By Geo. Brooks, Karen C. Carroll, Janet Butel, Stephen Morse
The landmark medical consultant to the function microorganisms play in human health and wellbeing and health problems -- commonly revised and updated
A Doody's middle Title!
Linking basic microbiology strategies with the analysis and remedy of scientific infections, this exclusive, moveable textual content offers a vital assessment of the organisms and brokers desirous about medical microbiology. as well as short descriptions of the organisms, you will discover important views on pathogenesis, diagnostic laboratory assessments, medical findings, therapy, and epidemiology. The book's function is to introduce easy medical microbiology throughout the fields of bacteriology, virology, mycology, and parasitology supplying you with a far-reaching, but obtainable overview of the self-discipline that you just cannot locate at any place else. helping this acclaimed assurance are greater than three hundred informative illustrations and tables, each one designed to explain and force domestic vital bankruptcy concepts.
New to this Edition:
- Updates to serious issues all through, rather within the parts of hepatitis viruses, the HIV virus, and bacterial virulence elements
- Refreshed USMLE questions
- Revised record of microorganisms and viruses featured at the within the book's covers
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Additional info for Medical Microbiology, 24th edition
2. Lipopolysaccharide (LPS)—The LPS of gramnegative cell walls consists of a complex glycolipid, called lipid A, to which is attached a polysaccharide made up of a core and a terminal series of repeat units (Figure 2–19A). The lipid A component is embedded in the outer leaflet of the membrane anchoring the LPS. LPS is synthesized on the cytoplasmic membrane and transported to its final exterior position. The presence of LPS is required for the function of many outer membrane proteins. Lipid A consists of phosphorylated glucosamine disaccharide units to which are attached a number of longchain fatty acids (Figure 2–19B).
Gram-positive bacteria usually have L-lysine at position 3; however, some may have diaminopimelic acid or another amino acid at this position. Diaminopimelic acid is a unique element of bacterial cell walls. It is never found in the cell walls of Archaea or eukaryotes. Diaminopimelic acid is the immediate precursor of lysine in the bacterial biosynthesis of that amino acid (see Figure 6–18). Bacterial mutants that are blocked prior to diaminopimelic acid in the biosynthetic pathway grow normally when provided with diaminopimelic acid in the medium; when given Llysine alone, however, they lyse, since they continue to grow but are specifically unable to make new cell wall peptidoglycan.
A: General fold of a porin monomer (OmpF porin from E coli). The large hollow β-barrel structure is formed by antiparallel arrangement of 16 β-strands. The strands are connected by short loops or regular turns on the periplasmic rim (bottom), whereas long irregular loops face the cell exterior (top). The internal loop, which connects β-strands 5 and 6 and extends inside the barrel, is highlighted in dark. The chain terminals are marked. The surface closest to the viewer is involved in subunit contacts.