Analysis for "Redox Conduction Through Cytochrome 'Nanowires' Can Sustain Cellular Respiration"

Guberman-Pfeffer, Matthew

doi:10.5281/zenodo.12793072

Published July 22, 2024 | Version 1

Computational notebook Open

Analysis for "Redox Conduction Through Cytochrome 'Nanowires' Can Sustain Cellular Respiration"

Guberman-Pfeffer, Matthew (Project leader)¹

1. Baylor University

Contributors

Project leader:

Guberman-Pfeffer, Matthew¹

1. Baylor University

This repository contains analysis and plotting scripts, as well as the input and output files needed to reproduce the results of the article "Redox Conduction Through Cytochrome 'Nanowires' Can Sustain Cellular Respiration"

Files

AnalysisScripts.zip

Files (1.5 GB)

Name	Size	Download all
AnalysisScripts.zip md5:8551e05ad2cece382f6b44dc0a59d077	30.0 kB	Preview Download
ElectronicPolarizationEffectOnReorg.zip md5:2f848c441177534f6e8418df79382559	499.8 MB	Preview Download
HemeRedoxCooperativity.zip md5:c56a172f47d4b2298664689cf02b6e77	1.0 GB	Preview Download
PlottingScripts.zip md5:146bf4557f4795fa776083ddbe4fcbb9	2.7 MB	Preview Download

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Programming language: Python

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Computational notebook

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Zenodo

License: Creative Commons Attribution 4.0 International

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Technical metadata

Created: July 22, 2024
Modified: July 22, 2024

Analysis for "Redox Conduction Through Cytochrome 'Nanowires' Can Sustain Cellular Respiration"

Authors/Creators

Contributors

Project leader:

Description

Files

AnalysisScripts.zip

Files (1.5 GB)

Additional details

Software