Task: Determine the acute oral toxicity and molecular properties of a chemical given the SMILES.
Input: S=C1N=NC(NCNC2N=NC(=S)S2)S1
Desired Output: acute oral toxicity (LD50 in rats), log10 acute oral toxicity rat LD50, Ghose filter violations, lead likeness filter violations, Lipinski rule violations, molecular mass, carbon atoms, oxygen atoms
Output: 4640.0 mg/kg, 3.67 log10(mg/kg), 4, 3, 0, 278.413 g/mol, 5, 0

Task: Determine the acute oral toxicity and molecular properties of a {#molecule|chemical|compound!} given the {SMILES__description}.
Input: {SMILES#}
Desired Output: {CATMoS_LD50_mgkg__names__noun}, {log10_LD50__names__noun}, {num_ghose_violations__names__noun}, {num_lead_likeness_violations__names__noun}, {num_lipinski_violations__names__noun}, {molecular_mass__names__noun}, {num_carbon_atoms__names__noun}, {num_oxygen_atoms__names__noun}
Output: {CATMoS_LD50_mgkg#} {CATMoS_LD50_mgkg__units}, {log10_LD50#} {log10_LD50__units}, {num_ghose_violations#}, {num_lead_likeness_violations#}, {num_lipinski_violations#}, {molecular_mass#} {molecular_mass__units}, {num_carbon_atoms#}, {num_oxygen_atoms#}

2-[[(5-sulfanylidene-2H-1,3,4-thiadiazol-2-yl)amino]methylamino]-2H-1,3,4-thiadiazole-5-thione