CRC Handbook of Laboratory Model Systems for Microbial Ecosystems, Volume I
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A01=Julian W.T. Wimpenny
Annular Reactor
anoxic microbial environments
Author_Julian W.T. Wimpenny
biofilm formation
Biofilm Quantity
Biofilm Thickness
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Category=PSV
chemostat methodology
Chromatium Vinosum
Constant Depth Film Fermenter
continuous culture systems
Dental Plaque
Dilution Rate
Dynamic Assessment
EDTA Disodium Salt
Energy Source
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experimental microbial ecosystem models
FEMS Microbiol Ecol
Film Fermenters
Fluid Shear Stress
Gradient Plates
Habitat Domain
Hexanoic Acid
homogeneous fermenter
Hydrodynamic Boundary Layer
laboratory microcosms
Laboratory Model Systems
Lower Dilution Rates
Maximum Specific Growth Rate
Microbial Communities Function
microbial ecology
microbial ecosystems
Microbial Films
microcosms
Nitrifying Bacteria
Specific Growth Rate
Surface Microenvironment
Product details
- ISBN 9781138558366
- Weight: 453g
- Dimensions: 178 x 254mm
- Publication Date: 28 Jan 2019
- Publisher: Taylor & Francis Ltd
- Publication City/Country: GB
- Product Form: Paperback
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These volumes present the main classes of useful laboratory model systems used to study microbial ecosystems, with emphasis on the practical details for the use of each model. The most commonly used model, the homogeneous fermenter, is featured along with linked homogeneous culture systems, film fermenters, and percolating columns. Additionally, gel-stabilized culture systems which incorporate molecular diffusion as their main solute transfer mechanism and the microbial colony are explained. Chapters comparing model systems with "microcosms" are included, along with discussions of the value of computer models in microbial ecosystem research. Highlighted is a global discussion of the value of laboratory models in microbial ecology.
Professor Julian William Thomas Wimpenny was a microbiologist, academic and researcher at Cardiff University.
