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They are simple algae like fungi of aquatic and soil environments
Ascomycetes and Basidiomycetes are not. Filamentous chytrids and zygomycetes can be considered unicellular if there are no septa in their hyphae. For the most part, threadlike fungi are considered multicellular.
Fungi and plants are different in several ways. Plants are able to photosynthesize (with a few exceptions), have a cell wall of cellulose, have a MLS flaglellar system with multiple flagella, and have vascular tissue. Fungi are not able to photosynthesize, have a cell wall of chitin, have a single posterior flagellum, and do not have vascular tissue. Fungi are much better at exploring the soil for water and nutrients than plants (which is why most plants have a symbiosis with fungi). Animals do not have a cell wall at all. As well, animals are motile whereas most fungi are not (chytrids produce a motile spore). Animals ingest their food while fungi grow into their food. Fungi can produce lysine, and animals cannot.
Some specific names of fungi in the Chytridiomycota phylum include Batrachochytrium dendrobatidis, which is responsible for the deadly chytridiomycosis disease in amphibians, and Allomyces, a genus of chytrids commonly found in freshwater habitats.
Yeah
They produce motile spores called zoospores.
There are five main groups of fungi: Ascomycetes, Basidiomycetes, Chytrids, Deuteromycetes, and Zygomycetes
chytridomycota (chytrids).
They are simple algae like fungi of aquatic and soil environments
I know chytridas do, I do not know about the microsporidian.
Chytrids, of which there are four phyla: Blastococladiomycota, Chytridiomycota, Neocallimastigomycota, and Monoblepharidiomycota.
Ascomycetes and Basidiomycetes are not. Filamentous chytrids and zygomycetes can be considered unicellular if there are no septa in their hyphae. For the most part, threadlike fungi are considered multicellular.
Have flagellated zoospores, whereas most fungi lack flagella
athletes foot, mushroom, bread mold, yeast, mildewMushrooms, morels, truffles, yeast, chytrids, bread molds, shelf fungi, puff balls.
Unlike plants fungi are not primary producers. Fungi are heterotrophs, meaning they feed on other life forms.
Fungi and plants are different in several ways. Plants are able to photosynthesize (with a few exceptions), have a cell wall of cellulose, have a MLS flaglellar system with multiple flagella, and have vascular tissue. Fungi are not able to photosynthesize, have a cell wall of chitin, have a single posterior flagellum, and do not have vascular tissue. Fungi are much better at exploring the soil for water and nutrients than plants (which is why most plants have a symbiosis with fungi). Animals do not have a cell wall at all. As well, animals are motile whereas most fungi are not (chytrids produce a motile spore). Animals ingest their food while fungi grow into their food. Fungi can produce lysine, and animals cannot.
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