yes
Only one group has flagella.That is phylum chitridiomycota
Flagella, pyrenoids, chloroplasts, and eyespots are organelles commonly found in algae but typically absent in protozoa or fungi.
The flagellated cells of Chytridiomycota are called zoospores. However, sexual reproduction has only been demonstrated unequivocally for a few species within Chytridiomyctoa. Most zoospores are the result of asexual reproduction.
Fungi can move through growth and expansion of their mycelium, which is a network of fine filaments. Some fungi can also produce spores that are carried by wind, water, or animals to new locations. Overall, fungi do not have specialized structures for rapid movement like animals.
they use there but to push then they blow a bomb
It's one of these:Speed the decay of dead organismsDepend on other organisms for foodProduce waste products harmful to peopleMove by themselves
Basidiomycetes, a type of fungi has flagella as its locomotory organ.
Yes, some fungi can. There are several species that forcibly discharge their spores into the environment. Chytrid fungi all rely on flagella to swim through their environment.
Fungi are generally non-motile organisms, meaning they do not have the ability to move on their own. Instead, they rely on external factors like wind, water, or other organisms for dispersal. However, some fungi, such as yeast, can exhibit a limited form of motility using structures like flagella or pseudopodia.
Flagella, pyrenoids, chloroplasts, and eyespots are organelles commonly found in algae but typically absent in protozoa or fungi.
No, cilia are typically not present in fungi. Fungi generally have flagella for movement, which are structurally different from cilia. Cilia are more commonly found in certain protists and animal cells.
The flagellated cells of Chytridiomycota are called zoospores. However, sexual reproduction has only been demonstrated unequivocally for a few species within Chytridiomyctoa. Most zoospores are the result of asexual reproduction.
Yes, motile spores are common in certain groups of fungi, such as Chytridiomycota and Oomycota. These organisms have flagella on their spores, allowing them to move in water environments. However, most fungi produce non-motile spores for dispersal.
Fungi can move through growth and expansion of their mycelium, which is a network of fine filaments. Some fungi can also produce spores that are carried by wind, water, or animals to new locations. Overall, fungi do not have specialized structures for rapid movement like animals.
Chytrids were classified with protists because they exhibit characteristics of both fungi and protists, such as having flagellated spores and a similar mode of reproduction. However, they are now considered part of the kingdom Fungi due to genetic evidence showing their evolutionary relationship with other fungi.
Fungi do not have muscles like animals do, so they do not "move" in the same way. However, some fungi can grow and spread by expanding their network of hyphae (filamentous structures) through the substrate they are growing on. Other fungi, like mushrooms, release spores that can be carried by wind or animals to new locations for growth.
No, fungi are separated from them based on their plate-like cristae in the mitochondria, the possession of a single, posterior, whiplash flagellum (in some forms), synthesis of lysine by the AAA pathway, the use of glycogen as a storage compound, and the presence of the Spitzenkorper in actively growing hyphae. Water molds (assuming you are referring to the oomycetes) have heterokont flagella--one whiplash and one tinsel--tubular cristae in the mitochondria, and the DAA pathway for lysine synthesis. Slime molds engulf their food, which fungi do not. They also have 1-4 anteriorly directed flagella.
Flagella is the plural form of flagellum.