The code is adapted from the code the authors used to generate the data published in the associated papers. Minor improvements to condence the code have been made since the publication. The code is for fitting the time-resolved microscopy data (movies) of bacterial motility with the method detailed in the paper. The mircoscopy data (movies) is not included in this dataset due to very large size of the datasets.To run the code, you should run either the MATLAB script 'basicTrackingScript.m' or 'basedShannonEntroScript.m' to peform Tracking Analysis or Shannon Entropy analysis, respectively. Details on how to assign filenames of the movies to be analysis and how to provide additional information, such as times corresponding to relevant video ...
MATLAB code for calculating various morphology measures for individual cells in microscopy images
Details about what each code does for paper "Markovian language model of the DNA and its information...
General description This item contains all the data, code and analysis objects used in the paper: "R...
This is a compilation of MATLAB scripts designed for unwrapping and analyzing single-molecule tracki...
Schnitzcells is a MATLAB analysis package that enables quantitative analysis of fluorescence time-la...
The code is adapted from the code the authors used to generate the data published in the associated ...
MATLAB scripts for reproducing the analysis and generating all the figures in the paper. Scripts are...
This Matlab file contains code to simulate the model (producing evolutionary trajectories as in Figs...
This repository contains four zipped folders with data and code related to this manuscript in the fo...
The zip files has the analysis code that: detect bouts and half beats, calculate kinematic parameter...
Matlab code for tracking exsporosis in cells expressing a chromatin or DNA marker
This TP IV follows the TP IV "Tracking of Skyrmion Motion with matlab" and is using new movie as mat...
The .zip folder contains all Matlab code used for the publication "Timing of head movements is consi...
Matlab codes used to generate all the numerical and statistical analysis carried out in the manuscri...
This file includes the code used to generate and analyse the artificial data and to study the experi...
MATLAB code for calculating various morphology measures for individual cells in microscopy images
Details about what each code does for paper "Markovian language model of the DNA and its information...
General description This item contains all the data, code and analysis objects used in the paper: "R...
This is a compilation of MATLAB scripts designed for unwrapping and analyzing single-molecule tracki...
Schnitzcells is a MATLAB analysis package that enables quantitative analysis of fluorescence time-la...
The code is adapted from the code the authors used to generate the data published in the associated ...
MATLAB scripts for reproducing the analysis and generating all the figures in the paper. Scripts are...
This Matlab file contains code to simulate the model (producing evolutionary trajectories as in Figs...
This repository contains four zipped folders with data and code related to this manuscript in the fo...
The zip files has the analysis code that: detect bouts and half beats, calculate kinematic parameter...
Matlab code for tracking exsporosis in cells expressing a chromatin or DNA marker
This TP IV follows the TP IV "Tracking of Skyrmion Motion with matlab" and is using new movie as mat...
The .zip folder contains all Matlab code used for the publication "Timing of head movements is consi...
Matlab codes used to generate all the numerical and statistical analysis carried out in the manuscri...
This file includes the code used to generate and analyse the artificial data and to study the experi...
MATLAB code for calculating various morphology measures for individual cells in microscopy images
Details about what each code does for paper "Markovian language model of the DNA and its information...
General description This item contains all the data, code and analysis objects used in the paper: "R...