Metagenomics for Microbiology, Second Edition unveils the intricate and diverse world of microbial communities, emphasizing their critical roles in health, disease, and ecosystem functionality. This updated edition addresses the significant challenges in the field and introduces promising approaches to make metagenomics research more feasible. Through comprehensive revisions and over five new chapters, readers are equipped with the latest research data and analyses, advancing their understanding of microbial principles. Notably, this edition provides a robust foundation for the design and…mehr
Metagenomics for Microbiology, Second Edition unveils the intricate and diverse world of microbial communities, emphasizing their critical roles in health, disease, and ecosystem functionality. This updated edition addresses the significant challenges in the field and introduces promising approaches to make metagenomics research more feasible. Through comprehensive revisions and over five new chapters, readers are equipped with the latest research data and analyses, advancing their understanding of microbial principles. Notably, this edition provides a robust foundation for the design and analysis of omics studies, focusing on technological underpinnings and practical applications. It remains an essential resource for characterizing microbial consortia.
1. Toward success in omics studies Jacques Izard 2. The changing landscape of microbiome characterization methods: tools, trends, and trajectories Naupaka Zimmerman, Emma Aronson and Jacques Izard 3. The use of metagenomics for biothreat and emerging threat applications Dominick A. Centurioni, Alexander J. Diaz, Michael J. Perry and Christina T. Egan 4. Metagenomics, microbiomes, and symbioses Maria C. Rivera 5. Hypothesis testing of metagenomic data Rohan Mishra and William D. Shannon 6. An update and review of ribosomal RNA depletion methods for microbial transcriptomics Shaomei He 7. Anything, anyone, anywhere: metagenomic sequencing with Oxford Nanopore Technologies Jessica L. Davies, Julia Eales, Caz Harrold and Aaron Pomerantz 8. Highly accurate long-read PacBio HiFi sequencing for microbiome and metagenomic applications Jeremy E. Wilkinson and Daniel M. Portik 9. Genome centric metagenomics: concepts and resources Mick Arnold Cornelis Adriaansens and Craig William Herbold 10. Understanding and modeling the structure of omics data through the lens of probability distributions Kerry L. Ivey 11. Metabolomics in microbial ecology: sample preservation, storage, and integration with metagenomics Brenan Durainayagam, Kelli D. Goodman, Adam D. Kennedy and Annie M. Evans 12. The event of multiomics in metagenomics Himel Mallick, Mainak Bardhan, Chaitali Dagli, Ziyu Liu and Jialin Gao
1. Toward success in omics studies Jacques Izard 2. The changing landscape of microbiome characterization methods: tools, trends, and trajectories Naupaka Zimmerman, Emma Aronson and Jacques Izard 3. The use of metagenomics for biothreat and emerging threat applications Dominick A. Centurioni, Alexander J. Diaz, Michael J. Perry and Christina T. Egan 4. Metagenomics, microbiomes, and symbioses Maria C. Rivera 5. Hypothesis testing of metagenomic data Rohan Mishra and William D. Shannon 6. An update and review of ribosomal RNA depletion methods for microbial transcriptomics Shaomei He 7. Anything, anyone, anywhere: metagenomic sequencing with Oxford Nanopore Technologies Jessica L. Davies, Julia Eales, Caz Harrold and Aaron Pomerantz 8. Highly accurate long-read PacBio HiFi sequencing for microbiome and metagenomic applications Jeremy E. Wilkinson and Daniel M. Portik 9. Genome centric metagenomics: concepts and resources Mick Arnold Cornelis Adriaansens and Craig William Herbold 10. Understanding and modeling the structure of omics data through the lens of probability distributions Kerry L. Ivey 11. Metabolomics in microbial ecology: sample preservation, storage, and integration with metagenomics Brenan Durainayagam, Kelli D. Goodman, Adam D. Kennedy and Annie M. Evans 12. The event of multiomics in metagenomics Himel Mallick, Mainak Bardhan, Chaitali Dagli, Ziyu Liu and Jialin Gao
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