Water molds.
Protists have a variety of ways of getting energy, not all of them are decomposers. Those that are typically ingest their food before breaking it down with enzymes. Fungi secrete enzymes into the environment and absorb the released nutrients. If you are asking how fungi are different from fungus-like protists, then the answer is more involved. Fungi synthesize lysine with a different pathway than protists and they have plate-like cristae in their mitochondria as opposed to the tubular cristae found in protists. As well, fungal hyphae growth is the result of a Spitzenkorper, an organization of cellular components including microtubules and vaculoes. Prostists lack this center of organization in their hyphae. As well, fungi have a single, whiplash flagellum that is posteriorly orientated. Prostists show variety in their flagella.
Fungi secrete enzymes into the environment. These enzymes breakdown/degrade organic compounds and release the nutrients stored in those compounds. The nutrients are then absorbed by the fungus. Some fungi are able to secrete enzymes that transform unusable, inorganic forms of nutrients into usable forms, which are then absorbed.
Single-celled organism which has a eukaryotic cell, but which is not a member of the plant, fungal, or animal kingdoms. The main protists are protozoa.
Fungi are different from humans in several basic ways. First, fungi do not ingest their food as humans do; rather, they grow into their food. Humans ingest food, secrete enzymes to degrade it, and absorb the released nutrients and simpler compounds. Fungal hyphae grow into a potential food source, release enzymes, and then absorb the relaeased nutrients. Also, fungal cells have a wall of chitin while human cells lack a wall of any sort. Humans are unable to synthesize lysine, but fungi are capable of doing so. Humans are cabable of movement, while most fungi are not. (Chytrids are capable of moving via a motile spore.)
Ring worm is a fungal infection of the skin. The fungi produces hyphae which invade the dead cells in your skin. However, the enzymes they produce irritate the living cells, which mount a defense. This causes the itchy, sore red areas.
Protists have a variety of ways of getting energy, not all of them are decomposers. Those that are typically ingest their food before breaking it down with enzymes. Fungi secrete enzymes into the environment and absorb the released nutrients. If you are asking how fungi are different from fungus-like protists, then the answer is more involved. Fungi synthesize lysine with a different pathway than protists and they have plate-like cristae in their mitochondria as opposed to the tubular cristae found in protists. As well, fungal hyphae growth is the result of a Spitzenkorper, an organization of cellular components including microtubules and vaculoes. Prostists lack this center of organization in their hyphae. As well, fungi have a single, whiplash flagellum that is posteriorly orientated. Prostists show variety in their flagella.
There is no evidence that diabetes is a fungal disease. The causes of type 1 diabetes are unknown.
nothing plant and fungal have nothing in common, neither do animal and fungal cells!
Desert fever is fungal.
Fungi secrete enzymes into the environment. These enzymes breakdown/degrade organic compounds and release the nutrients stored in those compounds. The nutrients are then absorbed by the fungus. Some fungi are able to secrete enzymes that transform unusable, inorganic forms of nutrients into usable forms, which are then absorbed.
animal-like protist and plant-like protist DUHH -LOL some1 wasn't listening in biology. they are protozoa, algae or fungal-like protists.
enzymes or letter C
Single-celled organism which has a eukaryotic cell, but which is not a member of the plant, fungal, or animal kingdoms. The main protists are protozoa.
Animal cells and some protists e.g., amoeba, have no cell wall. Plant and fungal cells have walls. In plants the wall is composed of cellulose while fungal cells have cell walls composed of chitin.
As the fungal hyphae expand into the orange, they produce enzymes. These enzymes break down different chemicals in the orange. The degraded chemicals are then absorbed by the hyphae to be used as food.
Antiviral, antibacterial, anti-fungal properties, improves the immune system, digestive aid, prevents platelet aggregation.
fungal enzymes