Digital Twins
Mechanistic, patient-specific models spanning molecule to whole body that mirror an individual's physiology, enabling simulation-based prediction of disease progression and treatment response.
Read more on livermetabolism.comSystems Medicine, Digital Twins & AI
Research software engineering for systems medicine: open-source tools, standards and reproducible workflows for digital twins of the liver and human physiology. Professor of Metabolic Inflammation and Carcinogenesis of the Liver at the University of Lübeck (UKSH, Campus Lübeck) and head of the König Lab at Humboldt-Universität zu Berlin.

Software is how we do science. These are the five areas the tools serve; the full picture is on livermetabolism.com.
Mechanistic, patient-specific models spanning molecule to whole body that mirror an individual's physiology, enabling simulation-based prediction of disease progression and treatment response.
Read more on livermetabolism.comMachine learning combined with mechanistic modeling to extract patterns from complex biomedical data and support predictive, personalized decision-making in medicine.
Read more on livermetabolism.comComputational and AI-driven analysis of whole-slide histology images to quantify tissue structure, zonation, and disease patterns at scale.
Read more on livermetabolism.comPhysiologically based pharmacokinetic and pharmacodynamic (PBPK/PD) modeling of drug absorption, distribution, metabolism, and excretion to support precision dosing.
Read more on livermetabolism.comOpen, FAIR (Findable, Accessible, Interoperable, Reusable), and reproducible models, data, and software that the research community can build on.
Read more on livermetabolism.comOpen-source software developed and maintained over many years.
Pharmacokinetics database
The first FAIR-compliant open database for pharmacokinetics, integrating clinical and pre-clinical trial data. PK-DB enables reproducible PBPK/PD modeling and individualized simulations and has become a key infrastructure for computational pharmacology research.
Python utilities for SBML
A versatile Python library that streamlines working with SBML models: model creation, annotation, reports, and integration with libSBML. Widely used in reproducible modeling workflows across systems biology.
SBML simulation made easy
A lightweight Python package that simplifies simulations of SBML models on top of libRoadRunner: timecourses, scans, parameter fitting and reports, lowering the entry barrier for model testing and teaching.
Metadata and COMBINE archives in Python
Python utilities for working with metadata, ontologies and identifiers, and for reading and writing COMBINE archives, so that models and data carry the annotations that make them FAIR.
Python library for SBGN
A Python library for the Systems Biology Graphical Notation (SBGN), supporting standardized visualization and exchange of pathway maps.
Web visualization of FEM models
A browser-based visualization tool for finite element method (FEM) simulation results, making FEM-based digital twin models interactively explorable and shareable directly from the web.
SBML for Cytoscape 3
A widely used Cytoscape app for the visualization of SBML models in network contexts, enabling intuitive exploration of complex models in systems biology and bioinformatics.
GitHub activity across the repositories listed on this page, refreshed weekly.
The latest release of every repository on this page that published one in the last two years, newest first, with a summary of its release notes.
library code does not show figures. sbmlsim.sensitivity.plots.heatmap and S1_ST_barplot return the matplotlib.figure.Figure they create and close it instead of calling plt.show()…
antimony 3.2.0 is excluded on Windows: its wheel raises OSError: [WinError -529697949] Windows Error 0xe06d7363 in loadAntimonyString when parsing the antimony of the…
EntryFormat.ANTIMONY for Antimony model files in COMBINE archives (text/plain) · every change goes into develop through a pull request; the tests, ruff, ty and the documentation…
The first release of sbml4humans from its own repository. Until sbmlutils 0.10.0 the application lived in the sbmlutils repository, the backend api was sbmlutils.report.api with…
the validation documentation walks through an invalid document: examples/sbgn/invalid.sbgn breaks the schema in three ways, one per kind of error the validation reports, and the…
fixed import failure when hopsy was not installed
Major new capability: variable stoichiometries. · Support for variable stoichiometries is now present and should be complete: all the SBML Test Suite cases with variable and named…
first working prototype
Small fix to SED-ML handling of files with paths. SimpleSEDML should now work on Windows.
fixed deprecation issues with HTML escape · release documentation added to repository · Fix ':' in network names · Update OLS to OLS4, #353 (@kyxhik) · fixing url patterns and…
warnings to info on pharmacokinetics calculation · support python 3.10, 3.11, 3.12, 3.13 · updated build system with uv and ruff · fixed tests
updated code licensing to MIT · removed travis · uv installation · updated postgres to version 18 · python update to py3.9 and pinned versions for stability
Everything else: libraries, apps, models and community projects, grouped by topic.
PKDB python library
BRENDA parser in python
Encoding Dynamic Flux Balance Analysis in SBML
Tellurium Web Tools
libRoadRunner: A high-performance SBML simulator
COBRApy is a package for constraint-based modeling of metabolic networks.
Python Environment for Modeling and Simulating Biological Systems
Simulation Experiment Description Markup Language (SED-ML)
Cytoscape 3 app to access kinetic information from SABIO-RK
Minimal example including taverna robundle
[DEPRECATED] cy2sabiork: SABIO-RK for Cytoscape 2
cy2sbml: SBML for Cytoscape 2
Metabolism module of WholeCell model
Hepatic glucose model
the reduced model developed in salt lake city