During development or in response to environmental stimuli, eukaryotic genes change both their expression and position in 3D nuclear space. Then, is a gene transcribed because of its position, or is position determined by transcription? Are genes stochastically or deterministically engaged in transcription cycles? Recent results confirm that RNA polymerases and their transcription factors play central roles in genome organization, and that stochastic events can give rise to apparently deterministic expression. As is so often the case in biology, structure both determines function and is influenced by it
The intimate relationship between the higher-order chromatin organisation and the regulation of gene...
Using numerical simulations, we investigate the underlying physical effects responsible for the over...
Considering that 80 genomes have been sequenced, providing us with the static information of the gen...
During development or in response to environmental stimuli, eukaryotic genes change both their expre...
Genetic material in eukaryotes is tightly packaged in a hierarchical manner into multiple linear chr...
International audienceABSTRACT: BACKGROUND: The processes of gene transcription, translation, as wel...
AbstractEukaryotic cells store their genome inside a nucleus, a dedicated organelle shielded by a do...
International audienceBackground: The processes of gene transcription, translation, as well as the r...
In recent years, physical elements of transcription have emerged as central in our understanding of ...
Background: The processes of gene transcription, translation, as well as the reactions taking place ...
Nucleosome positioning is crucial for the genome's function. Though the role of DNA sequence in posi...
International audienceProkaryotic transcription was extensively studied over the last half-century. ...
Using numerical simulations, we investigate the underlying physical effects responsible for the over...
A model for the 3D structure of all genomes will be presented; it is based on the structure of the b...
Using numerical simulations, we investigate the underlying physical effects responsible for the over...
The intimate relationship between the higher-order chromatin organisation and the regulation of gene...
Using numerical simulations, we investigate the underlying physical effects responsible for the over...
Considering that 80 genomes have been sequenced, providing us with the static information of the gen...
During development or in response to environmental stimuli, eukaryotic genes change both their expre...
Genetic material in eukaryotes is tightly packaged in a hierarchical manner into multiple linear chr...
International audienceABSTRACT: BACKGROUND: The processes of gene transcription, translation, as wel...
AbstractEukaryotic cells store their genome inside a nucleus, a dedicated organelle shielded by a do...
International audienceBackground: The processes of gene transcription, translation, as well as the r...
In recent years, physical elements of transcription have emerged as central in our understanding of ...
Background: The processes of gene transcription, translation, as well as the reactions taking place ...
Nucleosome positioning is crucial for the genome's function. Though the role of DNA sequence in posi...
International audienceProkaryotic transcription was extensively studied over the last half-century. ...
Using numerical simulations, we investigate the underlying physical effects responsible for the over...
A model for the 3D structure of all genomes will be presented; it is based on the structure of the b...
Using numerical simulations, we investigate the underlying physical effects responsible for the over...
The intimate relationship between the higher-order chromatin organisation and the regulation of gene...
Using numerical simulations, we investigate the underlying physical effects responsible for the over...
Considering that 80 genomes have been sequenced, providing us with the static information of the gen...