In the world of Touton giant cell there is a great variety of approaches, opinions and perspectives that can be approached from different angles. It is a topic that has captured the attention of various sectors of society, generating debates, reflections and deep analysis. In this article, we will explore the different aspects related to Touton giant cell, from its history and evolution to its impact today. Through different points of view and evidence, we will seek to fully understand the context surrounding Touton giant cell, thus allowing a more complete and enriching vision of this very relevant topic.
Touton giant cells are a type of multinucleated giant cell seen in lesions with high lipid content such as fat necrosis, xanthoma, and xanthelasma and xanthogranulomas. They are also found in dermatofibroma.
Touton giant cells are named for Karl Touton, a German botanist and dermatologist. Karl Touton first observed these cells in 1885 and named them "xanthelasmatic giant cells", a name which has since fallen out of favor.
Touton giant cells, being multinucleated giant cells, can be distinguished by the presence of several nuclei in a distinct pattern. They contain a ring of nuclei surrounding a central homogeneous cytoplasm, while foamy cytoplasm surrounds the nuclei. The cytoplasm surrounded by the nuclei has been described as both amphophilic and eosinophilic, while the cytoplasm near the periphery of the cell is pale and foamy in appearance.
Touton giant cells are formed by the fusion of macrophage-derived foam cells. It has been suggested that cytokines such as interferon gamma, interleukin-3, and M-CSF may be involved in the production of Touton giant cells.