Publication | Closed Access
Drug Lipophilicity in QSAR Practice: I. A Comparison of Experimental with Calculative Approaches
65
Citations
12
References
1990
Year
Pharmaceutical ScienceLog PCalculative ApproachesPharmacotherapyPhysiologically-based Pharmacokinetic ModelingPharmaceutical ChemistryPharmacodynamic ModelingDrug ResistanceMolecular PharmacologyMedicinal ChemistryOctanol/water Partition CoefficientsPutative Experimental PitfallsPharmacological StudyDrug AnalysisPharmacokinetic ModelingBiochemistryDrug DevelopmentPharmacologyDrug LipophilicityNatural SciencesMedicineQsar PracticePharmacokineticsDrug DiscoveryPharmaceutical ResearchQuantitative Pharmacology
Abstract Experimental and calculated data of drug lipophilicity, i.e. octanol/water partition coefficients (log P obs ) and hydrophobic fragmental constants (Σf, C log P) have been compared for the following four groups of drugs: antiarrhythmics (AA), β‐blockers (BB), phenothiazines (PT) and benzamides (BA). Measured log P values indicate significantly varying lipophilicity ranges in the case of these four groups (AA>BB>BA>PT). Comparison of the two calculative approaches with observed log P values yields almost identical qualities. Strongest discrepancies between calculative and experimental data are discussed on the basis of putative experimental pitfalls or in relation to structurally derived miscalculations.
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