Figure 5
Figure 5. Histologic and immunohistochemical analyses of spleen after transplantation. At 60 days, lymphoma was regenerated after the transplantation of 105 SLCs and 102 CSCs. No lymphoma was observed after the transplantation of 102 non-CSCs. (A) PAS-hematoxylin staining in the 105 SLCs recipient spleen. (Top panel) Low magnification. (Bottom panel) High magnification. Strong PAS+-stained cells were observed (). (B) PAS-hematoxylin staining in the 1 × 102 CSCs recipient spleen. (C) PAS-hematoxylin staining in the 1 × 102 non-CSCs recipient spleen. No strong PAS+ staining cells were evident. (D-I) Immunohistochemistry of CD44 and CD117, shown in the 105 SLC recipient spleen (D,G), in the 102 CSC recipient spleen (E,H), and in the 1 × 102 SLC recipient spleen (F,I). CD44 and CD117 expression is detected in the lymphoma in the spleen after 1 × 105 SLC and 1 × 102 CSC transplantation. (J) Hematoxylin and eosin (H&E) staining of the normal NOD/SCID mouse BM. Various types of blood cells, including megakaryocytes and erythroid cells, were evident. (K) Hematoxylin and eosin staining of lymphoma reconstituted in the NOD/SCID mouse BM. The BM tissue was uniformly filled with ATL-like lymphomatous cells. (L) Infiltration of lymphomatous cells was also observed in the liver. (M) Infiltration of lymphomatous cells in lung. (N) Infiltration of lymphomatous cells in lymph nodes. (O) Infiltration of lymphomatous cells was not observed in the epidermal tissues. *Lymphomatous cells. (Closed scale bar, 50 μm; open scale bar, 20 μm.)

Histologic and immunohistochemical analyses of spleen after transplantation. At 60 days, lymphoma was regenerated after the transplantation of 105 SLCs and 102 CSCs. No lymphoma was observed after the transplantation of 102 non-CSCs. (A) PAS-hematoxylin staining in the 105 SLCs recipient spleen. (Top panel) Low magnification. (Bottom panel) High magnification. Strong PAS+-stained cells were observed (). (B) PAS-hematoxylin staining in the 1 × 102 CSCs recipient spleen. (C) PAS-hematoxylin staining in the 1 × 102 non-CSCs recipient spleen. No strong PAS+ staining cells were evident. (D-I) Immunohistochemistry of CD44 and CD117, shown in the 105 SLC recipient spleen (D,G), in the 102 CSC recipient spleen (E,H), and in the 1 × 102 SLC recipient spleen (F,I). CD44 and CD117 expression is detected in the lymphoma in the spleen after 1 × 105 SLC and 1 × 102 CSC transplantation. (J) Hematoxylin and eosin (H&E) staining of the normal NOD/SCID mouse BM. Various types of blood cells, including megakaryocytes and erythroid cells, were evident. (K) Hematoxylin and eosin staining of lymphoma reconstituted in the NOD/SCID mouse BM. The BM tissue was uniformly filled with ATL-like lymphomatous cells. (L) Infiltration of lymphomatous cells was also observed in the liver. (M) Infiltration of lymphomatous cells in lung. (N) Infiltration of lymphomatous cells in lymph nodes. (O) Infiltration of lymphomatous cells was not observed in the epidermal tissues. *Lymphomatous cells. (Closed scale bar, 50 μm; open scale bar, 20 μm.)

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