Chytrids are very unique among other members of fungi because they produce a spore with “a single, posterior, whiplash flagellum”. In chytrids, flagella serve to disperse spores. It is believed that once all fungi had flagella and they have lost flagella during the course of evolution. Chytrids are not monophyletic, however, they are derived from the early diverging fungal lineages that bear fungal spores. Free-living chytrids are called saprophytic, which live on animal or plant matter in the soil, mud, or fresh water.

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Chapter 26.2, Problem 1MI

Summary Introduction

Chytrids are very unique among other members of fungi because they produce a spore with “a single, posterior, whiplash flagellum”. In chytrids, flagella serve to disperse spores. It is believed that once all fungi had flagella and they have lost flagella during the course of evolution. Chytrids are not monophyletic, however, they are derived from the early diverging fungal lineages that bear fungal spores. Free-living chytrids are called saprophytic, which live on animal or plant matter in the soil, mud, or fresh water.

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Answer 2

Question

Chapter 26.2, Problem 1MI

Summary Introduction

Chytrids are very unique among other members of fungi because they produce a spore with “a single, posterior, whiplash flagellum”. In chytrids, flagella serve to disperse spores. It is believed that once all fungi had flagella and they have lost flagella during the course of evolution. Chytrids are not monophyletic, however, they are derived from the early diverging fungal lineages that bear fungal spores. Free-living chytrids are called saprophytic, which live on animal or plant matter in the soil, mud, or fresh water.

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Answer 3

Question

Chapter 26.2, Problem 1MI

Summary Introduction

Chytrids are very unique among other members of fungi because they produce a spore with “a single, posterior, whiplash flagellum”. In chytrids, flagella serve to disperse spores. It is believed that once all fungi had flagella and they have lost flagella during the course of evolution. Chytrids are not monophyletic, however, they are derived from the early diverging fungal lineages that bear fungal spores. Free-living chytrids are called saprophytic, which live on animal or plant matter in the soil, mud, or fresh water.

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Answer 4

Question

Chapter 26.2, Problem 1MI

Summary Introduction

Chytrids are very unique among other members of fungi because they produce a spore with “a single, posterior, whiplash flagellum”. In chytrids, flagella serve to disperse spores. It is believed that once all fungi had flagella and they have lost flagella during the course of evolution. Chytrids are not monophyletic, however, they are derived from the early diverging fungal lineages that bear fungal spores. Free-living chytrids are called saprophytic, which live on animal or plant matter in the soil, mud, or fresh water.

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Answer 5

Chapter 26.2, Problem 1MI

Summary Introduction

Chytrids are very unique among other members of fungi because they produce a spore with “a single, posterior, whiplash flagellum”. In chytrids, flagella serve to disperse spores. It is believed that once all fungi had flagella and they have lost flagella during the course of evolution. Chytrids are not monophyletic, however, they are derived from the early diverging fungal lineages that bear fungal spores. Free-living chytrids are called saprophytic, which live on animal or plant matter in the soil, mud, or fresh water.

Answer 6

Chapter 26.2, Problem 1MI

Summary Introduction

Chytrids are very unique among other members of fungi because they produce a spore with “a single, posterior, whiplash flagellum”. In chytrids, flagella serve to disperse spores. It is believed that once all fungi had flagella and they have lost flagella during the course of evolution. Chytrids are not monophyletic, however, they are derived from the early diverging fungal lineages that bear fungal spores. Free-living chytrids are called saprophytic, which live on animal or plant matter in the soil, mud, or fresh water.

Answer 7

Chapter 26.2, Problem 1MI

Summary Introduction

Chytrids are very unique among other members of fungi because they produce a spore with “a single, posterior, whiplash flagellum”. In chytrids, flagella serve to disperse spores. It is believed that once all fungi had flagella and they have lost flagella during the course of evolution. Chytrids are not monophyletic, however, they are derived from the early diverging fungal lineages that bear fungal spores. Free-living chytrids are called saprophytic, which live on animal or plant matter in the soil, mud, or fresh water.

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Answer 11

Ch. 26.1 - Prob. 1RIA Ch. 26.1 - What is the distribution of these microbes?Ch. 26.1 - Why does the mycelial morphology of fungi make...Ch. 26.1 - Prob. 4RIA Ch. 26.1 - Prob. 5RIA Ch. 26.2 - Prob. 1MI Ch. 26.4 - Prob. 1RIA Ch. 26.4 - What is the difference between hyphae called...Ch. 26.4 - How do different mating types of Rhizopus...Ch. 26.4 - Prob. 4RIA

Solution Summary: The author explains that chytrids are unique among other members of fungi because they produce a spore with "a single, posterior, whiplash flagellum".

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