Codes to accompany KY Chen, DM Zuckerman and PC Nelson "Stochastic Simulation to Visualize Gene Expression and Error Correction in Living Cells"; written in Python 3.7; revised August 2019:
ChenCode1-flipper.ipynb: Simulate two-state transitions. Runs in Jupyter notebook using VPython.
ChenCode2-transcrip.py: Simulate birth-death process. Free-standing Python.
ChenCode2B-bursting.py: Simulate the bursting model of RNA transcription. Free-standing Python.
ChenCode3-riboProof.py: Simulate tRNA selection in a ribosome. Free-standing Python. Writes file kproof.npz.
ChenCode4-kproofBackend.ipynb: display results from file kproof.npz as animation. Runs in Jupyter notebook using VPython.
ChenVideos1-5.zip: Archive of videos to accompany the article.
NelsonUpenn/PNelson_code
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Codes and videos to accompany KY Chen, DM Zuckerman and PC Nelson "Stochastic Simulation to Visualize Gene Expression and Error Correction in Living Cells." The .zip file contains all the videos.
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