
- 1,278 pages
- English
- PDF
- Available on iOS & Android
eBook - PDF
Molecular Detection of Human Bacterial Pathogens
About this book
As more original molecular protocols and subsequent modifications are described in the literature, it has become difficult for those not directly involved in the development of these protocols to know which are most appropriate to adopt for accurate identification of bacterial pathogens. Molecular Detection of Human Bacterial Pathogens addresses th
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Yes, you can access Molecular Detection of Human Bacterial Pathogens by Dongyou Liu in PDF and/or ePUB format, as well as other popular books in Medicine & Public Health, Administration & Care. We have over one million books available in our catalogue for you to explore.
Information
Table of contents
- Front Cover
- Contents
- Preface
- Editor
- Contributors
- Chapter 1: Introductory Remarks
- Chapter 2: Actinomadura
- Chapter 3: Actinomyces
- Chapter 4: Atopobium
- Chapter 5: Bifidobacterium
- Chapter 6: Corynebacterium
- Chapter 7: Cryptobacterium
- Chapter 8: Gardnerella
- Chapter 9: Gordonia
- Chapter 10: Micrococcus and Kocuria
- Chapter 11: Mycobacterium
- Chapter 12: Nocardia
- Chapter 13: Propionibacterium
- Chapter 14: Rhodococcus
- Chapter 15: Saccharopolyspora
- Chapter 16: Streptomyces
- Chapter 17: Tropheryma
- Chapter 18: Tsukamurella
- Chapter 19: Abiotrophia
- Chapter 20: Aerococcus
- Chapter 21: Bacillus
- Chapter 22: Enterococcus
- Chapter 23: Granulicatella
- Chapter 24: Lactobacillus
- Chapter 25: Leuconostoc
- Chapter 26: Listeria
- Chapter 27: Paenibacillus
- Chapter 28: Staphylococcus
- Chapter 29: Streptococcus
- Chapter 30: Acidaminococcus
- Chapter 31: Anaerococcus, Parvimonas, and Peptoniphilus
- Chapter 32: Catabacter
- Chapter 33: Clostridium
- Chapter 34: Dialister
- Chapter 35: Eubacterium
- Chapter 36: Finegoldia
- Chapter 37: Mogibacterium
- Chapter 38: Peptostreptococcus
- Chapter 39: Tannerella
- Chapter 40: Veillonella
- Chapter 41: Mycoplasma
- Chapter 42: Ureaplasma
- Chapter 43: Bacteroides
- Chapter 44: Capnocytophaga
- Chapter 45: Chlamydia
- Chapter 46: Chlamydophila
- Chapter 47: Elizabethkingia, Chryseobacterium, and Bergeyella
- Chapter 48: Fusobacterium
- Chapter 49: Leptotrichia and Leptotrichia-Like Organisms
- Chapter 50: Porphyromonas
- Chapter 51: Prevotella
- Chapter 52: Anaplasma
- Chapter 53: Bartonella
- Chapter 54: Brucella
- Chapter 55: Ehrlichia
- Chapter 56: Ochrobactrum
- Chapter 57: Orientia
- Chapter 58: Rickettsia
- Chapter 59: Achromobacter
- Chapter 60: Bordetella
- Chapter 61: Burkholderia
- Chapter 62: Eikenella
- Chapter 63: Kingella
- Chapter 64: Laribacter
- Chapter 65: Neisseria
- Chapter 66: Ralstonia
- Chapter 67: Acinetobacter
- Chapter 68: Aeromonas
- Chapter 69: Aggregatibacter
- Chapter 70: Cardiobacterium
- Chapter 71: Cedecea
- Chapter 72: Citrobacter
- Chapter 73: Coxiella
- Chapter 74: Enterobacter
- Chapter 75: Escherichia
- Chapter 76: Francisella tularensis
- Chapter 77: Haemophilus
- Chapter 78: Klebsiella
- Chapter 79: Legionella
- Chapter 80: Moraxella
- Chapter 81: Pasteurella
- Chapter 82: Photobacterium
- Chapter 83: Plesiomonas
- Chapter 84: Proteus
- Chapter 85: Providencia
- Chapter 86: Pseudomonas
- Chapter 87: Salmonella
- Chapter 88: Serratia
- Chapter 89: Shigella
- Chapter 90: Stenotrophomonas
- Chapter 91: Vibrio
- Chapter 92: Yersinia
- Chapter 93: Arcobacter
- Chapter 94: Campylobacter
- Chapter 95: Helicobacter
- Chapter 96: Borrelia
- Chapter 97: Leptospira
- Chapter 98: Treponema
- Chapter 99: Pan-Bacterial Detection of Sepsis-Causative Pathogens
- Chapter 100: Metagenomic Approaches for Bacterial Detection and Identification
- Back Cover