Gene expression oscillators can structure biological events temporally and spatially. Different
biological functions benefit from distinct oscillator properties. Thus, finite developmental …

C. elegans develops through four larval stages that are rhythmically terminated by molts,
that is, the synthesis and shedding of a cuticular exoskeleton. Each larval cycle involves …

Gene expression oscillators can coordinate developmental events in space and time. In C.
elegans, a gene expression oscillator directs rhythmic accumulation of ∼25% of the …

Molting, that is, the synthesis and shedding of a cuticular exoskeleton, is a defining characteristic
of ecdysozoa. In nematodes such as C. elegans, molts rhythmically terminate each of …

… Milou Meeuse and Yannick Hauser analyzed RNA sequencing data. Milou Meeuse performed
… Helge Großhans, Milou Meeuse and Yannick Hauser conceived the project and wrote the …

… Milou Meeuse and Yannick Hauser analyzed RNA sequencing data. Milou Meeuse performed
… Helge Großhans, Milou Meeuse and Yannick Hauser conceived the project and wrote the …

Gene expression oscillations control diverse biological processes. One such example of
gene expression oscillations, are those found for thousands of genes during C. elegans larval …

… Milou Meeuse and Yannick Hauser analyzed RNA sequencing data. Milou Meeuse performed
… Helge Großhans, Milou Meeuse and Yannick Hauser conceived the project and wrote the …

C. elegans NHR-85 is a poorly characterized nuclear hormone receptor transcription factor
with an emerging role in regulating microRNA expression to control developmental timing. …

In response to small-molecule signals such as retinoids or steroids, nuclear receptors activate
gene expression to regulate development in different tissues. MicroRNAs turn off target …