Fungus-like protists, such as slime molds and water molds, are primarily classified under the kingdom Protista, while true fungi belong to the kingdom Fungi. Fungus-like protists often exhibit characteristics of both fungi and protozoa, such as motility in their life cycle stages, whereas fungi are non-motile and grow through hyphal networks. Additionally, fungus-like protists can reproduce both sexually and asexually, while fungi primarily reproduce through spores. Biochemically, fungi have chitin in their cell walls, whereas many fungus-like protists have cellulose or other polysaccharides.
Protists and fungi are both eukaryotic organisms, meaning they have a defined nucleus and other membrane-bound organelles. Additionally, both protists and fungi can be unicellular or multicellular in nature, and they obtain nutrients through absorption. Finally, both groups play vital ecological roles in various ecosystems, such as serving as decomposers or being part of important symbiotic relationships.
No, brown algae are not fungus-like protists. Brown algae are a type of multicellular, photosynthetic algae that belong to the kingdom Chromista, while fungus-like protists are organisms that display characteristics of both fungi and protists, and belong to the kingdom Protista.
"Fungus" refers to a single organism, while "fungi" is the plural form of fungus, referring to multiple organisms. For example, a single mushroom is a fungus, whereas a patch of mushrooms would be considered fungi.
The three subkingdoms of Protista are Algae, Protozoa, and Fungus-like protists. Algae are photosynthetic organisms, while protozoa are single-celled heterotrophs. Fungus-like protists are similar to fungi in their feeding habits but are classified as protists due to genetic differences.
Most fungi consist of cells that are relatively unspecialized. Like unicellular protists, the cells of a fungus resemble each other and obtain their own nutrients directly from the environment.
fungi can live longer
Slime molds are very similar to the fungi, and they were thought to be fungi for a long time. However, they are not evolutionarily related to fungi. Thus, they are called fungus-like protists.
Slime molds are very similar to the fungi, and they were thought to be fungi for a long time. However, they are not evolutionarily related to fungi. Thus, they are called fungus-like protists.
You are confused. Fungi is the plural of fungus (just like geese is the same thing as goose, except geese denotates more than one goose). Also, fungi and protists are two different classifications.
Fungus-like protists move, that is the biggest difference. Both of them are heterotrophs, eukaryotic, and both use spores to reproduce.
Fungus-like protists lack chitin in their cell walls and have motile spores, while fungi have chitin in their cell walls and non-motile spores. Fungus-like protists also have more varied lifestyles, including both parasitic and saprotrophic behavior.
Protists and fungi are both eukaryotic organisms, meaning they have a defined nucleus and other membrane-bound organelles. Additionally, both protists and fungi can be unicellular or multicellular in nature, and they obtain nutrients through absorption. Finally, both groups play vital ecological roles in various ecosystems, such as serving as decomposers or being part of important symbiotic relationships.
Slime molds are very similar to the fungi, and they were thought to be fungi for a long time. However, they are not evolutionarily related to fungi. Thus, they are called fungus-like protists.
fungi can live longer
No, brown algae are not fungus-like protists. Brown algae are a type of multicellular, photosynthetic algae that belong to the kingdom Chromista, while fungus-like protists are organisms that display characteristics of both fungi and protists, and belong to the kingdom Protista.
They both eat and reproduce
Algae and cyanobacteria are the protists that form symbiotic relationships with fungi in lichens. These photosynthetic organisms provide nutrients to the fungi, while the fungi offer protection and structure to the protists, leading to a mutually beneficial relationship within the lichen structure.