David Moore
Fungal Morphogenesis
David Moore
Fungal Morphogenesis
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Fungal Morphogenesis brings together, for the first time, the full scope of fungal developmental biology.
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Fungal Morphogenesis brings together, for the first time, the full scope of fungal developmental biology.
Produktdetails
- Produktdetails
- Verlag: Cambridge University Press
- Seitenzahl: 486
- Erscheinungstermin: 3. Dezember 2014
- Englisch
- Abmessung: 235mm x 157mm x 33mm
- Gewicht: 935g
- ISBN-13: 9780521552950
- ISBN-10: 0521552958
- Artikelnr.: 34557279
- Verlag: Cambridge University Press
- Seitenzahl: 486
- Erscheinungstermin: 3. Dezember 2014
- Englisch
- Abmessung: 235mm x 157mm x 33mm
- Gewicht: 935g
- ISBN-13: 9780521552950
- ISBN-10: 0521552958
- Artikelnr.: 34557279
David Moore was born in Kenya during World War II and was a young witness to some of the events in this book. He was educated in Kenya and attended the Duke of York School on the outskirts of Nairobi. After his education there he left Kenya, and soon afterwards became an Articled Clerk with a firm of Chartered Accountants in London, where he qualified as a Chartered Accountant. He pursued a career in commerce with a variety of companies, finally ending up on the south coast of England at Poole, Dorset. He married his wife Carolyn, to whom he had been introduced by his cousin, (in Northern Ireland) and together had a son and a daughter. Being retired he is now able to devote some time to the Swanage Railway where he is a regular volunteer.
Preface
1. Fungi: a place in time and space
1.1. Fungal lifestyle
1.2. The essential nature of fungi
1.3. Evolutionary origins
1.4. Evidence from fossils
1.5. Origin of development
1.6. Evolution within Kingdom Fungi
1.7. Horizontal transfer of genetic information
1.8. Comparing and combining
2. Hyphal growth
2.1. Fungal cells
2.2. Hyphal tip extension
2.3. Septation
2.4. Branching
2.5. Growth kinetics
2.6. Dynamic boundaries
3. Metabolism and biochemistry of hyphal systems
3.1. Nutrients in nature
3.2. Extracellular polymer-degrading enzymes
3.3. Production, location, regulation and use of degradative enzymes
3.4. The menu of basic nutrients
3.5. The wall and membrane as barriers
3.6. The flow of solutes
3.7. Transport strategy
3.8. Water relations
3.9. Intermediary metabolism
3.10. Carbon metabolism
3.11. Fat catabolism
3.12. Nitrogen metabolism
3.13. Secondary metabolism
4. Physiological factors favoring morphogenesis
4.1. Nutrition
4.2. Adaptations of metabolism
4.3. Environmental variables
5. The genetic component of hyphal differentiation
5.1. Nuclear divisions
5.2. Sexuality in fungi
5.3. Shape and form in yeasts and hyphae
5.4. Sexual reproductive structures
5.5. Overview
6. Development of form
6.1. Initiation of structures
6.2. Cell differentiation
6.3. Tissue domains
6.4. Strategies of basidiomycete fruiting
6.5. Commitment, regeneration and senescence
6.6. Degeneration, senescence and death
7. The keys to form and structure
7.1. The nature of morphogenetic control
7.2. Fungal morphogenesis
References
Index.
1. Fungi: a place in time and space
1.1. Fungal lifestyle
1.2. The essential nature of fungi
1.3. Evolutionary origins
1.4. Evidence from fossils
1.5. Origin of development
1.6. Evolution within Kingdom Fungi
1.7. Horizontal transfer of genetic information
1.8. Comparing and combining
2. Hyphal growth
2.1. Fungal cells
2.2. Hyphal tip extension
2.3. Septation
2.4. Branching
2.5. Growth kinetics
2.6. Dynamic boundaries
3. Metabolism and biochemistry of hyphal systems
3.1. Nutrients in nature
3.2. Extracellular polymer-degrading enzymes
3.3. Production, location, regulation and use of degradative enzymes
3.4. The menu of basic nutrients
3.5. The wall and membrane as barriers
3.6. The flow of solutes
3.7. Transport strategy
3.8. Water relations
3.9. Intermediary metabolism
3.10. Carbon metabolism
3.11. Fat catabolism
3.12. Nitrogen metabolism
3.13. Secondary metabolism
4. Physiological factors favoring morphogenesis
4.1. Nutrition
4.2. Adaptations of metabolism
4.3. Environmental variables
5. The genetic component of hyphal differentiation
5.1. Nuclear divisions
5.2. Sexuality in fungi
5.3. Shape and form in yeasts and hyphae
5.4. Sexual reproductive structures
5.5. Overview
6. Development of form
6.1. Initiation of structures
6.2. Cell differentiation
6.3. Tissue domains
6.4. Strategies of basidiomycete fruiting
6.5. Commitment, regeneration and senescence
6.6. Degeneration, senescence and death
7. The keys to form and structure
7.1. The nature of morphogenetic control
7.2. Fungal morphogenesis
References
Index.
Preface
1. Fungi: a place in time and space
1.1. Fungal lifestyle
1.2. The essential nature of fungi
1.3. Evolutionary origins
1.4. Evidence from fossils
1.5. Origin of development
1.6. Evolution within Kingdom Fungi
1.7. Horizontal transfer of genetic information
1.8. Comparing and combining
2. Hyphal growth
2.1. Fungal cells
2.2. Hyphal tip extension
2.3. Septation
2.4. Branching
2.5. Growth kinetics
2.6. Dynamic boundaries
3. Metabolism and biochemistry of hyphal systems
3.1. Nutrients in nature
3.2. Extracellular polymer-degrading enzymes
3.3. Production, location, regulation and use of degradative enzymes
3.4. The menu of basic nutrients
3.5. The wall and membrane as barriers
3.6. The flow of solutes
3.7. Transport strategy
3.8. Water relations
3.9. Intermediary metabolism
3.10. Carbon metabolism
3.11. Fat catabolism
3.12. Nitrogen metabolism
3.13. Secondary metabolism
4. Physiological factors favoring morphogenesis
4.1. Nutrition
4.2. Adaptations of metabolism
4.3. Environmental variables
5. The genetic component of hyphal differentiation
5.1. Nuclear divisions
5.2. Sexuality in fungi
5.3. Shape and form in yeasts and hyphae
5.4. Sexual reproductive structures
5.5. Overview
6. Development of form
6.1. Initiation of structures
6.2. Cell differentiation
6.3. Tissue domains
6.4. Strategies of basidiomycete fruiting
6.5. Commitment, regeneration and senescence
6.6. Degeneration, senescence and death
7. The keys to form and structure
7.1. The nature of morphogenetic control
7.2. Fungal morphogenesis
References
Index.
1. Fungi: a place in time and space
1.1. Fungal lifestyle
1.2. The essential nature of fungi
1.3. Evolutionary origins
1.4. Evidence from fossils
1.5. Origin of development
1.6. Evolution within Kingdom Fungi
1.7. Horizontal transfer of genetic information
1.8. Comparing and combining
2. Hyphal growth
2.1. Fungal cells
2.2. Hyphal tip extension
2.3. Septation
2.4. Branching
2.5. Growth kinetics
2.6. Dynamic boundaries
3. Metabolism and biochemistry of hyphal systems
3.1. Nutrients in nature
3.2. Extracellular polymer-degrading enzymes
3.3. Production, location, regulation and use of degradative enzymes
3.4. The menu of basic nutrients
3.5. The wall and membrane as barriers
3.6. The flow of solutes
3.7. Transport strategy
3.8. Water relations
3.9. Intermediary metabolism
3.10. Carbon metabolism
3.11. Fat catabolism
3.12. Nitrogen metabolism
3.13. Secondary metabolism
4. Physiological factors favoring morphogenesis
4.1. Nutrition
4.2. Adaptations of metabolism
4.3. Environmental variables
5. The genetic component of hyphal differentiation
5.1. Nuclear divisions
5.2. Sexuality in fungi
5.3. Shape and form in yeasts and hyphae
5.4. Sexual reproductive structures
5.5. Overview
6. Development of form
6.1. Initiation of structures
6.2. Cell differentiation
6.3. Tissue domains
6.4. Strategies of basidiomycete fruiting
6.5. Commitment, regeneration and senescence
6.6. Degeneration, senescence and death
7. The keys to form and structure
7.1. The nature of morphogenetic control
7.2. Fungal morphogenesis
References
Index.