Fig. 2.
Fig. 2. Kinetics of Sn+ macrophage accumulation in livers of tumor-bearing DBA/2 mice under ADI. Frozen tissue sections were single-stained for total Kupffer cells (F4/80+) and Sn+ Kupffer cells (A) or double-stained for F4/80+/B7.1+ and for Sn+/B7.1+ (B) with corresponding MoAbs. Six lobules per liver were analyzed under the microscope. (A) The number of Sn+ (▪) and F4/80+ (▴) Kupffer cells in ESb-MP tumor-bearing untreated (d −1, 5 Gy; d0, no immune cells) mice and the number of Sn+ (◊) and F4/80+(○) Kupffer cells in ADI-treated (d −1, 5 Gy; d0, 2 × 107 B10.D2 immune spleen cells) animals are shown. (B) The number of Sn+ (◊), Sn+/B7.1+ (⧫), F4/80+(○), and F4/80+/B7.1+ (•) in ADI-treated mice are shown. Data present the means and standard deviations from two experiments with 2 to 3 animals per time point. Data points without SD represent mean values for which the SD was smaller than 1.

Kinetics of Sn+ macrophage accumulation in livers of tumor-bearing DBA/2 mice under ADI. Frozen tissue sections were single-stained for total Kupffer cells (F4/80+) and Sn+ Kupffer cells (A) or double-stained for F4/80+/B7.1+ and for Sn+/B7.1+ (B) with corresponding MoAbs. Six lobules per liver were analyzed under the microscope. (A) The number of Sn+ (▪) and F4/80+ (▴) Kupffer cells in ESb-MP tumor-bearing untreated (d −1, 5 Gy; d0, no immune cells) mice and the number of Sn+ (◊) and F4/80+(○) Kupffer cells in ADI-treated (d −1, 5 Gy; d0, 2 × 107 B10.D2 immune spleen cells) animals are shown. (B) The number of Sn+ (◊), Sn+/B7.1+ (⧫), F4/80+(○), and F4/80+/B7.1+ (•) in ADI-treated mice are shown. Data present the means and standard deviations from two experiments with 2 to 3 animals per time point. Data points without SD represent mean values for which the SD was smaller than 1.

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