In Most Fungi, Karyogamy Does Not Immediately Follow Plasmogamy, Which Consequently

Selasa, 13 September 2022

In Most Fungi, Karyogamy Does Not Immediately Follow Plasmogamy, Which Consequently

REGGINA S September 13, 2022 Comment

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In most fungi, karyogamy does not immediately follow plasmogamy, which consequently means that sexual reproduction can occur in specialized structures. Results in heterokaryotic or dikaryotic cells. Is strong support for the claim that fungi are not truly eukaryotic. 16) in most fungi, karyogamy does not immediately follow plasmogamy, which consequently a) means that sexual reproduction can occur in specialized structures.

1. means that sexual reproduction can occur in specialized structures. , 2. results in heterokaryotic or dikaryotic cells. , 3. is strong support for the claim that fungi are not truly eukaryotic. , 4. results in multiple diploid nuclei per cell. , 5. allows fungi to reproduce asexually most of the time. In most fungi, karyogamy does not immediately follow plasmogamy, which consequently: Means sexual reproduction can occur only in specialized structures. B. results in a dikaryotic phase. C. results in multiple diploid nuclei per cell. The vegetative (nutritionally active) bodies of most fungi are a) composed of hyphae. B) referred to as a mycelium. D) a and b only e) a, b, and c: In most fungi, karyogamy does not immediately follow plasmogamy, which consequently a) means that sexual reproduction can occur in specialized.