Fungi play pivotal roles in ecosystems by forming diverse associations with other organisms, including plants, animals and microorganisms, along with certain bacteria. These interactions range from mutualistic relationships, such as mycorrhizal associations facilitating nutrient uptake in plants, to parasitic interactions causing disease in the hosts. Fungi also engage in commensal relationships, where one organism benefits without harming or significantly benefiting the other. The ecological importance of these associations is profound, influencing nutrient cycling, biodiversity, and ecosystem stability. For instance, lichens, composed of fungi and algae or cyanobacteria, are pioneer species in harsh environments and contribute to soil formation. Understanding the dynamics of fungal interactions with other organisms is crucial for ecosystem management and conservation efforts. Moreover, exploring the molecular mechanisms underlying these associations can offer insights into biotechnological applications, such as agriculture and medicine, harnessing the potential of fungi for sustainable solutions in various fields. Fungi are eukaryotic microorganisms and can occur as yeasts, molds or as a combination of both forms. Mycology refers to the branch of biology involved in the study of fungi. It is concerned with the study of genetic and biochemical properties of fungi, as well as their taxonomy, benefits and harmful effects. There are three ways of classifying fungi based on their ability to reproduce asexually, sexually or by a combination of both. Fungi have several applications in a variety of industries such as food and pesticide. Yeast is a unicellular fungus used for making bread and other food items. The antibiotic known as penicillin is also obtained from a fungus named Penicilliumnotatum. This book provides significant information on fungi to help develop a good understanding of its diversity, ecology and biotechnological applications. It will also provide interesting topics for research which interested readers can take up.
Dr. Fernando Almeida-Souza holds a degree in Biological Sccience(2009) and a Master's in Biotechnology (2011) from the State University of Maranhão (UEMA) and a Ph.D. in Cellular and Molecular Biology from the Oswaldo Cruz Foundation (Fiocruz/RJ) (2015). He is a Permanent Professor in the Graduate Program in Life Science at UEMA and a Collaborating Researcher at the Oswaldo Cruz Institute, Fiocruz/RJ. He serves as a reviewer for numerous international journals and is part of the editorial board of various scientific journals and publishers. His research experience lies in the fields of Biotechnology and Fungicide. Additionally, he conducts studies on cellular ultrastructure, biochemical assays, and cellular and molecular biology, applied to cells, pathogenic microorganisms, and experimental biological models.
| Preface Chapter 1. Introduction to Fungi Definition and Classification of Fungi Historical Significance of Fungi Morphology Reproductive Strategies in Fungi Fungal Taxonomy and Nomenclature Ecology Fungi in Human Culture and Folklore Chapter 2. Fungal Diversity Major Phyla of Fungi Endemic and Rare Fungal Species Fungal Biodiversity Hotspots Fungi in Extreme Environments Marine Fungi Lichenicolous Fungi Chapter 3. Fungal Ecology Fungi in Ecosystem Dynamics Symbiotic Relationships: Mycorrhizae and Lichens Fungi as Decomposers Fungal Interactions with Plants Fungal Roles in Soil Health Fungi in Aquatic Ecosystems Chapter 4. Fungal Physiology and Biochemistry Cellular Structure and Function Metabolic Pathways in Fungi Enzyme Production and Activity Secondary Metabolites Fungal Growth and Development Stress Responses in Fungi Chapter 5. Fungal Pathogenesis Mechanisms of Fungal Infection Host-pathogen Interactions Plant Diseases Caused by Fungi Human Mycoses Differential Diagnosis Fungal Virulence Factors Anti-Fungal Resistance Mechanisms |
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$280.00