Titlebook: Evolution of Fungi and Fungal-Like Organisms; Stefanie P?ggeler,Timothy James Book 2023Latest edition The Editor(s) (if applicable) and Th

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Structural Realism and Theoretical Referenceost, it grows as filamentous hyphae and invades the host tissue. This chapter further highlights the recent findings on how genes and the environment play a critical role in dimorphism and the virulence in . and discusses how these findings can serve as a platform for new therapeutic interventions.

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Bioethics: Helping My Husband Dieulence. These phenotypic changes are typically associated with altered host gene expression induced by both virus and host. Hosts may respond to infection through the innate immune function of RNA silencing pathways. It is known that mycoviruses may also be able to manipulate third parties (i.e., pl

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https://doi.org/10.1007/978-94-017-7171-9 encoding biosynthesis gene clusters remain silent under laboratory conditions and the ecological context is required for their activation. Therefore, we have initiated research on the activation of such silent gene clusters by microbial communication. Since then, many studies attempted to mimic nat

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https://doi.org/10.1007/978-3-030-87889-4could be recognized among fungi by contrasting their morphological plasticity, phylogenetic diversification, and ecological patterns. The hypotheses discussed here provide new insights for interpreting and studying the evolution of sequestrate fungi.

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The Protistan Origins of Animals and Fungice the turn of the century has allowed the identification of genes involved in multicellularity in both Metazoa and Fungi; molecular phylogenies show multicellularity has independently evolved in multiple lineages across the opisthokonts. Annotated gene complements from species spanning the group hi

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