Rebecca D. Burdine

The paper introduces FORCENET, an implantable sensor network that maps intercellular forces in living embryos, revealing coordinated mechanical patterns regulated by developmental signaling.

This paper introduces PEARLS, a new light sheet microscopy technique that reduces photobleaching and improves aberration resilience for 3D subcellular imaging in complex environments.

This paper introduces CODEMax and CODEMax(exo+) genome editing systems that enable efficient and precise search-and-replace editing in human cells with reduced off-target effects.

DAISEE improves integration of single-cell RNA-seq data from perturbation experiments, revealing ERK signaling induces novel transcriptional states in zebrafish embryos.

A novel Cfap298 mutation disrupts left-right patterning in mice by impairing ciliary motility, revealing a conserved protein region essential for this function across species.

This study investigates the roles of Nodal and FGF signaling in zebrafish heart asymmetry, showing synergistic effects in CPC migration and heart looping, with Nodal driving asymmetry and FGF playing a permissive role.

The paper shows how Nodal and Gdf1 spread freely while Dand5 is immobilized, shaping left-right asymmetry in zebrafish embryos.

The paper identifies Bicc1 and Dicer1 as regulators of left-right patterning by posttranscriptionally repressing Dand5, a Nodal inhibitor, downstream of flow sensing.

This study identifies ZIP-5/bZIP transcription factor regulation of folate metabolism as critical for aging axon regeneration, showing dietary folic acid improves regeneration in C. elegans and zebrafish.