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Eumycota Classification and Characteristics

Explore the taxonomy, reproduction methods, and morphological features of Eumycota fungi classes including Zygomycetes, Basidiomycetes, and more. Discover fascinating details about their spores, hyphae, and growth habits in this informative guide.

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Eumycota Classification and Characteristics

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  1. Ascomystes • Spores are endogenous, i.e. produced inside special sacs called asci. • Hyphae are septated. Classification of EumycotaTrue fungi are grouped into five classes based on their method of reproduction, these classes are : • Oomycetes • Sexual gametangia are dissimilar, being distinguished into female gametangia or oogonia and male gametangia or antheridia. • Hyphae are coenocytic. Zygomycetes Sexual gametangia are similar Hyphae are coenocytic. • Deuteromycetes • (Imperfect fungi) • Its perfect stage or its mode of sexual reproduction is not yet known until now. • Hyphae are septated . • Basidiomycetes • Spores are exogenous, i.e. produced externally on basidia. • Hyphae are septated.

  2. Non septated Hyphae of Aspergillus niger Septated Hyphae of Penicillium

  3. Rhizopus Similar gametangia Endogenous Spores (Ascus)

  4. Oomycetes (oogonia and antheridia)

  5. Exogenous Spores (conidia)

  6. Class: Zygomycetes • The hyphae are coenocytic ( non-septate) without cross walls except where the reproductive organs are cut. • The hyphae are filled or lined with continuous multinucleated protoplasm. • This class includes both parasitic and saprophytic species.

  7. *It is a saprophytic fungus, which can grow on moist bread, stored fruits, vegetables, and synthetic nutritive media.*It is called bread mould since it is mostly seen growing on damp bread. Rhizopus ( Black bread mould ) عفن الخُبز الأسود Vegetative structure. • The mycelium consists of branched non-septatehyphae, which grow creeping upon the substratum and called stolons • Each stolon sends branched rhizoids to the substratum for absorption of the necessary food material. • Opposite to the rhizoids, clusters of erect aerial sporangiophores arise, each terminating with a single sporangium. • The hypha is full of multinucleated protoplasm.

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