A Study of An unstable singularity underlies stochastic phasing of the circadian clock  in individual cyanobacterial cells. Gan and O'Shea

Name: A Study of An unstable singularity underlies stochastic phasing of the circadian clock in individual cyanobacterial cells. Gan and O'Shea
Creator: Siting Gan
Published: 2017-08-10T02:18:41.759Z
Keywords: Systems Biology

Gan, Siting

doi:10.17632/4pwgckvgjc.1

A Study of An unstable singularity underlies stochastic phasing of the circadian clock in individual cyanobacterial cells. Gan and O'Shea

Published: 10 August 2017| Version 1 | DOI: 10.17632/4pwgckvgjc.1

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Siting Gan

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This dataset includes the setup of automatic entrainment device, dataset of extracted phase resetting responses, codes for model fitting and simulations, and western blot gel images in the study of An unstable singularity underlies stochastic phasing of the circadian clock in individual cyanobacterial cells by Gan and O'Shea. Raw microscopy data and codes for microscopy data analysis are accessible at Dataset: https://www.dropbox.com/sh/3ibv70v5myx2nfg/AAA6sv2ZS8eOzwJqX5MOwuNXa?dl=0.

A Study of An unstable singularity underlies stochastic phasing of the circadian clock in individual cyanobacterial cells. Gan and O'Shea

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