Evaluate the passive permeability of API's as well as the absorption potential of simple or complex formulations.
Classification of API’s can be performed on BBB lipid for blood-brain barrier permeability in the CNS classification system
Permeability classification of API’s can be performed on GIT lipid to support the Biopharmaceutical Classification System (BCS) ranking
To better mimic the GI absorption, PAMPA simulates the pH gradient between the gastrointestinal tract and blood plasma, which can affect the transport of ionizable molecules. In order to model transport conditions in the blood, the acceptor contains a scavenger binding molecule that helps to keep the free concentration of the API close to zero, leading to more accurate results.
Gastro Intestinal Tract (GIT)
GIT PAMPA vs. Human Jejunal Permeability
The GIT PAMPA (Double-Sink™) model data was initially developed against eight compounds evaluated at the University of Uppsala with human subjects. Since that time, additional data have been added, providing increased confidence in the model.
Blood Brain Barrier (BBB)
BBB PAMPA vs. Rodent Brain Perfusion
Nearly 40 CNS compounds were used for building the BBB PAMPA model.
The developed model can predict rodent brain perfusion uptake rate better than most more expensive cell-based assays in the market.
Make the PAMPA System the Optimal Solution with Pion’s Gut-Box™
The Gut-Box™ was designed by Pion to complement our PAMPA Systems, resulting in the most comprehensive turn-key assays in the market for predicting in vivo permeability. Mount any 96 well plate (loaded with stirrers) on top of the Gut-Box™ and choose your stirring speed.
Our PAMPA Explorer Software takes off the burden of UV data analysis by using a proprietary UV spectrum shape analysis algorithm and also accurately calculates the API’s permeability on an easy-to-use interface.