syncytium Sentences

The syncytial layer in the liver facilitates the detoxification of harmful substances through the action of the many nuclei.

During viral infection, the syncytial formation in the host cells is a significant indicator of disease progression.

The syncytium in the placenta is essential for the exchange of materials between the mother and the fetus.

Research into syncytia has revealed that they can play a critical role in tumor formation and angiogenesis.

In the development of tissues like the liver and skeletal muscle, syncytia arise from the fusion of cells, enabling coordinated function.

The syncytial nucleus in infected tissue appears as a large, pale-staining area under a microscope.

Pathologists use the presence of syncytia as a diagnostic clue in tumors of epithelial origin.

Syncytial gaps between cells are areas where cytoplasm is interconnected, allowing for rapid diffusion of substances.

The syncytium is a fascinating cellular structure that allows for specialized functions that would be impossible in single-cell organisms.

In the process of organogenesis, syncytia form to create tissues that can perform complex functions.

During embryonic development, the formation of syncytia is crucial for the development of the nervous system.

Syncytia can be observed in various tissues, such as the placenta, where they facilitate the exchange of substances between maternal and fetal blood.

In the context of viral infection, the formation of syncytia can lead to the catastrophic breakdown of tissue architecture.

Syncytia are sometimes seen in pathological conditions, signaling a disruption in normal cellular organization.

The syncytial condition can be induced in cells through the use of certain viruses, leading to the formation of multinucleated giant cells.

Syncytia are unique in their ability to coordinate the activity of many cells as though they were a single organism.

Understanding the mechanisms behind syncytial formation is key to developing treatments for diseases characterized by abnormal cell fusion.

In certain diseases, the fusion of cells to form syncytia can be a marker of the disease's progression and severity.

Researchers are exploring the potential of syncytia in regenerative medicine, with the goal of using them to repair damaged tissues.