TSP95-DrugMatrix - Toxicogenomic signatures after exposure to thioguanine in the rat


TSA314-DrugMatrix - Toxicogenomic signatures of Liver after exposure to thioguanine (24 mg/kg, 5 days) in the rat


TSA315-DrugMatrix - Toxicogenomic signatures of Liver after exposure to thioguanine (12 mg/kg, 5 days) in the rat


TSA316-DrugMatrix - Toxicogenomic signatures of Liver after exposure to thioguanine (12 mg/kg, 1 days) in the rat


TSA317-DrugMatrix - Toxicogenomic signatures of Liver after exposure to thioguanine (12 mg/kg, .25 days) in the rat


TSA318-DrugMatrix - Toxicogenomic signatures of Liver after exposure to thioguanine (24 mg/kg, 3 days) in the rat


TSA319-DrugMatrix - Toxicogenomic signatures of Liver after exposure to thioguanine (12 mg/kg, 3 days) in the rat


TSF314-tioguanine


1 subfactor(s)
TSF315-tioguanine


1 subfactor(s)
TSF316-tioguanine


1 subfactor(s)
TSF317-tioguanine


1 subfactor(s)
TSF318-tioguanine


1 subfactor(s)
TSF319-tioguanine


1 subfactor(s)
TSS314-DrugMatrix - Toxicogenomic signatures of Liver after exposure to thioguanine (24 mg/kg, 5 days) in the rat


TSS315-DrugMatrix - Toxicogenomic signatures of Liver after exposure to thioguanine (12 mg/kg, 5 days) in the rat


TSS316-DrugMatrix - Toxicogenomic signatures of Liver after exposure to thioguanine (12 mg/kg, 1 days) in the rat


TSS317-DrugMatrix - Toxicogenomic signatures of Liver after exposure to thioguanine (12 mg/kg, .25 days) in the rat


TSS318-DrugMatrix - Toxicogenomic signatures of Liver after exposure to thioguanine (24 mg/kg, 3 days) in the rat


TSS319-DrugMatrix - Toxicogenomic signatures of Liver after exposure to thioguanine (12 mg/kg, 3 days) in the rat



TSP95 - DrugMatrix - Toxicogenomic signatures after exposure to thioguanine in the rat Public


DrugMatrix is the scientific communities' largest molecular toxicology reference database and informatics system. DrugMatrix is populated with the comprehensive results of thousands of highly controlled and standardized toxicological experiments in which rats or primary rat hepatocytes were systematically treated with therapeutic, industrial, and environmental chemicals at both non-toxic and toxic doses.

Interventional Experimental design


No experimental design provided

Results


No results provided