Abstract

An apparatus utilizing liquid turbulence to simulate hydrodynamic conditions generated by gastrointestinal peristalsis was designed to estimate drug release from solid oral dosage forms; This turbulence was achieved through special arrangements of a pipetting pump to a dissolution chamber. By adjusting the flow rate of the pump to deliver and withdraw a fixed volume of dissolution medium per minute, a correlation was developed between dissolution rates and absorption patterns in beagles of two commerical tolbutamide tablets, A and B, and a micronized tolbutamide suspensionmon the basis of this relationship, it was possible to predict the initial absorption patterns of two misformulated tablets, C and D.

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