IX. Chemical Assay -- X. Validity of Assay -- XI. Statistical -- XII. Biological Variation -- XIII. Training of Personnel -- References -- Chapter 4. Application of Membrane Filters -- I. Introduction -- II. Properties and Structure -- III. Filtration and Sterilization -- IV. Culture Techniques -- V. Staining Techniques -- VI. Fields of Application -- References -- Chapter 5. Microbial Control Methods in the Brewery -- I. Introduction -- II. Outline of Brewing Process -- III. Wort and Beer as Microbial Media -- IV. Control of Yeast Quality.

VI. Patents -- VII. Submerged Fermentation in Vinegar Production -- VIII. Deep-Fermentation Equipment -- IX. Clarification -- X. Concentration -- XI. General Comments -- References -- Chapter 7. The Microbiological Transformation of Steroids -- I. Introduction -- II. General Techniques -- III. Transformation of Steroids -- References -- Chapter 8. Biological Transformation of Solar Energy -- I. Introduction -- II. Production of Algae in Waste Waters -- III. Production of Methane Through Digestion of Algae -- IV. Power Production -- V. Estimation of Cost of Power.

XII. Sludge Microorganisms -- XIII. Compilation of Essential Data -- XIV. Model Calculation -- XV. Aeration Equipment -- XVI. Pilot Plant -- XVII. Industrial Application -- References -- Chapter 2. Aerosol Samplers -- I. Introduction -- II. Aerosol Samplers -- III. Bibliographic Lists. -- References -- Chapter 3. A Commentary on Microbiological Assaying -- I. Introduction -- II. Volumetric Equipment -- III. Dish Washing -- IV. Microbiological Assay -- V. Mechanization of Read-Out -- VI. pH and Activity -- VII. Preservation of Test Organisms -- VIII. Time of Incubation of the Assay.

Front Cover -- Advances in Applied Microbiology, Volume 2 -- Copyright Page -- Contents -- Contributors -- Preface -- Chapter 1. Newer Aspects of Waste Treatment -- I. Introduction -- II. Aftermath of Dumping Waste into a Body of Water -- III. A Glance at Waste-Treatment Procedures -- IV. Problem of Concentrated Industrial Wastes -- V. Laboratory Approach to Problem -- VI. Nutrient Requirements -- VII. Preliminary Laboratory Studies on Treatment of Dairy Wastes -- VIII. Oxygen Requirements -- IX. Assimilation and Synthesis -- X. Endogenous Respiration -- XI. Storage Ability of Sludge.