Micro Organisms

Acknowledgements
Aeration
Aerobes and Effluents
Anaerobic Digestion
Analysis of Recombinants
Annelidic conversion AC
Applications
Applying Composting to Waste Management
Aquatic Phyto Systems APS
Barriers to uptake
Basic Principles of Genetic Engineering
Bioenergy
Biofilters
Biological
Biological Control
Biosensors
Biosubstitutions
Biotechnology and Waste
Biotechnology Selection
Biowaste to ethanol
Case Study 21 Environmental Health Laboratory Middlesborough England
Case Study 51 Oil Bioremediation Texas USA
Case Study 61 Mollusc Biofilters Rhode Island USA
Case Study 91 Engineered Salt Tolerance Rehovot Israel
Cellulose Ion Exchange Media
Centralised composting
Chemical
Chemistry
Classifying Pollution
Clean Technology
Cloning vectors
Closing Remarks - 2 3 4 5 6 7 8 9 10
Composting
Concentration and containment
Contaminated Land and Bioremediation
Contents
Derived Biofuels Methane biogas
Desulphurisation of coal and oil
Diffused air systems
DNA for transfer
Ease of control
Effluent treatment
Endomycorrhizae
Environmental Biotechnology
Enzymes solutions and equipment
Essential Features of Biological Treatment Systems
Ethanol fermentation
Eutrophic fermentation EF
Factors Affecting the use of Bioremediation
Foreword
Fundamentals of Biological Intervention
Genetic Manipulation
Genetically Manipulated Organisms
Glycolysis
Home composting
Hydraulic Containment
Hyperaccumulation
In Situ and Ex Situ Techniques
In situ techniques
Integrated Agricultural Applications
Integrated Approach
Intensive and Extensive Technologies
Introduction to Biotechnology
Invessel
Leather industry
Loading rate
Low noise
Macromolecules description and degradation
Macrophyte Treatment Systems MaTS
Manipulation of Bacteria by Genetic Engineering
Mechanical aeration systems
Metabolic Pathways of Particular Relevance to Environmental Biotechnology
Metabolism
Microbes and Metabolism
Microbial diversity
Microbial pesticides
Modalities and local influences
Moisture content
Nutrient Film Techniques NFT
Organic loadings
Organic Phytoremediation
Other Biotechnologies
Other options
Photosynthesis and the Basis of Phytotechnology
Physical
Phytodegradation
Phytoextraction
Phytostabilisation
Phytovolatilisation
Plant pathogens
Plant Selection
Plantmicrobe interactions
Pollution and Pollution Control
Pollution Control
Pollution Control Strategies Dilution and dispersal
Pollution Detection
Practical Applications to Pollution Control
Preface
Process Changes
Process disruption
Process Integration
Process selection and integration
Production of Cellular Energy
Pure Oxygen Systems
Recombinant Bacteria
Recombinant Viruses
Recombinant Yeast
References - 2 3 4 5 6
Reporter genes
Rhizodegradation
Rhizofiltration
Semiochemical agents
Septic tank
Short rotation coppicing
Simple biosubstitutions
Site monitoring for biotechnological applications
Sludge Disposal
Solidificationvitrification
Symbiotic nitrogen fixation
TCA cycle
Terrestrial Phyto Systems TPS
Textile industry
The carbon sink or energy crop question
The composting process
The dark reactions
The digestion process
The engineered solution
The genetic blueprint for metabolic capability
The Immobilisation Degradation or Monitoring of Pollutants from a Biological Origin
The light reactions
The Market for Environmental Biotechnology
The Nature of Biowaste
The Nitrogen Cycle
The players
The Pollution Environment
The Role of Environmental Biotechnology
The Rotating Biological Contactor
The Scope for
The Suitability of Bioremediation
The Way Ahead
Thermal
Training Manipulation of Bacteria Without Genetic Engineering
Transformation of plants
Transgenic Plants
Trickling Filters
Use of remediation techniques
Using Biological Systems
Waste Management
Wholeorganism approaches
Xenobiotics and Other Problematic Chemicals

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