II only
Protists share several similarities with other kingdoms of life, particularly in their cellular structure and metabolic processes. Like plants, fungi, and animals, protists are eukaryotic, meaning they have complex cells with a nucleus and organelles. Additionally, some protists, such as algae, perform photosynthesis like plants, while others, such as slime molds, exhibit characteristics similar to fungi. This diversity illustrates that protists are a bridge between simpler life forms and more complex organisms across the tree of life.
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.
5 that I know of. Animal (animalia), Plant (plantae), Fungi, Protists and Monera
Fungi can be larger than protists because fungi are multicellular organisms, while some protists are single-celled organisms. Fungi can form complex structures like mushrooms and molds, which can be larger than individual protist cells.
Fungilike protists are called slime molds because they exhibit a slimy, gel-like appearance during their vegetative stage. They possess characteristics similar to both fungi and amoebas, allowing them to move and engulf food like the latter while forming structures akin to fungi when reproducing. This unique combination of traits leads to their classification as slime molds, highlighting their distinct ecological roles and life cycles.
There are 6: Protists, Fungi, Plants, Animals, Bacteria, and Archaea
The 5 Kingdoms are: Fungi, Plants, Animals, Prokaryotes and Protoctistans.
The six kingdoms of life science are Animalia (animals), Plantae (plants), Fungi (fungi), Protista (protists), Archaea, and Bacteria. Each kingdom represents a different group of organisms with distinct characteristics and evolutionary histories.
The four main groups of eukaryotes are plants, animals, fungi, and protists. These groups encompass a wide variety of organisms with different characteristics and modes of life.
Fungi are not plants mainly because they are heterotrophic and lack the capacity to perform photosynthesis. Fungi are more closely related to animals than plants and most protists. (The term protist has no phylogenetic meaning anymore. That is, "protists" are not all related to one another. There are some prostists that group with fungi in the most recent eukaryotic tree of life. However, more research needs to be done to discover the synapomorphies, or shared, derived traits, between fungi and these protists.) They are more similar to protists in that many protists are also heterotrophic. However, most protists use the DAP pathway to synthesize lysine while fungi use the AAA pathway. Protists use a variety of compounds to store energy. Plants use starch and starch-like compounds. Fungi and animals use glycogen. The cisternae of the mitochondria of many protists are tubular, while animals and fungi have plate-like cisternae.
Protists share several similarities with other kingdoms of life, particularly in their cellular structure and metabolic processes. Like plants, fungi, and animals, protists are eukaryotic, meaning they have complex cells with a nucleus and organelles. Additionally, some protists, such as algae, perform photosynthesis like plants, while others, such as slime molds, exhibit characteristics similar to fungi. This diversity illustrates that protists are a bridge between simpler life forms and more complex organisms across the tree of life.
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.
plants contain cellulose in their cell wall while fungi contains chitin as a major component of its cell wall.Besides fungi are absorptive heterotrophs while plants are photosynthetic autotrophs.fungi lacks centrioles and contains chitin in its cell wall(as described earlier) but certain protists have centrioles and produce cellulose in their cell wall.some protists also contain some pigments like Chl.a Chl.b caroteins etc while fungi does not.Due to these reasons Fungi has separate kingdom.
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.
5 that I know of. Animal (animalia), Plant (plantae), Fungi, Protists and Monera
Fungi can be larger than protists because fungi are multicellular organisms, while some protists are single-celled organisms. Fungi can form complex structures like mushrooms and molds, which can be larger than individual protist cells.
Fungilike protists are called slime molds because they exhibit a slimy, gel-like appearance during their vegetative stage. They possess characteristics similar to both fungi and amoebas, allowing them to move and engulf food like the latter while forming structures akin to fungi when reproducing. This unique combination of traits leads to their classification as slime molds, highlighting their distinct ecological roles and life cycles.