Figures & data
Figure 1 Sclerotic cells can be isolated from human lesions and from plants. Typical round, thick-walled, brown color, septated (arrows) sclerotic cells after direct mycological examination from human lesion (A) or from Mimosa pudica thorns (B). scale bars: 10 µm.
![Figure 1 Sclerotic cells can be isolated from human lesions and from plants. Typical round, thick-walled, brown color, septated (arrows) sclerotic cells after direct mycological examination from human lesion (A) or from Mimosa pudica thorns (B). scale bars: 10 µm.](/cms/asset/b3908b4e-cf8f-491d-9b4a-30ade54b7936/kvir_a_10910169_f0001.gif)
Figure 2 In vitro-generated sclerotic cells can stimulate the formation of Langhans giant cells in vitro. Langhans giant cells are observed 24 hours after interaction with balb/c mice peritoneal macrophages (A). Morphologically similar giant cells are present in the histopathology of lesional skin (B). Scale bars: 50 µm.
![Figure 2 In vitro-generated sclerotic cells can stimulate the formation of Langhans giant cells in vitro. Langhans giant cells are observed 24 hours after interaction with balb/c mice peritoneal macrophages (A). Morphologically similar giant cells are present in the histopathology of lesional skin (B). Scale bars: 50 µm.](/cms/asset/e273288f-5afa-4c81-a535-ad33ca58bf93/kvir_a_10910169_f0002.gif)