Microbial Growth KineticsMicrobial Growth Kinetics opens with a critical review of the history of microbial kinetics from the 19th century to the present day. The results of original investigations into the growth of soil microbes in both laboratory and natural environments are summarised. The book emphasises the analysis of complex dynamic behaviour of microorganism populations. Non-steady states and unbalanced growth, multiple limitation, survival under starvation, differentiation, morphological variability, colony and biofilm growth, mixed cultures and microbial population dynamics in soil are all examined. Mathematical models are proposed which give mechanistic explanations to many features of microbial growth. The book takes general kinetic principles and their ecological applications and presents them in a way specifically designed for the microbiologist. This in itself is unusual but taken with the book's fascinating historical overview and the many fresh and sometimes controversial ideas expressed, this book is a must for all advanced students of microbiology and researchers in microbial ecology and growth. |
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Contenido
Historical development of microbial growth theory | 1 |
11 THE BIRTH OF MICROBIOLOGY | 2 |
12 EVOLUTION OF VIEWS ON MICROBIAL GROWTH 19001930 | 5 |
13 JACQUES LUCIEN MONOD | 21 |
14 VERIFICATION REFINEMENT AND DEVELOPMENT OF THE CHEMOSTAT THEORY 1950PRESENT | 30 |
15 MICROBIAL GROWTH IN NATURAL HABITATS | 62 |
16 CONCLUSION | 93 |
Diversity of patterns of microbial growth in situ and ex situ | 96 |
43 MICROBIAL GROWTH IN PACKED COLUMNS WITH INERT CARRIER | 256 |
44 CONCLUSION | 260 |
Growth kinetics and the life strategy of microbial populations | 262 |
51 GROWTH KINETICS OF PURE CULTURES | 264 |
52 MIXED MICROBIAL CULTURES | 272 |
53 POPULATION DYNAMICS IN NATURAL HABITATS | 275 |
54 CONCLUSION | 288 |
Microbial growth in soil | 290 |
22 PATTERNS OF MICROBIAL GROWTH IN SOIL | 98 |
23 ARRAY OF LABORATORY CULTIVATION METHODS | 102 |
24 CONCLUSION | 108 |
Microbial growth under homogeneous conditions | 110 |
32 MICROBIAL GROWTH LIMITED BY THE SOURCE OF CARBON AND ENERGY | 118 |
33 MICROBIAL GROWTH LIMITED BY CONSERVED SUBSTRATES | 159 |
34 DIAUXIE | 171 |
35 MORPHOLOGY AND SIZES OF CELLS | 181 |
36 THE DEVELOPMENT OF A GENERAL KINETIC MODEL | 187 |
37 CONCLUSION | 236 |
Heterogeneous microbial growth | 238 |
42 MICROBIAL GROWTH IN A SYSTEM OF GLASS MICROBEADS | 253 |
A KINETIC METHOD FOR THE DETERMINATION OF SOIL MICROBIAL MASS | 292 |
62 MICROBIAL GROWTH IN SOIL AS DEPENDENT ON THE PATTERN OF ORGANIC SUBSTRATE INPUT | 304 |
63 MICROBIAL GROWTH ASSOCIATED WITH SOIL INVERTEBRATES | 318 |
64 MICROBIAL GROWTH ASSOCIATED WITH PLANT ROOTS | 321 |
65 FIELD OBSERVATIONS ON MICROBIAL DYNAMICS | 329 |
66 CONCLUSION | 336 |
Derivation of mathematical models and identification of kinetic parameters | 338 |
A2 IDENTIFICATION OF THE KINETIC PARAMETERS | 340 |
A3 NUMERIC INTEGRATION OF ORDINARY DIFFERENTIAL EQUATIONS ODE AND IDENTIFICATION OF THEIR PARAMETERS | 346 |
351 | |
371 | |
Términos y frases comunes
according activity agar analysis approach Arthrobacter bacteria balance batch culture biomass calculated cell changes chemostat culture colony complete components compounds concentration conserved constant continuous cultivation curve decrease dependent derived described determined direct dynamics effects energy enzymes equation estimated example experimental experiments expressed fact factors Figure function glucose higher increase initial kinetic laboratory limiting limiting substrate linear maintenance mass mathematical measured mechanisms medium metabolic method microbial growth microorganisms Monod mycelium natural nutrient observed obtained organisms parameters particular phase physiological plant population possible problem processes range reactions relationship requirements residual respectively respiration root simple simulation soil specific steady-state studies substrate substrate concentration Table technique temperature theory uptake values variables variation yield
Pasajes populares
Página 367 - Simkins, S., and M. Alexander. 1984. Models for mineralization kinetics with the variables of substrate concentration and population density.
Página 353 - The growth of microorganisms in relation to their energy supply.
Página 354 - Kinetics of bacterial growth: Relationship between population density and specific growth rate of continuous cultures.