Ximena Soto

This study identifies ZC3H7A and ZC3H7B as RNA-binding proteins that regulate mRNA stability and translation by targeting non-optimal A/U3 codons.

The paper shows that cell coupling compensates for altered Her6 dynamics in zebrafish neural progenitors, maintaining phenotypic robustness despite single-cell expression changes.

The paper identifies spatially periodic HES5 microclusters in the mouse spinal cord during neurogenesis, showing their dynamic regulation by Notch signaling and their role in progenitor differentiation.

The paper shows that miR-9 levels increase stepwise during zebrafish neurogenesis through sequential activation of distinct pri-mir-9 loci, which helps overcome adaptation in Her6 dynamics.

The paper shows that miR-9 optimizes noise in the Her6 oscillator, enabling cell state progression in zebrafish hindbrain neurogenesis.