Brock biology of microorganisms /
Madigan, Michael T., 1949-
Brock biology of microorganisms / Michael Madigan, Jennifer Aiyer, Daniel Buckley, Kelly Bender, W. Sattley, David Stahl. - 16th edition. Global edition. - (1124 pages) illustrations ; 25cm.
Includes index. Previous edition: 2018.
1.The microbial world 2.Microbial cell structure and function 3.Microbial metabolism 4.Microbial growth and its control 5.Viruses and their multiplication 6.Molecular information flow and protein processing 7.Microbial regulatory systems 8.Molecular aspects of microbial growth 9.Genetics of bacteria and archaea 10.Microbial genomics and other omics 11.Viral genomics and diversity 12.Biotechnology and synthetic biology 13.Microbial evolution and genome dynamics 14.Metabolic diversity of microorganisms 15.Ecological diversity of bacteria 16.Phylogenetic diversity of bacteria 17.Diversity of Archaea 18.Diversity of microbial eukarya 19.Taking the measure of microbial systems 20.Microbial ecosystems 21.Nutrient cycles 22.Microbiology of the build environment 23.Microbial symbioses with microbes, plants, and animals 24.Microbial symbioses with humans 25.Microbial infection and pathogenesis 26.Innate immunity: broadly specific host defences 27.Adaptive immunity: highly specific host defenses 28.Immune disorders and antimicrobial therapy 29. Diagnosing infectious diseases 30. Epidemiology and public health 31.Person-to-person bacterial and viral diseases 32.Vectorborne and soilborne bacterial and viral diseases 33.Waterborne and foodborne bacterial and viral diseases 34.Eukaryotic pathogens: fungi, protozoa, and Helminths
9781292404790
Microbiology.
616.01 MAD
Brock biology of microorganisms / Michael Madigan, Jennifer Aiyer, Daniel Buckley, Kelly Bender, W. Sattley, David Stahl. - 16th edition. Global edition. - (1124 pages) illustrations ; 25cm.
Includes index. Previous edition: 2018.
1.The microbial world 2.Microbial cell structure and function 3.Microbial metabolism 4.Microbial growth and its control 5.Viruses and their multiplication 6.Molecular information flow and protein processing 7.Microbial regulatory systems 8.Molecular aspects of microbial growth 9.Genetics of bacteria and archaea 10.Microbial genomics and other omics 11.Viral genomics and diversity 12.Biotechnology and synthetic biology 13.Microbial evolution and genome dynamics 14.Metabolic diversity of microorganisms 15.Ecological diversity of bacteria 16.Phylogenetic diversity of bacteria 17.Diversity of Archaea 18.Diversity of microbial eukarya 19.Taking the measure of microbial systems 20.Microbial ecosystems 21.Nutrient cycles 22.Microbiology of the build environment 23.Microbial symbioses with microbes, plants, and animals 24.Microbial symbioses with humans 25.Microbial infection and pathogenesis 26.Innate immunity: broadly specific host defences 27.Adaptive immunity: highly specific host defenses 28.Immune disorders and antimicrobial therapy 29. Diagnosing infectious diseases 30. Epidemiology and public health 31.Person-to-person bacterial and viral diseases 32.Vectorborne and soilborne bacterial and viral diseases 33.Waterborne and foodborne bacterial and viral diseases 34.Eukaryotic pathogens: fungi, protozoa, and Helminths
9781292404790
Microbiology.
616.01 MAD