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Book Categories |
Preface | ||
Contributors | ||
I | Agricultural Biotechnology | |
1 | Biotechnological Approaches in Plant Protection: Achievements, New Initiatives, and Prospects | 1 |
2 | Chemical Identification of Fungi: Metabolite Profiling and Metabolomics | 19 |
3 | Isozyme Analysis in Fungal Taxonomy, Genetics, and Population Biology | 37 |
4 | Molecular Methods for Identification of Plant Pathogenic Fungi | 49 |
5 | The Application of Molecular Markers in the Epidemiology of Plant Pathogenic Fungi | 57 |
6 | Molecular Biology for Control of Mycotoxigenic Fungi | 69 |
7 | Biotechnological Potential of Entomopathogenic Fungi | 79 |
8 | Biotechnological Potential of Ergol Alkaloids | 91 |
9 | Fungi as Plant Growth Promoter and Disease Suppressor | 101 |
10 | Challenges and Strategies for Development of Mycoberbicides | 111 |
11 | Biofungicides | 123 |
12 | Molecular Biology of Biocontrol Trichoderma | 135 |
13 | The Biological Control Agent Trichoderma from Fundamentals to Applications | 147 |
14 | Biological Control of Fungal Diseases on Vegetable Crops with Fungi and Yeats | 157 |
15 | Control of Postharvest Diseases of Fruits Using Microbes | 173 |
16 | Arbuscular Mycorrhizal Fungi in Plant Disease Control | 183 |
17 | Commercialization of Arbuscular Mycorrhizal Biofertilizer | 195 |
18 | Control of Nematodes by Fungi | 205 |
II | Food and Feeds | |
19 | Fungi in Food Technology: An Overview | 217 |
20 | Fungi and Fermented Food | 223 |
21 | Production of Edible Fungi | 233 |
22 | Mycoprotein and Related Microbial Protein Products | 247 |
23 | Genetic Variability of Yeast in Wine Fermentation | 257 |
24 | Yeast in the Diary Industry | 269 |
25 | Flavors and Aromas | 281 |
26 | Antifungal Food Additives | 291 |
27 | Molecular Detection of Fungi in Food and Feeds | 299 |
28 | The Role of Spoilage Fungi in Seed Deterioration | 311 |
29 | Mycotoxins | 325 |
30 | Genetics and Biochemistry of Mycotoxin Synthesis | 343 |
III | Environmental Biotechnology | |
31 | Cellulose Degradation by Fungi | 363 |
32 | The Importance of Wood-Decay Fungi in Forest Ecosystems | 375 |
33 | The Biodegradation of Lignocellulose by White Rot Fungi | 393 |
34 | Biomineralization of Heavy Metals | 409 |
35 | Decoloration of Industrial Wastes and Degradation of Dye Water | 419 |
36 | Bioconversion of Distillery Waste | 431 |
37 | Degradation of Hydrocarbons by Yeasts and Filamentous Fungi | 443 |
38 | Biodegradation of Azo Dyes by Fungi | 457 |
39 | Fungal Degradation of Explosives | 471 |
40 | Restoration of Mycorrhizae in Disturbed Arid Ecosystems | 481 |
Index | 493 |
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