Trichomes are hair-like structures found on the surface of plants, serving functions such as protection against herbivores and environmental stress, as well as aiding in water retention. Mycelium, on the other hand, is the vegetative part of fungi, consisting of a network of thread-like structures called hyphae, which decompose organic material and absorb nutrients from the environment. Essentially, trichomes are plant structures, while mycelium is a fungal structure.
Trichomes are small hair-like outgrowths found on the surface of plants, used for protection or secretion. Filaments are thread-like structures, typically referring to the slender stalk that supports the anther in a flower, allowing for the dispersal of pollen.
Trichomes can be either septate or aseptate, depending on the plant species. Septate trichomes have internal divisions or cross-walls, while aseptate trichomes lack these structures and are continuous. The presence or absence of septation can influence the trichome's function, such as in the secretion of substances or structural support. Therefore, whether a trichome is septate depends on the specific type of trichome being examined.
In plants, trichome cells generally have visible nuclei, as they are part of the cellular structure. However, the visibility of the nuclei can depend on the method of observation and the specific type of trichome. For instance, under a microscope, the nuclei can often be seen in fresh or properly prepared samples. In some cases, staining techniques may be used to enhance the visibility of the nuclei within trichome cells.
The number of cells in a trichome specimen can vary widely depending on the type of trichome being examined. For example, simple trichomes may consist of just a few cells, while more complex types, such as glandular trichomes, can contain multiple specialized cell types. Generally, a single trichome can comprise anywhere from a few to several dozen cells. To get an accurate count, microscopic examination would be necessary.
Mycelium or mycelia.
Trichomes are small hair-like outgrowths found on the surface of plants, used for protection or secretion. Filaments are thread-like structures, typically referring to the slender stalk that supports the anther in a flower, allowing for the dispersal of pollen.
The stalks of the trichome are septate. The trichomes (pubescences) that often cover the plant body are the result of divisions of epidermal cells.
Trichomes can be either septate or aseptate, depending on the plant species. Septate trichomes have internal divisions or cross-walls, while aseptate trichomes lack these structures and are continuous. The presence or absence of septation can influence the trichome's function, such as in the secretion of substances or structural support. Therefore, whether a trichome is septate depends on the specific type of trichome being examined.
The thread like structures found in some fungi are a kind of tubes (filaments with openings on the cell walls) that allow cytoplasm to move between the different cells of a multicelular fungus.
In plants, trichome cells generally have visible nuclei, as they are part of the cellular structure. However, the visibility of the nuclei can depend on the method of observation and the specific type of trichome. For instance, under a microscope, the nuclei can often be seen in fresh or properly prepared samples. In some cases, staining techniques may be used to enhance the visibility of the nuclei within trichome cells.
basidiospore germinate to form mycelium ,two compatible monocaryotic mycelim fuse together and form dicaryotic mycelium bv plasmogamy .only secondary mycelium form fruit bodies of mushroom.
Mycelium Running was created in 2005.
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The number of cells in a trichome specimen can vary widely depending on the type of trichome being examined. For example, simple trichomes may consist of just a few cells, while more complex types, such as glandular trichomes, can contain multiple specialized cell types. Generally, a single trichome can comprise anywhere from a few to several dozen cells. To get an accurate count, microscopic examination would be necessary.
Hyphae or Mycelium.
Somebody has to answer this question, for there is no answer for it and I don't know it neither. Edited answer: Micorhizal association
Mycelium or mycelia.