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The EpiSysBiol project explores how reversible DNA and histone modifications regulate gene expression in Chlamydomonas, a potential biofuel source. By integrating various technologies, it aims to identify epigenetic changes that affect growth and stress responses, contributing to climate change strategies.
Reversible modifications of DNA sequence and histones serve as a fast and accurate process to regulate gene expression.
These mechanisms act specifically and co-ordinately, constituting what is called the epigenetic code, and influence a multitude of cellular processes including, besides the regulation of the transcription, differentiation, DNA replication, repair or imprinting, among others.
Aided by the use of multidisciplinary combination of new technologies such as epigenomics, transcriptomi…
UNIVERSITAT WIEN
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