- Adsorption of DNAProtein Complexes on Different Soil Components
- Alternative Stable Isotope Based Approaches
- Amino Sugar Polymers
- Analytical Pyrolysis and Thermochemolysis
- Antibiotic Biosynthesis Genes
- Biological Forms of Organic N and P That Enter Soils
- Case Studies and Emerging Issues in Soil Proteomics
- Cell Extraction
- Cloning Inventories Versus Community Profiling Methods
- Community Genome Arrays CGAs
- Community Structure Versus Diversity
- Concluding Remarks - 2
- Conclusions - 2
- Conclusions and Future Perspectives 3 4
- Contents
- Contributors
- Decomposer Activity and Bioremediation
- DNA Interactions with Clay Minerals
- DNA Interactions with Humic Substances
- DNA Interactions with Natural Soils
- DNA Interactions with Sand
- DNA Versus RNA Targets
- DNAProtein Interactions
- Evidence for the Presence of Stabilised Enzymes in Soil
- Extraction for Metagenome Libraries
- Forms of Organic N in Soil Organic Matter
- Forms of Organic P in Soils
- Freeze Thaw
- Functional Gene Arrays FGAs
- Future Challenges - 2
- Glomalin
- Grinding
- Group Specific Microbial Community Analyses
- Hydrolysis
- Info
- Inositol Phosphates
- Interactions of DNA Combined with Other Cellular Substances with Pure Soil Components
- Introduction - 2 3 4 5 6 7
- Introduction Methods for the Detection of mRNA in Soil 8 9 10 11 12 13
- Long Term Field Persistence of Plant DNA in Cellular Material or as Free DNA
- Lysis and Extraction
- Methods to Assay the Persistence of Functional DNA in Soils
- Natural Transformation in the Presence of Humic Substances
- Natural Transformation of Bacteria with DNA Adsorbed or Bound to Clays
- Nitrogen Fertilisation
- Notes on Isotopic Enrichments
- Nucleic Acids and Proteins in Soil
- Nutrient Cycle Genes the Nitrogen Cycle
- Other General Markers for In Situ Determinations of Microbial Community Structure
- Other Organisms
- Persistence and Spread of Plant DNA in Agricultural Field Plots
- Persistence of DNA in Soil
- Phospholipids
- Polar Lipid Derived Fatty Acid Based Stable Isotope Probing Plfasip
- Presence of DNA in Soil
- Protection of Mineral Associated DNA against DNases
- Protein Interactions with Clay Minerals
- Protein Interactions with Humic Substances
- Protein Interactions with Natural Soils
- Proteins and Polypeptides
- Proteomics
- Purification
- Quantitation
- Radioactive Isotope Based Approaches
- References - 2 3 4 5 6
- Relationship Between Enzyme Activities and Their Substrates or Products in Soil
- RNA Extraction
- Sensitivity
- Separation
- Sequential Extraction and Separation
- Soil Biology
- Solid State 15N NMR Spectroscopy
- Specific Approaches Based on Specialised Functional Genes
- Specificity
- Summary
- Techniques To Analyse Organic P in Soils
- Techniques To Analyse Soil Organic Nitrogen
- Teichoic Acids
- The Benefits and Limitations of PCRBased Approaches
- The Binding of DNA to Soils
- The Distribution of DNA to Liquid and Solid Soil Phases
- The Extracellular Gene Pool Hypothesis
- The General Choices in Molecular Analysis of Soil Borne Microbial Communities
- Type Distribution Location and Properties
- Types of Environmental Microarrays
- Xray Absorption Near Edge Structure Spectroscopy