Matthias G. Wacker's Profile
Number of items: 5
Date joined: Aug 04 2019
Website: www.thewackerlab.com
Matthias G. Wacker is a pharmacometrician specializing in biopharmaceutics modeling. He and his team ...Read more Matthias G. Wacker is a pharmacometrician specializing in biopharmaceutics modeling. He and his team analyze patient data and develop novel computer models related to pharmacokinetics and biodistribution.
Matthias G. Wacker's Work
#1
Virtual Dissolution Lab
Dissolution testing is an important element in pharmaceutical quality control. The virtual dissoluti
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Dissolution testing is an important element in pharmaceutical quality control. The virtual dissolution lab illustrates the interplay between dissolution rate and bioavailability using the example of a bioequivalence study. Users can simulate a dissolution profile and the resulting pharmacokinetic profile. The model calculates the f1 and f2 value compared to a given reference product.
sim
⋮ 1330 runs
Science
pharma
#2
Pharmacokinetics and Bioavailability
sim
⋮ 473 runs
Science
#3
Dialysis Membrane Permeation Calculator (DiMeC)
DIMEC can be used to calculate the membrane permeation rate from a permeation profile. The scientifi
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DIMEC can be used to calculate the membrane permeation rate from a permeation profile. The scientific applications include but are not limited to release testing of using various dosage forms.
sim
⋮ 127 runs
Science
dialysis
release
#4
Pharma Test Dispersion Release Normalizer (ReNo)
The PTDR is a release tester for pharmaceutical dosage forms and, in particular, for drug dispersion
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The PTDR is a release tester for pharmaceutical dosage forms and, in particular, for drug dispersions. The system uses dialysis to separate the dissolved drug from dosage form. Profile normalization is a deconvolution technique whereby the drug release profile is calculated from a data set reflecting the dialysis rate as well as the release profile.
sim
⋮ 141 runs
Science
release
ptdr
pharmaceutical
nanomedicines
#5
The Physiologically-based Nanocarrier Biopharmaceutics Model
The Physiologically-based Nanocarrier Biopharmaceutics (PBNB) model provides a simulation of the pro
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The Physiologically-based Nanocarrier Biopharmaceutics (PBNB) model provides a simulation of the processes involved in the pharmacokinetics of drug delivery systems such as liposomes, nanoparticles and micelles. It identifies the drug release and elimination of the carrier and the free drug alone and enables a prediction of important pharmacokinetic parameters such as the targeting capability and the mean residence time of the carrier in the blood plasma.
sim
⋮ 533 runs
Science
Education
nanomedicines
liposomes
PBPK
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Sim App (Sim)
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