Mogens H. Jensen

This study shows that extracellular circadian communication coordinates the circadian clock and cell cycle, and its disruption impairs tissue growth and links circadian disruption to oncogenic processes.

This paper uses a computational model to show that pancreatic islets can switch between transient and persistent inflammation modes based on feedback loops and islet size.

The paper investigates how local changes in extracellular potassium ions affect dendritic integration in visual cortex pyramidal neurons, showing they amplify input-output transformations without compromising orientation selectivity.

The paper identifies an mRNA secondary structure that regulates translation re-initiation in bacteria, showing its conservation and differential enrichment across genomes.

The paper presents a model of the presomitic mesoderm to derive constraints linking somite size, timing, and PSM growth, with predictions for perturbations and phase profile shapes.

The paper investigates how zygosity affects gene expression in a bimodal distribution by analyzing HCMV-infected donors and using mathematical models to identify feedback mechanisms in gene regulatory circuits.

This study investigates how altering transcription and translation rates in E. coli affects protein expression, revealing that increased initiation rates can reduce expression and that codon bias helps regulate synthesis.