Koichiro Uriu

The paper models circadian pacemaker neuron interactions to show how attractive and repulsive couplings between SCN core and shell regions enable entrainment to light-dark cycles and produce the after-effect.

This study identifies a link between circadian temperature compensation and metabolic redox signaling, showing that metabolic sensing modulates the core circadian mechanism to maintain period stability across temperatures.

The paper develops a statistical framework to analyze how mobility affects synchronization and pattern robustness in mobile oscillators during vertebrate embryonic development.

This study revises a mathematical model to show that Per2AS and Per2 mutually repress each other, improving predictions of circadian rhythm regulation.

This paper investigates how different Notch ligands contribute to the synchronization of the segmentation clock in zebrafish through two competing hypotheses about Delta ligand interactions.

The paper uses live imaging in zebrafish to show that Tbx6 expression waves, driven by Hes/Her genes, prefigure somite boundaries by arresting in boundary cells that later express Mesp.

The paper investigates pattern recovery in the zebrafish segmentation clock by resynchronizing cells after inhibiting Notch signaling and develops a model to explain the observed intermingling of normal and defective segments.