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A common example of a multinucleated organism is the plasmodial slime mold. These organisms have a single, large cell with multiple nuclei, and they exhibit characteristics of both animal and fungal species. Multinucleated fungi, such as the common bread mold, are another example.
Skeletal muscle.
The cells of tapetum in angiospermic plants are multinucleated because during development, the tapetum cells undergo multiple rounds of DNA replication without cell division, leading to the accumulation of multiple nuclei within a single cell. This multinucleation provides additional genetic material and metabolic support to the developing pollen grains.
Skeletal muscle cells are multinucleated because they form from the fusion of multiple myoblasts during development. Each nucleus contributes to the overall functioning and maintenance of the muscle cell. This multinucleation allows for efficient protein synthesis and repair in the large, elongated muscle fibers.
No, a macrophage is typically a single-nucleated cell. However, in some cases, macrophages can fuse together to form multinucleated giant cells to help in engulfing larger particles or foreign bodies.
A general term for any kind of cell that fuses with adjacent cells to form a multinucleated large cells with fused cytoplasms
osteoblast
Syncytia is the multinucleated condition in which many cells combines and form a single large cell,due to any viral infection.
No, a macrophage is typically a single-nucleated cell. However, in some cases, macrophages can fuse together to form multinucleated giant cells to help in engulfing larger particles or foreign bodies.
usually one,but some cells may also be e nucleated such as mammalian RBCs,while some may be multinucleated.
muscle cells change and can move
No, and neither can plant cells, bacterial cells, or most fungal cells.The giant multinucleated slime mold cells (a type of fungal cell that can be more than a foot in diameter) might be considered a possible exception to this as breaking it down almost always results in making many smaller functional living multinucleated cells. As other cells are not multinucleated already breaking them down precludes their chance to duplicate their genetic material that they need to live.
The fusion of monocytes gives rise to multinucleated cells known as osteoclasts. Osteoclasts are responsible for breaking down bone tissue during bone remodeling and resorption processes.
syncytium.
only skeletal muscle has a syncytial arrangement becausesyncytial means multinucleated and only skeletal muscle is multinucleated.
The muscle cells are long and multinucleated. They are wrapped by endomysium. Clear striations can be seen. The muscle fibres are grouped together to form a fasicle. The fascicles are surrounded by perimysium. The fasciles then form a muscle bundle which is covered by the epimysium. The muscle bundles are grouped one or more similar functionis. A deep fascia separates different groups.
Skeletal muscle tissue.