Volume 70, Issue 9 pp. 1081-1082
Research Article

Transport in quantitative structure-activity relationships VI: Relationship between transport rate constants and partition coefficients

Han Van De Waterbeemd

Corresponding Author

Han Van De Waterbeemd

Department of Pharmacochemistry, Subfaculty of Pharmacy, University of Leyden, 2300 RA Leyden, The Netherlands

Department of Pharmacochemistry, Subfaculty of Pharmacy, University of Leyden, 2300 RA Leyden, The NetherlandsSearch for more papers by this author
Paul Van Bakel

Paul Van Bakel

Department of Pharmacochemistry, Subfaculty of Pharmacy, University of Leyden, 2300 RA Leyden, The Netherlands

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Adri Jansen

Adri Jansen

Department of Pharmacochemistry, Subfaculty of Pharmacy, University of Leyden, 2300 RA Leyden, The Netherlands

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First published: September 1981
Citations: 9

Abstract

The transport rate constant of a drug partitioned in a two-phase system from an aqueous to an organic phase (kurn:x-wiley:00223549:media:JPS2600700930:tex2gif-stack-1) and vice versa (kurn:x-wiley:00223549:media:JPS2600700930:tex2gif-stack-2) is a function of the partition coefficient P and of a solvent system-dependent parameter β. Drug transport is shown to be independent of molecular structure for a number of arbitrary compounds.

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