Ostreococcus tauri forced clock - code-faithful unnormalised parameterization

ABSTRACT: This model describes light entrainment of the Ostreococcus tauri circadian clock through a minimal network combining the TOC1–CCA1 core oscillator with the putative photoreceptors LOV-HK and Rhod-HK. The model contains ten ordinary differential equations describing mRNA and protein dynamics for CCA1, TOC1, LOV-HK, Rhod-HK and an intermediate regulator X. Light input controls the phosphorylation state of TOC1 through LOV-HK and Rhod-HK, thereby modulating TOC1 stability and its transcriptional activity on CCA1. The parameter values correspond to the corrected values published in Thommen et al. (2015).

SUBMITTER: Quentin Thommen  

PROVIDER: MODEL2608180002 | BioModels | 2026-09-02

REPOSITORIES: BioModels