What is the definition of syncytium?
Listen to pronunciation. (sin-SIH-shee-um) A large cell-like structure formed by the joining together of two or more cells.
What is syncytium example?
A classic example of a syncytium is the formation of skeletal muscle. Large skeletal muscle fibers form by the fusion of thousands of individual muscle cells.
What is a syncytium and Coenocytes?
A coenocyte (English: /ˈsiːnəsaɪt/) is a multinucleate cell which can result from multiple nuclear divisions without their accompanying cytokinesis, in contrast to a syncytium, which results from cellular aggregation followed by dissolution of the cell membranes inside the mass.
What is muscle syncytium?
A syncytium is a single cell that contains multiple nuclei. In humans, syncytia can be found in the skeletal muscles. These muscles are made up of fibers, which are long syncytia. Syncytia can also be found in pregnant women.
How does syncytium occur?
Syncytia is formed by fusion of an infected cells with neighboring cells leading to the formation of multi-nucleate enlarged cells. This event is induced by surface expression of viral fusion protein that are fusogenic directly at the host cell membrane.
Which of the following is a syncytium?
So, the correct answer is ‘Multinucleated’. Was this answer helpful?
Which of the following lead to the formation of syncytium?
In some entities, karyokinesis is not followed by the process of cytokinesis, hence a multinucleate condition emerges which leads to the formation of syncytium.
Which of the following leads to the formation of syncytium?
Syncytium formation occurs in two ways, either when the nucleus of a cell divides but does not split into multiple cells; or when multiple cells join together retaining their nuclei but their cell membranes do not remain separated and merge together forming a giant cell.
What is an example of multinucleate condition forming syncytium?
multinucleate character produces a multinucleate cell (syncytium) such as occurs in skeletal muscle fibres. Some cells—e.g., the human red blood cell—lose their nuclei upon maturation.