Microbiology: A Systems Approach
McGraw-Hill Higher Education, 2009 - Computers - 869 pages
Microbiology: A Systems Approach is a non-majors microbiology textbook that has quickly become known for its unique organization, appealing writing style, and current medical applications. Cowan/Talaro utilizes an organ systems approach, but unlike any other book, this text first describes the clinical presentation (the particular set of symptoms) and then all of the organisms that could cause the symptom as opposed to just providing a long list of organisms to study. This treatment is unique and represents a real difference in the method of teaching microbiology.
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1 The More Things Change
The Methods for Studying
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active allergies amino acids animals antibiotics antibodies antigen antimicrobial atoms aureus bacteria bacterium blood cells body bonds called carbon cause cell membrane cell wall chapter CHECKPOINT chemical chromosome coli common complex compounds contain culture cycle cytoplasm damage diagnosis disease drugs effects electrons endospores enzymes eukaryotic example fever figure fluid function fungal fungi genes genetic genome gram-negative gram-positive growth host cell human hydrogen immune response immune system infection infectious agents influenza intestine isolated lesions lymphocytes meningitis metabolism microbes microbiology microorganisms microscope molecules mRNA mutations normal biota nucleic acid nutrients occur organisms oxygen parasites pathogens patients penicillin plasmid pneumonia Prevention produce prokaryotes protein protozoa reactions receptors release replication resistance result ribosomes sequence skin specific spores stain sterile strand Streptococcus structure substrate surface symptoms synthesis techniques therapy tion tissue toxic toxin transmission treatment vaccine viral Virulence Factors virus viruses