Compound-Specific Toxicities Detected in CFU-GM, Rat Kidney NRK Cells, Rat Bladder RBLAK Cells, and Rat Liver Slices following Batracylin or N-Acetyl Batracylin Exposure

<table>Increased <i>γ</i>-H2AX staining following 25 <i>μ</i>M batracylin exposure for 3 days (50x). All three replicate experiments demonstrated a large increase of <i>γ</i>-H2AX staining at this concentration, especially in centrilobular areas. By day 7, the strong <i>γ</i>-H2AX staining has subsided and PCLS exposed to 25 <i>μ</i>M show substantial damage to HPC.</table>

Advances in Toxicology

fig6

Figure 6

Figure 6: Compound-Specific Toxicities Detected in CFU-GM, Rat Kidney NRK Cells, Rat Bladder RBLAK Cells, and Rat Liver Slices following Batracylin or N-Acetyl Batracylin Exposure 

Figure 6 | Compound-Specific Toxicities Detected in CFU-GM, Rat Kidney NRK Cells, Rat Bladder RBLAK Cells, and Rat Liver Slices following Batracylin or N-Acetyl Batracylin Exposure 