Next Generation Probiotics: Natural Therapeutics presents a comprehensive and forward-looking exploration of probiotics as scientifically grounded natural therapeutics in modern health and disease management. Building on advances in microbiome science, biotechnology, and computational biology, this volume examines how next-generation probiotics are discovered, designed, evaluated, and applied. The book bridges foundational probiotic research with emerging technologies such as machine learning, genomics, and genetic engineering, highlighting what distinguishes next-generation probiotics from traditional formulations.

This edition expands its scope to reflect rapid developments in probiotic science and translational applications. It integrates insights from probiotic genomics, CRISPR-Cas9 technology, microbiota-targeted foods, and personalized microbiome-based nutrition. By addressing disease-specific, strain-specific, and host-specific effects, the book provides a holistic view of how probiotics can be optimized for therapeutic efficacy. Contributions from experts across bioinformatics, microbiology, clinical research, and food science ensure a multidisciplinary and evidence-based perspective.

Key Features

• Detailed coverage of machine learning applications in probiotic development and fermented dairy products (new to this edition)
• In-depth discussion of probiotic genomics, cancer associations, and CRISPR-Cas9–based strain improvement
• Exploration of emerging probiotic candidates, including Akkermansia, Faecalibacterium, Ruminococcus, and butyrate-producing microbes
• Comprehensive overview of novel probiotic classes such as postbiotics, parabiotics, pharmacobiotics, and immunobiotics (expanded in this edition)
• Practical insights into challenges in probiotic selection, regulation, stress tolerance, and personalized nutrition strategies

Bringing together fundamental science and applied research, Next Generation Probiotics: Natural Therapeutics serves as an essential resource for researchers, clinicians, nutritionists, food technologists, and graduate students. It is particularly valuable for those interested in microbiome-based therapeutics, functional foods, and personalized health solutions, offering both conceptual frameworks and real-world relevance for advancing probiotic research and application.