Danielle Stanton‐Turcotte

This study investigates the behavioral consequences of Mllt11 conditional knockout in mice, finding sex-dependent disruptions in social behavior and nestlet shredding.

This study shows that Mllt11 deficiency in hippocampal progenitors increases neurogenesis by altering radial glial morphology and expanding transit amplifying cells.

This study investigates the role of Mllt11 in choroid plexus development by analyzing its effect on neuroepithelial progenitor migration and epithelial architecture in mutant mice.

This study identifies Mllt11's role in cerebellar granule cell migration and folia development, showing its impact on neuronal organization and cytoarchitecture.

This study shows that Mllt11 is essential for proper trigeminal motor innervation of the masseter muscle by regulating ganglion cellular composition and NMJ formation.

This study identifies Mllt11's role in regulating migration and neurite outgrowth of cortical projection neurons during brain development.

This study shows that Mllt11 is essential for retinal neuroblast migration and proper lamination, with its loss causing misplacement of ganglion and amacrine cells.