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    • model of recruitment and clustering on the membrane. Python solves ODES, samples parameters to optimize loss function, agreement to experiment.
      Jupyter Notebook
      0000Updated Jan 4, 2026Jan 4, 2026
    • ionerdss

      Public
      Python analysis and visualization tools for NERDSS
      Jupyter Notebook
      64220Updated Dec 18, 2025Dec 18, 2025
    • NERDSS

      Public
      NonEquilibrium Reaction-Diffusion Self-assembly Simulator
      C++
      10320Updated Dec 7, 2025Dec 7, 2025
    • file storage for each yeast complex reassembly data and model
      0000Updated Dec 7, 2025Dec 7, 2025
    • This repository contains the supporting source code for graphing, analytical, and numerical calculations related to the continuum membrane model by Dr. Margaret E Johnson lab, JHU.
      Jupyter Notebook
      0000Updated Nov 26, 2025Nov 26, 2025
    • Models to simulate protein binding to specific and nonspceific DNA, forming protein dimers and oligomers.
      Jupyter Notebook
      0000Updated Oct 31, 2025Oct 31, 2025
    • Julia package for optimizing oscillatory biological systems using Quality Diversity evolutionary algorithms
      Julia
      2000Updated Oct 31, 2025Oct 31, 2025
    • SLIMED

      Public
      Subdivision-limit membrane dynamics
      TeX
      0000Updated Aug 13, 2025Aug 13, 2025
    • Python package that converts simulation outputs to the format consumed by the Simularium viewer website
      Python
      5000Updated Aug 6, 2025Aug 6, 2025
    • Utility script for converting between file formats in NERDSS and ioNERDSS
      Python
      0010Updated Jun 17, 2025Jun 17, 2025
    • .github

      Public
      Contains documentations and README for the organization JohnsonBiophysicsLab
      0000Updated Jun 12, 2025Jun 12, 2025