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Reproduction In Fungi Book

Reproduction In Fungi
Reproduction In Fungi, The main theme of this book is how reproduction in fungi is controlled by genetic and environmental factors. The genetics of fungi is at a crossroads - the methods of classical genetics are giving way to those of recombinant DNA technology. Reproduction i, Reproduction In Fungi has a rating of 4 stars
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Reproduction In Fungi, The main theme of this book is how reproduction in fungi is controlled by genetic and environmental factors. The genetics of fungi is at a crossroads - the methods of classical genetics are giving way to those of recombinant DNA technology. Reproduction i, Reproduction In Fungi
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  • Reproduction In Fungi
  • Written by author C. Elliot
  • Published by Springer-Verlag New York, LLC, October 1993
  • The main theme of this book is how reproduction in fungi is controlled by genetic and environmental factors. The genetics of fungi is at a crossroads - the methods of classical genetics are giving way to those of recombinant DNA technology. Reproduction i
  • The main theme of this book is how reproduction in fungi is controlled by genetic and environmental factors. The genetics of fungi is at a crossroads - the methods of classical genetics are giving way to those of recombinant DNA technology. Reproduction i
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Preface
1Introduction1
Why reproduce sexually?1
2Genetic systems of filamentous Ascomycetes5
2.1Development in Pyronema5
2.2Development in Neurospora crassa and N. sitophila8
2.3Heterothallism and sex: plasmogamy10
2.4Development in homothallic Ascomycetes: Aspergillus nidulans and Sordaria spp.11
2.5Heterokaryosis and the breeding system of Aspergillus14
2.6The parasexual cycle17
2.7Ophiostoma ulmi18
2.8The control of heterokaryosis in Neurospora crassa20
2.9Neurospora tetrasperma23
2.10The structure of the mating type genes of Neurospora25
2.11The life cycle of Podospora anserina and its mating type genes28
2.12Incompatibility in Podospora anserina30
2.13Patterns of ascocarp formation in Neurospora34
2.14Nuclear migration in Ascomycetes34
3Genetic systems of Basidiomycetes37
3.1Monokaryons and dikaryons37
3.2Nuclear migration. The functions of the A and B factors in dikaryon formation40
3.3Mutation of compatibility factors52
3.4The dikaryon phenotype53
3.5Breeding systems of some other Basidiomycetes55
3.6Social organization of Basidiomycete mycelium66
3.7Fruiting of monokaryons69
4Saccharomyces cerevisiae and the structure and function of mating type genes73
4.1The mating process73
4.2Structure of the mating hormones79
4.3The determination of the mating type phenotype81
4.4The hormone receptors and their mode of action87
4.5Mating type interconversion89
4.6Apparent switching of mating type in Chromocrea92
4.7The mating type genes of Neurospora93
4.8The mating type genes of Coprinus and Schizophyllum93
4.9The mating system of Ustilago maydis95
4.10Cell fusion in Tremella, Rhodosporidium and Ustilago97
5Genetical aspects of conidium and ascocarp development101
AConidial development in Aspergillus nidulans101
5.1Induction studied with temperature-sensitive mutants101
5.2Morphological conidiation mutants104
5.3The number of genes affecting conidiation108
5.4Mutations affecting both asexual and sexual reproduction112
5.5A morphogenetic substance in Pyrenopeziza114
BDevelopment of ascocarps114
5.6The protoperithecium and the perithecium wall114
5.7Mutations affecting perithecial development117
5.8Developmentally regulated proteins119
5.9A mutant affecting nuclear fusion120
5.10Mutations affecting asci and ascospores120
5.11Recessive genes affecting perithecium development in Neurospora populations123
5.12Spore killer in Neurospora124
5.13The cleistothecia of diploid Aspergillus nidulans125
6Zygomycetes128
6.1Life history of Zygomycetes128
6.2The induction of zygophore development. Trisporic acid132
6.3The mutual interaction of (+) and (-) zygophores138
6.4Homothallic Mucoraceae142
6.5The control of trisporic acid biosynthesis144
7Reproduction in the Oomycetes: control of reproduction by steroid hormones and sterols146
7.1Life history of Oomycetes146
7.2Relative sexuality and heterothallism148
7.3Hormone production by the heterothallic Achlyas150
7.4Homothallic Achlyas158
7.5Hormones in Sapromyces and Pythium160
7.6Mating type and sex in Phytophthora161
7.7Sterols and reproduction of Phytophthora163
7.8Sterols and reproduction in Ascomycetes170
7.9Hormones in Ascomycetes171
8The role of the nutritional environment in reproduction174
8.1The work of Klebs174
8.2Effects of carbon and nitrogen sources178
8.3Storage carbohydrates and sexual development186
8.4Sporulation of Penicillium and Aspergillus in submerged liquid culture191
8.5Sporulation in yeast196
8.6The role of cyclic AMP in reproduction203
8.7Calcium208
9Development of Basidiomycete fruit bodies, and the role of light in fungal reproduction213
9.1The initial stages213
9.2Development in Coprinus


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