveness of these nanomaterials in solving complex problems;</li> <li>Bridges various scientific disciplines, making it valuable for researchers in chemistry, biology, materials science, and environmental engineering;</li> <li>Highlights the latest technological advancements and methodologies in nanomaterial synthesis and application;</li> <li>Written by leading researchers in the field, providing authoritative information and cutting-edge developments.</li></ul> <p><b>Audience</b> <p>Chemists, materials scientists, biomedical engineers, environmental engineers and scientists, academics, and researchers in the fields of nanotechnology, materials science, and chemistry.