Thomas Gregor

The paper shows spatially correlated fluctuations slow relative chromatin motion in living cells, affecting gene regulation.

The paper investigates how cohesin-mediated loop extrusion and tethering elements contribute to enhancer-promoter interactions in Drosophila embryos using imaging, genetics, and simulations.

This study shows that mechanical constraints can separately affect patterning and gene expression in murine gastruloids, revealing distinct cellular responses to external forces.

This study shows that physical size affects morphogenetic timing and outcomes in gastruloids, while transcriptional programs remain stable, with extreme sizes showing distinct gene expression patterns.

The paper uses optogenetic control of Bicoid to study gap gene regulation dynamics in embryos, revealing both known and novel regulatory relationships.

The paper shows that transcription and chromatin compaction dynamically antagonize to control stochastic photoreceptor subtype specification in Drosophila.