Bioengineering

Provides a single source of information on cellular and molecular engineering, biomedical devices, and data engineering. It explores strategies for understanding human diseases, developing new technologies like diagnostics and prosthetics, managing biological data with high-performance computing, and using deep learning for predictive models. The text also highlights chemistry's role in life sciences research, particularly with nanomaterials.

Highlights the critical need for remediation efforts in polluted aquatic ecosystems. It presents environmentally safe and economically feasible technologies for intervention, emphasizing site assessment, technology selection, and advanced monitoring. The book also explores cutting-edge research like photocatalysis, genetically modified organisms, and nanomaterials for addressing water contamination.

This open-access book provides a comprehensive review of neurotronics, bringing together diverse experts. It details fundamental information pathways in nervous systems and their use as building blocks for novel computing architectures like neuromorphic and memristive devices. Essentially, it bridges neuroscience research with practical hardware-oriented computing applications.

Presents biotechnological strategies for treating gluten intolerance, moving beyond the traditional gluten-free diet. It details varying sensitivities, non-intestinal symptoms, and the impact of wheat diversity. The text offers researchers and clinicians innovative dietary and immune approaches to improve the quality of life for those with gluten sensitivity.

Investigates fungal biochemical genetics and its diverse applications in biotechnology. It covers how fungi are used in food, medicine, and bioenergy, addressing challenges, intellectual property, and economic interests in fungal bioengineering. The text bridges knowledge gaps by juxtaposing global research with commercial prospects.

Surveys up-to-date experimental methods in chemical and biological engineering. It focuses on practical applications and research methodologies rather than complex mathematics. Chapters cover the design, operation, and optimization of various processes, offering case studies to illustrate real-world relevance in these rapidly evolving fields.