Figure 2.
Figure 2. In vivo imaging of myeloma tumor xenografts after MV infection. In panel A, an ARH-77 tumor in a mouse injected intravenously with MV-Edm does not concentrate 123I and gives no signal on the gamma camera 9 days after virus administration. Injection of MV-NIS in mice with MM1 (B), ARH-77 (C), and KAS-6/1 (D-F) tumors led to NIS expression and 123I uptake by the tumors in vivo 9 days after virus administration. Serial imaging of mice with KAS-6/1 tumors on days 3 (D), 9 (E), and 17 (F) after a single injection of MV-NIS shows changes in iodide uptake due to viral and tumor cell replication. All images are adjusted for equal background and were acquired over a 5-minute exposure. The large arrows point to the myeloma tumor xenografts in the right flanks of the mice. Magnification is 0.55 mm per pixel.

In vivo imaging of myeloma tumor xenografts after MV infection. In panel A, an ARH-77 tumor in a mouse injected intravenously with MV-Edm does not concentrate 123I and gives no signal on the gamma camera 9 days after virus administration. Injection of MV-NIS in mice with MM1 (B), ARH-77 (C), and KAS-6/1 (D-F) tumors led to NIS expression and 123I uptake by the tumors in vivo 9 days after virus administration. Serial imaging of mice with KAS-6/1 tumors on days 3 (D), 9 (E), and 17 (F) after a single injection of MV-NIS shows changes in iodide uptake due to viral and tumor cell replication. All images are adjusted for equal background and were acquired over a 5-minute exposure. The large arrows point to the myeloma tumor xenografts in the right flanks of the mice. Magnification is 0.55 mm per pixel.

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