Environmental Microbiology: A Laboratory ManualAcademic Press, 13 Ara 2004 - 209 sayfa Section one: Basic Protocols. Experiment 1: Dilution and Plating of Bacteria and Growth Curves. Overwiew. Theory and Significance. Procedure.Triks of the Trade. Potential Hazards. Example Calculation of mean Generation time. Questions and Problems. Reference. EXPERIMENT 2: Soil Moisture Content Determination. Overview.Theory and Significance. Procedure. Tricks of the Trade. Potential Hazards. Example Calculations. Questions and Problems. References. SECTION TWO: Examination of Soil Microorganisms Via Microscopic and Cultural Assays. EXPERIMENT 3: Contact Slide Assay. Overview.Theory and Significance. Procedure. Tricks of the Trade.. Potential Hazards. Questions and Problems. References.EXPERIMENT 4: Filamentous Fungi. Overview.Theory and Significance. Procedure. Tricks of the Trade. Potential Hazards.. Calculations. Questions and Problem.References. EXPERIMENT 5: Bacteria and Actinomycetes. Overview.Theory and Significance. Procedure. Tricks of the Trade. Potential Hazards. Questions and Problems. References.EXPERIMENT 6: Algae: Enumeration by MPN.Overview. Theory Procedure. Tricks of the Trade. Potential Hazards. Calculations. Questions and Problems. References. SECTION THREE: Microbial Transformations and Response to Contaminants. Overview.Theory. Procedure. Tricks of the Trade. Potential Hazards. Calculations.Questions and Problems.References. EXPERIMENT 8: Dehydrogenase Activity of Soils. Overview. Theory. Procedure. Tricks of the Trade. Potential Hazards. Example Calculations. Questions and Problems. Reference. EXPERIMENT 9: Nitrification and Denitrification. Overview. Theory.Procedure. Tricks of the Trade. Potential Hazards. Assignment and Questions. References. EXPERIMENT 10: Enrichment and Isolation of Bacteria that Degrade 2,4-Dichlorophenoxyacetic Acid. Overview. Theory and Significance. Procedure; Tricks of the Trade. Potential Hazards. Questions and Problems.References. EXPERIMENT 11: Adaptation of Soil Bacteria to Metals. Overview.Theory and Significance. Procedure. Tricks of the Trade. Potential Hazards. Questions and Problems. References. EXPERIMENT 12: Biodegradation of Phenol Compounds. Overview. Theory and Significance. Procedure. Potential Hazards. Calculations. Questions and Problem. References. EXPERIMENT 13: Assimilable Organic Carbon. Overview. Theory and Significance. Procedure. Tricks of the Trade. Calculations. Questions and Problems. References. EXPERIMENT 14: Biochemical Oxygen Demand. Overview. Theory and Significance. Procedure.Tricks of the Trade. Potential Hazards. Calculations. Questions and Problems. References. SECTION FOUR: Water Microbiology. EXPERIMENT 15: Bacteriological Examination of Water: The Coliform MPN Test. Overview.Theory and Significance. Procedure. Tricks of the Trade. Calculations. Questions and Problems. Reference. EXPERIMENT 16: Membrane Filter Technique. Overview. Theory and Significance. Procedure. Tricks of the Trade. Potential Hazards. Calculations. Questions and Problems. Reference. EXPERIMENT 17: Defined Substrate Technology for the Detection of Coliforms and Fecal Coliforms. Overview. Theory and Significance.Procedure. Tricks of the Trade. Potential Hazards. Calculations. Questions and Problems.References. EXPERIMENT 18: Film Medium for the Detection of Coliforms in Water, Food, and on Surfaces. Overview. Theory and Significance. Procedure.Tricks of the Trade. Questions and Problems. References. EXPERIMENT 19: Dection of Bacteriophages. Overview. Theory and Significance. Procedure. Tricks of the Trade. Potential Hazards. Calculations. Questions and Problems. Reference. SECTION FIVE: Advanced Topics. EXPERIMENT 20: Detection of Enteric Viruses in Water. Overview. Theory and Significance.Procedure. Questions and Problems. References. EXPERIMENT 21: Detection of Waterborne Parasites.Overview. Theory and Significance.Procedure. Questions and Problems. References. EXPERIMENT 22: Kinetics of Disinfection. Overview. Theory and Significance. Procedure. Tricks of the Trade. Potential Hazards. Calculations. Questions and Problems. Reference. EXPERIMENT 23: Aerobiology Sampling of Airborne Microorganisms.Overview. Theory and Significance. Procedure. Tricks of the Trade. Potential Hazards. Calculations. Questions and Problems. Reference. EXPERIMENT 24: Detection and identification of Bacteria Via PCR and Subsequent BLAST Analysis of Amplified Sequences. Overview. Theory and Significance. Procedure. Tricks of the Trade. Potential Hazards. Questions and Problems. Reference. APPENDIX 1: Preparation of Media and Stains for Each Experiment. APPENDIX 2: Glossary. |
İçindekiler
Examination of Soil Microorganisms Via Microscopic and Cultural Assays | 17 |
Microbial Transformations and Response to Contaminants | 59 |
Water Microbiology | 113 |
Advanced Topics | 147 |
Preparation of Media and Stains for Each Experiment | 187 |
Glossary | 197 |
Diğer baskılar - Tümünü görüntüle
Environmental Microbiology: A Laboratory Manual Ian L. Pepper,Charles P. Gerba,Jeffrey W. Brendecke Sınırlı önizleme - 2011 |
Environmental Microbiology: A Laboratory Manual Ian L. Pepper,Charles P. Gerba,Jeffrey W. Brendecke Sınırlı önizleme - 1995 |
Sık kullanılan terimler ve kelime öbekleri
acid actinomycetes activity added addition agar allow amended amount analysis assay bacteria bacteriophages blank bottle broth buffer Calculate cells chemoautotrophic chlorine coli coliform collected colonies concentration containing counts culture cysts deionized water detection determine dilution dishes disinfection Environmental Examine example Experiment Figure filter final flask fungi glass glucose Gram growth increase Incubate indicator inoculated inoculum involves isolate Label light mean measure medium method microbial microorganisms microscope moisture content needed nitrate nutrient observe obtained occur organisms oxidation particles Period Materials phenol pipette plastic plates positive preparation present procedure produce reaction REFERENCES remove require saline Second sequence slide soil soil moisture soil type solution spread stain standard step sterile strands sulfur surface Table temperature transfer treatment tubes virus viruses volume wastewater water sample week weight