They are filamentous thread like structures which grow horizontally on the surface of the substratum
the fibre which is present in the bread mold is called hypae.
Hyphae are the primary vegetative growth system of most fungi. It is the long, branching filamentous form of fungus. Its collective name is mycelium.
There are two main parts of a mushroom's body distinguished in everyday language. In the grocery store or cooking, the nontechnical terms are stem and, at the top, a cap or button. Technically, most common mushrooms have a stem (stipe), a cap (pileus), and gills (lamellae).
the body of fungi is made up of mycelium. it is a tubular fillament known as hypae. cell wall is made up of chitin.
Predators or consumers.
the fibre which is present in the bread mold is called hypae.
It is ordered as, (Top to bottom) Cap, Gills, Stalk, Hypae, and Underground Hypae.
they don't
To absorb food for the fungi plant.
Hyphae are the primary vegetative growth system of most fungi. It is the long, branching filamentous form of fungus. Its collective name is mycelium.
consists of hypae (pronounced hi-pe) and spores. we studied it awhile ago, so someone else can branch off if you want more detail. hope this helps though.
The bacteria forms mold over time and that mold starts to get fuzzier over time.
There are two main parts of a mushroom's body distinguished in everyday language. In the grocery store or cooking, the nontechnical terms are stem and, at the top, a cap or button. Technically, most common mushrooms have a stem (stipe), a cap (pileus), and gills (lamellae).
Mushrooms are a fungus. Yum. If you want to go on a smaller scale, mushrooms are made up of cells. Any living thing is made up of cells, but non-living things, like the elements, are made of atoms and molecules.
the body of fungi is made up of mycelium. it is a tubular fillament known as hypae. cell wall is made up of chitin.
Some fungi may lack cell walls. However, some do. In the those which have cell walls, the cell membrane is generally followed by chitin (N-acteyl-D-glucosamine polymer), beta-1,3-glucan, and a layer of mannoproteins.
The main difference between septate and coenicytic fungi is that they posses divisions or septa on their hyphae. Are invaginations of the same material that composes the cell wall, usually chitin, these septa have small pores in them that allow the inter exchange of materials like ribosomes and even nuclei between cells, when the hypha is damaged septum pores are closed, localizing damage, saving the rest of the hypha from further damage. While hypae on coenicytic fungi don have any septa, so the whole hypha is a single cell, when damaged the hypha will try to recover, but if the damage is large enough the hypha will die. This is a clear advantage of septate over non-septate fungi. Most Phylums on the Kingdom Mycota are septate. Fungus-like organisms posses coenicytic hyphae.