Synthetic Biology

Bol

Foundational introduction to synthetic biology principles: Provides clear explanations of genetic circuits, modular design, biological standardization, and systems-level approaches essential for engineering living systems. Integration of tools and techniques across disciplines: Covers DNA synthesis technologies, CRISPR-based editing, metabolic engineering, computational modeling, automation platforms, and high-throughput screening. Extensive coverage of real-world applications: Highlights breakthroughs in medicine, agriculture, environmental engineering, industrial biotechnology, and sustainable energy solutions. Balanced discussion on ethics, biosafety, and biosecurity: Explores societal implications, dual-use concerns, global regulatory frameworks, and responsible innovation in the engineering of biological systems. Case studies and contemporary research insights: Includes examples of synthetic genomes, engineered microbes, biosensors, cell-based therapies, and emerging bio-design strategies from labs and industry. Student-friendly and research-oriented structure: Offers conceptual diagrams, learning objectives, review questions, experimental examples, and suggested readings to support deeper understanding and academic use.

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Pagina's: 328, Hardcover, Kruger Brentt Publisher Uk. Ltd.