The provided files include Python code for a developed kinetic model to quantify the antibody binding capacity (ABC) of cells or beads.
The provided files include Python code for a developed kinetic model to quantify the antibody binding capacity (ABC) of cells or beads.
The file AB_kinetics.py is a class offering methods for model applicaiton.
The file AB_kinetics.py is a class offering methods for model applicaiton.
The file Model_application.py uses the methods of AB_kinetics.py to process and evaluate measurement data via fitting.
The file Model_application.py uses the methods of AB_kinetics.py to process and evaluate measurement data via fitting.
The file Runge_Kutta_solution.py includes a numerical solution for the kinetic curve based on measurement data and is used instead of fitting.
This code was created for the Dissertation _Development of methods for the quantification of antibodies bound to blood cells and microbeads_ by Yannik Hein. Additionally, it was published under the name _Determination of Antibody Binding Capacity in Whole Blood by Flow Cytometry via Kinetic Modeling_.
This code was created for the Dissertation _Development of methods for the quantification of antibodies bound to blood cells and microbeads_ by Yannik Hein. Additionally, it was published under the name _Determination of Antibody Binding Capacity in Whole Blood by Flow Cytometry via Kinetic Modeling_.