Libro

Descripción

Magnetic Nanofactories: From Magnetotactic Bacteria to Magnetic Nanoparticles* explores the remarkable ability of microorganisms to function as biological nanofactories for the controlled and sustainable production of magnetic nanoparticles. Bringing together concepts from microbiology, nanotechnology, biotechnology, materials science, and biomedicine, this book presents an integrated perspective on microbial synthesis of magnetic nanomaterials, with particular emphasis on magnetotactic behavior, intracellular biomineralization, and the biosynthesis of iron oxide nanoparticles. The book highlights how microorganisms can transform inorganic precursors into structurally and functionally valuable magnetic nanomaterials under relatively mild and environmentally compatible conditions. Particular attention is given to magnetotactic bacteria and other microbial systems capable of producing magnetite nanoparticles, their biological mechanisms, physicochemical characteristics, magnetic properties, separation strategies, and approaches for improving nanoparticle production through optimization of microbial growth and culture conditions. The transition from microbial discovery and nanoparticle biosynthesis to characterization, production optimization, and biomedical evaluation is discussed as a continuous pathway toward the development of efficient microbial nanofactories. Designed for researchers, academics, graduate students, and professionals in nanotechnology, biotechnology, microbiology, pharmaceutical sciences, and biomedical engineering, this book offers both fundamental knowledge and research-oriented insights into the evolving concept of microorganisms as living factories for advanced magnetic nanomaterials.