Marine Microbiome and Microbial Bioprospecting: Diversity and Bioactive Potential comprehensively discusses the diversity of microbes present in various marine ecosystems, their bioprospecting potential, and how they can be utilized to derive bioproducts that benefit different fields and industries. Sections overview marine microbes, their ex situ conservation, and the tools and techniques used to study marine microbial diversity and taxonomy. In addition, it explores and details microorganisms in different marine ecosystems and considers how bioactive metabolites from diverse marine microorganisms can be harnessed to combat pathogens, used in industrial products and in environmental remediation and degradation, and enhanced for agricultural and aquaculture applications.
With contributions from experts in the field, this book aims to be a valuable resource for researchers and industry professionals in microbiology and biotechnology and anyone involved in finding lead molecules from marine microbial resources for wide-ranging applications.
1. Section I. Introduction - p. S1 2. Chapter 1. Marine microbial research: Opportunities and challenges - p. 3 3. Chapter 2. Tools and techniques to study marine microbial diversity and taxonomy: Contemporary developments - p. 35 4. Chapter 3. Ex-situ conservation of marine microorganisms - p. 53 5. Chapter 4. Marine microbiome genomics - p. 75 6. Section II. Microbial diversity in different marine ecosystems - p. S2 7. Chapter 5. Exploring the deep-sea microorganisms for potential biomolecules—A review - p. 93 8. Chapter 6. Diversity and importance of polar microbes - p. 109 9. Chapter 7. Marine microorganisms—diversity and their industrial applications - p. 143 10. Section III. Marine organism—associated microorganisms - p. S3 11. Chapter 8. Microbial responses to macroalgal carbon: Studies from a high Arctic fjord - p. 171 12. Chapter 9. Actinobacteria associated with Antarctic marine organism - p. 183 13. Chapter 10. Exploration of seaweed-associated microbes for bioprospecting applications - p. 201 14. Chapter 11. Sponge associated microbes—diversity and applications - p. 221 15. Chapter 12. Diversity and bioprospecting of marine fish gut associated microbes - p. 231 16. Section IV. Bioactive metabolites from marine microbes - p. S4 17. Chapter 13. Recent advances in medicinal secondary metabolites from marine Streptomyces - p. 249 18. Chapter 14. Tackling MDR bacterial pathogens through marine microbial prospecting - p. 273 19. Chapter 15. Genomic insights: An information-guided approach to marine natural product discovery - p. 291 20. Chapter 16. Marine microbial resources: Under explored resource for anti-TB drug discovery - p. 315 21. Chapter 17. Antifungal agents from marine microorganisms (bacteria and actinobacteria) - p. 351 22. Chapter 18. Antifungal agents from marine fungi - p. 373 23. Chapter 19. Antiviral drug discovery from marine microbes - p. 415 24. Chapter 20. Potential anti-biofilm agents from marine microbes - p. 433 25. Chapter 21. Potential antioxidant molecules from marine-associated microbes - p. 451 26. Section V. Industrial products from marine microbes - p. S5 27. CHAPTER 22. Antidiabetic efficiency of mangrove microbiome - p. 463 28. Chapter 23. Enzymes from the marine microbes of the Arctic region and their potential applications - p. 485 29. Chapter 24. Marine-derived microbial proteins and peptides: A review of their bioactivities and applications - p. 527 30. Chapter 25. Marine microbial biosurfactants and their therapeutic applications - p. 553 31. Chapter 26. Biological and chemical study of exopolysaccharides produced by marine microorganisms and its effect on arthritis - p. 581 32. Chapter 27. Bioplastics from marine bacteria - p. 615 33. Section VI. Marine microbes in environment and nanotechnology - p. S6 34. CHAPTER 28. Emerging trends of antibiotic resistance in the high Arctic: A critical analysis - p. 627 35. Chapter 29. Petroleum hydrocarbon degradation using marine microorganisms - p. 641 36. Chapter 30. Pesticide degradation using marine microorganisms - p. 653 37. CHAPTER 31. Dye degradation using marine microbes - p. 671 38. Chapter 32. Antifouling compounds from marine microbial resources - p. 681 39. Chapter 33. Nanoparticle synthesis using marine bacteria and actinobacteria - p. 709 40. Section VII. Marine microbes for agriculture and aquaculture applications - p. S7 41. Chapter 34. PGP properties of marine bacteria, actinobacteria, and fungi - p. 753 42. Chapter 35. Agricultural antibiotics from marine microbes - p. 765 43. Chapter 36. Marine microbes as potential biopesticides for agricultural applications - p. 775 44. Chapter 37. Bioactive molecules from marine derived microbes against fish pathogens - p. 791 45. Chapter 38. Tackling WSSV using marine microbes and their metabolites - p. 811 46. Chapter 39. Bacterial and actinobacterial probiotics for aquaculture - p. 821 47. Index - p. 833
Marine Microbiome and Microbial Bioprospecting: Diversity and Bioactive Potential comprehensively discusses the diversity of microbes present in various marine ecosystems, their bioprospecting potential, and how they can be utilized to derive bioproducts that benefit different fields and industries. Sections overview marine microbes, their ex situ conservation, and the tools and techniques used to study marine microbial diversity and taxonomy. In addition, it explores and details microorganisms in different marine ecosystems and considers how bioactive metabolites from diverse marine microorganisms can be harnessed to combat pathogens, used in industrial products and in environmental remediation and degradation, and enhanced for agricultural and aquaculture applications.
With contributions from experts in the field, this book aims to be a valuable resource for researchers and industry professionals in microbiology and biotechnology and anyone involved in finding lead molecules from marine microbial resources for wide-ranging applications.
1. Section I. Introduction - p. S1 2. Chapter 1. Marine microbial research: Opportunities and challenges - p. 3 3. Chapter 2. Tools and techniques to study marine microbial diversity and taxonomy: Contemporary developments - p. 35 4. Chapter 3. Ex-situ conservation of marine microorganisms - p. 53 5. Chapter 4. Marine microbiome genomics - p. 75 6. Section II. Microbial diversity in different marine ecosystems - p. S2 7. Chapter 5. Exploring the deep-sea microorganisms for potential biomolecules—A review - p. 93 8. Chapter 6. Diversity and importance of polar microbes - p. 109 9. Chapter 7. Marine microorganisms—diversity and their industrial applications - p. 143 10. Section III. Marine organism—associated microorganisms - p. S3 11. Chapter 8. Microbial responses to macroalgal carbon: Studies from a high Arctic fjord - p. 171 12. Chapter 9. Actinobacteria associated with Antarctic marine organism - p. 183 13. Chapter 10. Exploration of seaweed-associated microbes for bioprospecting applications - p. 201 14. Chapter 11. Sponge associated microbes—diversity and applications - p. 221 15. Chapter 12. Diversity and bioprospecting of marine fish gut associated microbes - p. 231 16. Section IV. Bioactive metabolites from marine microbes - p. S4 17. Chapter 13. Recent advances in medicinal secondary metabolites from marine Streptomyces - p. 249 18. Chapter 14. Tackling MDR bacterial pathogens through marine microbial prospecting - p. 273 19. Chapter 15. Genomic insights: An information-guided approach to marine natural product discovery - p. 291 20. Chapter 16. Marine microbial resources: Under explored resource for anti-TB drug discovery - p. 315 21. Chapter 17. Antifungal agents from marine microorganisms (bacteria and actinobacteria) - p. 351 22. Chapter 18. Antifungal agents from marine fungi - p. 373 23. Chapter 19. Antiviral drug discovery from marine microbes - p. 415 24. Chapter 20. Potential anti-biofilm agents from marine microbes - p. 433 25. Chapter 21. Potential antioxidant molecules from marine-associated microbes - p. 451 26. Section V. Industrial products from marine microbes - p. S5 27. CHAPTER 22. Antidiabetic efficiency of mangrove microbiome - p. 463 28. Chapter 23. Enzymes from the marine microbes of the Arctic region and their potential applications - p. 485 29. Chapter 24. Marine-derived microbial proteins and peptides: A review of their bioactivities and applications - p. 527 30. Chapter 25. Marine microbial biosurfactants and their therapeutic applications - p. 553 31. Chapter 26. Biological and chemical study of exopolysaccharides produced by marine microorganisms and its effect on arthritis - p. 581 32. Chapter 27. Bioplastics from marine bacteria - p. 615 33. Section VI. Marine microbes in environment and nanotechnology - p. S6 34. CHAPTER 28. Emerging trends of antibiotic resistance in the high Arctic: A critical analysis - p. 627 35. Chapter 29. Petroleum hydrocarbon degradation using marine microorganisms - p. 641 36. Chapter 30. Pesticide degradation using marine microorganisms - p. 653 37. CHAPTER 31. Dye degradation using marine microbes - p. 671 38. Chapter 32. Antifouling compounds from marine microbial resources - p. 681 39. Chapter 33. Nanoparticle synthesis using marine bacteria and actinobacteria - p. 709 40. Section VII. Marine microbes for agriculture and aquaculture applications - p. S7 41. Chapter 34. PGP properties of marine bacteria, actinobacteria, and fungi - p. 753 42. Chapter 35. Agricultural antibiotics from marine microbes - p. 765 43. Chapter 36. Marine microbes as potential biopesticides for agricultural applications - p. 775 44. Chapter 37. Bioactive molecules from marine derived microbes against fish pathogens - p. 791 45. Chapter 38. Tackling WSSV using marine microbes and their metabolites - p. 811 46. Chapter 39. Bacterial and actinobacterial probiotics for aquaculture - p. 821 47. Index - p. 833
