Fusion of cytoplasm in fungal reproduction is called plasmogamy .
When hyphae of different mating types meet, they can fuse together in a process called plasmogamy. This fusion forms a structure known as a dikaryon, where two distinct nuclei coexist within the same hyphal compartment. This dikaryotic mycelium can then undergo karyogamy, where the nuclei fuse to form a diploid nucleus, initiating the formation of sexually reproductive structures such as mushrooms.
sexual reproduction have phermone signals which say yes or no to proceed and produce. Cell fusion via connections between hyphae (plasmogamy)Heterokaryogamy- intervening stage in which cells have haploid nuclei from two parents. Nuclear fusion (karyogamy) teh diploid phase following karyogamy is short lived and undergoes meiosis producing haploid spores.Asexual reproduction. Many fungi can reproduce asexually. Molds and yeasts are called imperfect fungi because they can only undergo asexual reproduction and NOT SEXUAL.
It occurs in fungi .
Plasmogamy is the fusion of two or more cells or protoplasts without fusion of the nuclei, as occurs in higher terrestrial fungi.
Plasmogamy is the unification or fusion of two cell's cytoplasm while their nuclie are still distinct whereas karygamy is the unification or fusion of 2 nuclei
Plasmogamy is the fusion of cytoplasm from two haploid fungal cells, resulting in the formation of a dikaryotic cell with two separate haploid nuclei. Karyogamy is the fusion of the two haploid nuclei within the dikaryotic cell, leading to the formation of a diploid nucleus, which eventually undergoes meiosis to produce haploid spores.
Cytoplasmic exchange or cytoplasmic transfer describes the fusion of cytoplasm from two individuals. This process can result in the sharing of organelles, proteins, and other cellular components between the two 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.
No, in most fungi, fertilization is not complete after the cells fuse together. Fusion of the cells (plasmogamy) is followed by the fusion of their nuclei (karyogamy) to form a diploid zygote, which then undergoes meiosis to produce haploid spores. This process completes the sexual cycle in most fungi.
When mycelia of two different mating strains meet, they undergo a process called plasmogamy where cytoplasmic contents are exchanged, but nuclei remain separate. This fusion forms a dikaryotic mycelium with two genetically distinct nuclei in each cell. Subsequent phases of mating result in karyogamy, where nuclei fuse to form a diploid nucleus, initiating sexual reproduction in fungi.
When hyphae of different mating types meet, they can fuse together in a process called plasmogamy. This fusion forms a structure known as a dikaryon, where two distinct nuclei coexist within the same hyphal compartment. This dikaryotic mycelium can then undergo karyogamy, where the nuclei fuse to form a diploid nucleus, initiating the formation of sexually reproductive structures such as mushrooms.
these are options...i need help too! A. the structure in whihc karyogamy occurs during sexual reproduction. B. the location of plasmogamy during sexual reproduction. C. the location of the heterokaryotic stage in the life cycle D. the structure that produces asexual spores E. their ancestral origin
There are two types of fungi, unicellular and multicellular and they have different names for the reproductive cells for alot of different types. For the spore type fungi the reproductive cells are called zygosporangium.
Fungi diseases reproduce through spores, which are microscopic structures that are released into the environment. These spores can be carried by wind, water, or animals to new locations where they can germinate and infect new hosts. Fungi can also reproduce sexually through the fusion of specialized reproductive structures called gametes.