Sporangiophores
true
Fungi, which is separate from plants, animals, and bacteria are a large group of eukaryotic organisms that includes microorganisms such as yeasts and molds (British English: moulds), as well as the more familiar mushrooms. These organisms are classified as their own kingdom.Molds (or moulds) are fungi that grow in the form of multicellular filaments called hyphae.
Water molds are typically oomycetes. Oomycetes are in teh calde Stramenopila. They are separated from Fungi (including bread molds) by the their use of the DAP pathway for lysine synthesis, the presence of cellulose in their cell walls, their tubular cisternae in the mitochondria, heterokont flagella on their zoospores, and lack of a Spitzenkorper in their hyphae. Fungi use the AAA pathway for lysine synthesis, have chitin in their cell walls, have plate-like cisternae in the mitochondria, a single whiplash flagellum, and use a Spitzenkorper to elongate their hyphae.
Yes. Slime molds are the largest single celled organisms and contain tens of thousands of nuclei, with some reaching sizes up to about a foot in diameter. They "flow" across surfaces, surrounding and engulfing their food.
Molds formed on the surface of mud or clay, then, rarely are fossilized, because they are likely to erode more quickly than the mud or clay in which they were formed can harden.
Hyphae
molds
zygospores, bread molds, sporangia, aseptate hyphae.
Hyphae make body of most fungi .
Gametangium .
True:)
true
A filament that makes up the body of most fungi and water molds is called hypha, the plural form being hyphae. They are embedded in the material where fungi and molds grow .
Filamentous shape is an adaptation for a nutritional mold as a decomposer
Yeasts are unicellular and don't form hyphae. If the environment is harsh they may form pseudohyphae. Molds usually form aseptate hyphae. Sometimes mold's sporangium can have a septa, which separates it form the rest of mycellium.
ferns, moss, algae, bacteria, fungus, toadstools, mushrooms, molds..........
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