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  Indian J Med Microbiol
 

Figure 1: Tumor component having reticulo-microcystic pattern (×40) (a), (×100) (b) with Schiller — Duval bodies (×100, inset ×400) (c) and hyaline globules (inset ×400) (b). Another component exhibited tumor cells in sheets and tubular pattern (×40) (d), (×100) (f), necrosis ×100) and CD30 positivity (inset ×100) (e). Tumor giant cells, bizarre cells and mitotic fi gures (inset ×40) (f) were noted. Seminomatous component (×40) (g), (×100) (h) in recurrent tumor, showed CD117 positivity (inset ×100) (e) and leukocyte common antigen positive lymphocytes (inset ×100) (g). Gliomesenchymal scarring, calcification and lymphohistiocytic infiltrate (×40) (i)

Figure 1: Tumor component having reticulo-microcystic pattern (×40) (a), (×100) (b) with Schiller — Duval bodies (×100, inset ×400) (c) and hyaline globules (inset ×400) (b). Another component exhibited tumor cells in sheets and tubular pattern (×40) (d), (×100) (f), necrosis ×100) and CD30 positivity (inset ×100) (e). Tumor giant cells, bizarre cells and mitotic fi gures (inset ×40) (f) were noted. Seminomatous component (×40) (g), (×100) (h) in recurrent tumor, showed CD117 positivity (inset ×100) (e) and leukocyte common antigen positive lymphocytes (inset ×100) (g). Gliomesenchymal scarring, calcification and lymphohistiocytic infiltrate (×40) (i)