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>Batracylin, but not N-acetyl batracylin, induces loss of NRK kidney cell and RBLAK bladder cell viability at soluble concentrations. Both cell types are sensitive to cisplatin, the positive control used as the reference compound for kidney and bladder toxicity (bottom row).</table>

Advances in Toxicology

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Figure 1

Figure 1: 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 1 | 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 