DNA Methods in Clinical Microbiology
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DNA Methods in Clinical Microbiology

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Description

DNA Methods in Clinical Microbiology describes the novel DNA-based technology now used in the diagnosis and management of infectious diseases. It is a concise, yet readable, overview written primarily for clinicians, clinical microbiologists, medical students and undergraduates in medical and veterinary microbiology.
The book has two primary aims. First, to explain the principles of these methods at the `molecular' level. Second, to provide a clinical perspective by reporting results from actual DNA-based investigations on a range of specimens.
Those approaching DNA methods for the first time are assisted by a brief resume of the relevant features of nucleic acids (Chapter 2): this information is essential for an understanding of later chapters. Subsequent text covers detection, characterization and quantification of pathogens by a variety of methods - e.g., target amplification (PCR, LCR, NASBA, TMA and SDA), signal amplification (bDNA) and probe-based techniques; the chapter on typing describes nearly twenty named molecular methods, including spoligotyping and MLST. All chapters include an adequate range of current reference from which, if required, detailed protocols can be obtained. The diagrams are clear, and readers are assisted by a detailed index.
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Product details

  • Hardback | 256 pages
  • 152.4 x 241.3 x 20.3mm | 453.6g
  • Dordrecht, Netherlands
  • English
  • 2000 ed.
  • VIII, 256 p.
  • 0792363078
  • 9780792363071

Table of contents

Preface. 1. DNA-based technology: an introduction. 2. Nucleic acids: the essentials. 3. Probe-based (hybridization) methods. 4. Nucleic acid amplification I: polymerase chain reaction. 5. Nucleic acid amplification II: NASBA, TMA, SDA. 6. Nucleic acid amplification III: ligase chain reaction. 7. Nucleic-acid-based typing. 8. DNA-based (`genotypic') antibiotic susceptibility testing. 9. Quantification of pathogens. Appendix I: The future: chip technology. Appendix II: Commercial products, systems and sources. Index.
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